City intelligence
Server-rendered city and country intelligence covering affordability, air quality, energy readiness, resilience, public safety, healthcare, and global rankings — attributed to official data sources.
Start with cities, then move into modules and rankings. Every link is crawlable and every data block has text and table equivalents.
Image credit: Image: Bruce Emmerling / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Norfolk profile to compare housing, air quality, and resilience dimensions alongside regional peers such as virginia-beach, richmond, and washington-dc.
Image credit: Image: David Jones / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Jersey City profile to compare affordability, energy, and resilience dimensions alongside regional peers such as new-york and newark.
Image credit: Image: Discover Durham / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Durham profile to compare affordability, air quality, and energy dimensions alongside regional peers such as raleigh, charlotte, and greensboro.
Image credit: Image: Antony-22 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Lincoln profile to compare affordability, energy, and resilience dimensions alongside regional peers such as omaha, des-moines, and kansas-city.
Image credit: Image: Don Ramey Logan / Wikimedia Commons, CC BY 4.0
United States / North America
Use the West Palm Beach profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as miami, fort-lauderdale, and cape-coral.
Image credit: Image: Michel Rathwell from Cornwall, Canada / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Clearwater profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as tampa, st-petersburg, and cape-coral.
Image credit: Image: Cullen Morgan / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Sarasota profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as tampa, cape-coral, and st-petersburg.
Image credit: Image: Lawlietelle347 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Fort Myers profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as cape-coral, north-port, and tampa.
Image credit: Image: The ed17 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Myrtle Beach profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as charleston, columbia, and wilmington-nc.
Image credit: Image: Bob Jagendorf from Manalapan, NJ, USA / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Clarksville profile to compare affordability, energy, and resilience dimensions alongside regional peers such as nashville, knoxville, and chattanooga.
Image credit: Image: Doug Kerr from Albany, NY, United States / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the Harrisburg profile to compare affordability, air quality, and energy dimensions alongside regional peers such as philadelphia, pittsburgh, and allentown.
Image credit: Image: Skeat78 / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Albany profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as new-york, boston, and buffalo.
Image credit: Image: Aggie0083 at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the College Station profile to compare affordability, energy, and resilience dimensions alongside regional peers such as austin, houston, and waco.
Image credit: Image: sonpano / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the St. Augustine profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as jacksonville, orlando, and tallahassee.
Image credit: Image: TheAustinMan / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Galveston profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as houston, corpus-christi, and dallas.
Image credit: Image: DAVID S. FERRY III from PLANT CITY,FL., U.S.A. / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the Jackson profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as bozeman, missoula, and boise.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Manchester profile to compare affordability, air quality, and energy dimensions alongside regional peers such as boston, providence, and hartford.
Image credit: Image: Paul VanDerWerf from Brunswick, Maine, USA / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Portland profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as boston, providence, and burlington-vt.
Image credit: Image: ZLEA / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Murfreesboro profile to compare affordability, energy, and resilience dimensions alongside regional peers such as nashville, knoxville, and chattanooga.
Image credit: Image: Aboxorocks / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Waco profile to compare affordability, energy, and resilience dimensions alongside regional peers such as austin, dallas, and houston.
Image credit: Image: Jc161991 / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Brownsville profile to compare affordability, energy, and resilience dimensions alongside regional peers such as mcallen, corpus-christi, and san-antonio.
Image credit: Image: Bobak Ha'Eri / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Coeur d'Alene profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as spokane, boise, and missoula.
Image credit: Image: 7beachbum from Tsuruoka, Japan / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Trenton profile to compare affordability, air quality, and energy dimensions alongside regional peers such as philadelphia, newark, and new-york.
Image credit: Image: Flickr user: high limitzz https://www.flickr.com/people/highlimitstudio/ / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Annapolis profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as baltimore, washington-dc, and richmond.
Image credit: Image: Matthew Binebrink / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Frederick profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as washington-dc, baltimore, and richmond.
Image credit: Image: DouglasGreen~commonswiki / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Gainesville profile to compare affordability, air quality, and energy dimensions alongside regional peers such as orlando, jacksonville, and tampa.
Image credit: Image: Wikideas1 / Wikimedia Commons, CC0
United States / North America
Use the Rochester profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as minneapolis, des-moines, and madison.
Image credit: Image: Darklich14 at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Melbourne profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as orlando, jacksonville, and tampa.
Image credit: Image: Iowahwyman / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Cedar Rapids profile to compare affordability, energy, and resilience dimensions alongside regional peers such as des-moines, iowa-city, and omaha.
Image credit: Image: Bobak Ha'Eri / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Bismarck profile to compare affordability, energy, and resilience dimensions alongside regional peers such as fargo, sioux-falls, and duluth.
Image credit: Image: RTC at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Helena profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as bozeman, missoula, and boise.
Image credit: Image: Famartin / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Cheyenne profile to compare affordability, energy, and resilience dimensions alongside regional peers such as fort-collins, denver, and colorado-springs.
Image credit: Image: Bigfoot allgame / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Cary profile to compare affordability, air quality, and energy dimensions alongside regional peers such as raleigh, durham, and greensboro.
Image credit: Image: Marc Ryckaert / Wikimedia Commons, CC BY 2.5
United States / North America
Use the Naples profile to compare affordability, air quality, and resilience dimensions alongside regional peers such as cape-coral, fort-myers, and north-port.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Koblenz profile to compare affordability, air quality, and energy alongside Mainz, Frankfurt, and Cologne.
Image credit: Image: EPei / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Kaiserslautern profile to compare affordability, air quality, and energy alongside Mannheim, Frankfurt, and Stuttgart.
Image credit: Image: LenaJablonowski / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Bamberg profile to compare affordability, air quality, and energy alongside Nuremberg, Munich, and Leipzig.
Image credit: Image: Moahim / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Schwerin profile to compare affordability, air quality, and energy alongside Hamburg, Bremen, and Hanover.
Image credit: Image: Granada / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Erlangen profile to compare affordability, air quality, and energy alongside Nuremberg, Munich, and Stuttgart.
Image credit: Image: Daniel Schwen / Wikimedia Commons, CC BY 2.5
Germany / Central Europe
Use the Göttingen profile to compare affordability, air quality, and energy alongside Hanover, Kassel-area peers, and Leipzig.
Image credit: Image: Roman Möbius / elf5 Jena GmbH / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Jena profile to compare affordability, air quality, and energy alongside Leipzig, Dresden, and Nuremberg.
Image credit: Image: Tuxyso / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Bremerhaven profile to compare affordability, air quality, and energy alongside Bremen, Hamburg, and Hanover.
Image credit: Image: Andreas Trepte / Wikimedia Commons, CC BY-SA 2.5
Germany / Central Europe
Use the Weimar profile to compare affordability, air quality, and energy alongside Leipzig, Dresden, and Frankfurt.
Image credit: Image: Ralf Roletschek / Wikimedia Commons, CC BY-SA 1.0 fi
Germany / Central Europe
Use the Stralsund profile to compare affordability, air quality, and energy alongside Hamburg, Bremen, and Berlin.
Image credit: Image: A.Savin / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Baden-Baden profile to compare affordability, air quality, and energy alongside Karlsruhe-area peers, Stuttgart, and Frankfurt.
Image credit: Image: Raimond Spekking / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Fulda profile to compare affordability, air quality, and energy alongside Frankfurt, Kassel-area peers, and Leipzig.
Image credit: Image: Luchs3333 / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Hildesheim profile to compare affordability, air quality, and energy alongside Hanover, Bremen, and Leipzig.
Image credit: Image: Illo16 / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Cottbus profile to compare affordability, air quality, and energy alongside Berlin, Dresden, and Leipzig.
Image credit: Image: dmytrok / Wikimedia Commons, CC BY-SA 2.0
France / Western Europe
Use the Ajaccio profile to compare affordability, air quality, energy, and resilience alongside Marseille, Nice, and Cannes.
Image credit: Image: Florian Pépellin / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Biarritz profile to compare affordability, air quality, energy, and resilience alongside Bordeaux, Toulouse, and Montpellier.
Image credit: Image: Chensiyuan / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Carcassonne profile to compare affordability, air quality, energy, and resilience alongside Montpellier, Toulouse, and Marseille.
Image credit: Image: dronepicr / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Bastia profile to compare affordability, air quality, energy, and resilience alongside Nice, Marseille, and Cannes.
Image credit: Image: Pierre André Leclercq / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Saint-Malo profile to compare affordability, air quality, energy, and resilience alongside Rennes, Nantes, and Brest.
Image credit: Image: Florent Pécassou / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Tarbes profile to compare affordability, air quality, energy, and resilience alongside Toulouse, Bordeaux, and Pau.
Image credit: Image: Myrabella / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Vannes profile to compare affordability, air quality, energy, and resilience alongside Rennes, Nantes, and Lorient.
Image credit: Image: Didier Descouens / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Albi profile to compare affordability, air quality, energy, and resilience alongside Toulouse, Montpellier, and Bordeaux.
Image credit: Image: Raimond Spekking / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Cherbourg profile to compare affordability, air quality, energy, and resilience alongside Caen, Rouen, and Le Havre.
Image credit: Image: Sanchezn / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Beziers profile to compare affordability, air quality, energy, and resilience alongside Montpellier, Marseille, and Toulouse.
Image credit: Image: JackyM59 / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Arras profile to compare affordability, air quality, energy, and resilience alongside Lille, Lens, and Reims.
Image credit: Image: Benh LIEU SONG / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Narbonne profile to compare affordability, air quality, energy, and resilience alongside Montpellier, Marseille, and Toulouse.
Image credit: Image: Agostino Artnoir Sella / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Use the Syracuse profile to compare coastal access, heritage context, and seasonal climate alongside Catania, Palermo, and other Sicilian peers.
Image credit: Image: Luca Aless / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Livorno profile to compare port access, coastal context, and cost dimensions alongside Pisa, Florence, and Genoa.
Image credit: Image: LPLT (must be credited) / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Brindisi profile to compare airport and ferry access, coastal context, and cost dimensions alongside Bari, Lecce, and Taranto.
Image credit: Image: Holger Uwe Schmitt / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Matera profile to compare heritage context, cost, and climate dimensions alongside Bari, Naples, and other southern peers.
Image credit: Image: User:EdoM / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Mantua profile to compare heritage context, lake and river access, and cost dimensions alongside Verona, Bologna, and Milan.
Image credit: Image: Kin4 at Italian Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Olbia profile to compare airport and ferry access, coastal context, and cost dimensions alongside Cagliari, Sassari, and Genoa.
Image credit: Image: jschoenhofer / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Use the Agrigento profile to compare heritage and coastal access, cost, and climate dimensions alongside Palermo, Catania, and other Sicilian peers.
Image credit: Image: Alessandro Vecchi / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Novara profile to compare transport access, cost, and economic dimensions alongside Turin, Milan, and Como.
Image credit: Image: Andrewrabbott / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Arezzo profile to compare heritage context, cost, and economic dimensions alongside Florence, Siena, and Perugia.
Image credit: Image: Harrie Gielen / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Piacenza profile to compare transport access, cost, and economic dimensions alongside Milan, Parma, and Bologna.
Image credit: Image: cinus / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Belluno profile to compare alpine access, cost, and seasonal climate dimensions alongside Trento, Verona, and Venice.
Image credit: Image: Giorgio Galeotti / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Grosseto profile to compare coastal and park access, cost, and climate dimensions alongside Siena, Florence, and Pisa.
Image credit: Image: Marsupisupilami / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Badajoz profile to compare cost framing, transport access, and cross-border context alongside Seville and Cordoba-Spain.
Image credit: Image: Diliff / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Marbella profile to compare cost framing, coastal climate exposure, and regional tourism context alongside Malaga and Granada.
Image credit: Image: Jorge Franganillo from Barcelona, Spain / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Lleida profile to compare cost framing, transport access, and Pyrenees-gateway context alongside Barcelona and Tarragona.
Image credit: Image: Tomás Fano / Wikimedia Commons, CC BY-SA 2.0
Spain / Southern Europe
Use the Mérida profile to compare cost framing, administrative-capital context, and regional peers alongside Seville and Cordoba-Spain.
Image credit: Image: Jose A. / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Huelva profile to compare cost framing, port-economy context, and Doñana-gateway peers alongside Seville and Cadiz.
Image credit: Image: Carlos Delgado / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Segovia profile to compare cost framing, heritage-tourism context, and Sierra de Guadarrama-gateway peers alongside Madrid and Toledo.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Benidorm profile to compare cost framing, coastal tourism exposure, and regional peers alongside Alicante and Valencia.
Image credit: Image: Paolichy / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Algeciras profile to compare cost framing, port-economy context, and Strait-of-Gibraltar peers alongside Malaga and Cadiz.
Image credit: Image: Mario Sánchez Bueno / Wikimedia Commons, CC BY-SA 2.0
Spain / Southern Europe
Use the Ceuta profile to compare cost framing, cross-border exposure, and southern-port peers alongside Malaga and Cadiz.
Image credit: Image: Victor Hermida Prada / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Ourense profile to compare cost framing, transport access, and inland Galicia peers alongside Vigo and Santiago-de-Compostela.
Image credit: Image: Juan Carlos Gil / Wikimedia Commons, CC BY-SA 3.0 es
Spain / Southern Europe
Use the Teruel profile to compare cost framing, administrative-capital context, and inland Aragon peers alongside Zaragoza and Valencia.
Image credit: Image: Tb808 / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Zielona Gora profile to compare affordability, air quality, and energy alongside Poznan, Wroclaw, and Szczecin.
Image credit: Image: Emptywords / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Sopot profile to compare affordability, air quality, and resilience alongside Gdansk, Gdynia, and Szczecin.
Image credit: Image: Dawid9999 / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Gorzow Wielkopolski profile to compare affordability, energy, and resilience alongside Poznan, Szczecin, and Wroclaw.
Image credit: Image: Enamo / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Jelenia Gora profile to compare affordability, air quality, and resilience alongside Wroclaw, Walbrzych, and Krakow.
Image credit: Image: Ferdziu / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Przemysl profile to compare affordability, air quality, and resilience alongside Rzeszow, Lublin, and Krakow.
Image credit: Image: Jakub Dominik Belski / Wikimedia Commons, CC BY 3.0
Poland / Central Europe
Use the Nowy Sacz profile to compare affordability, air quality, and resilience alongside Krakow, Zakopane, and Rzeszow.
Image credit: Image: Andrzej Łuczak, woochuck@onet.eu / Wikimedia Commons, CC BY 3.0
Poland / Central Europe
Use the Swinoujscie profile to compare affordability, air quality, and resilience alongside Szczecin, Gdansk, and Gdynia.
Image credit: Image: Ja S / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Kolobrzeg profile to compare affordability, air quality, and resilience alongside Szczecin, Gdansk, and Gdynia.
Image credit: Image: JakaśKreatywnaNazwa123 / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Grudziadz profile to compare affordability, air quality, and resilience alongside Torun, Bydgoszcz, and Gdansk.
Image credit: Image: pl:Wikipedysta:mr.jedi-FPW / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Konin profile to compare affordability, energy, and resilience alongside Poznan, Lodz, and Bydgoszcz.
Image credit: Image: Ryzhkov Sergey / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Ivano-Frankivsk profile to compare cost framing, airport and transport access, and Carpathian-tourism context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Ekaterina Polischuk / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Uzhhorod profile to compare cost framing, cross-border transport access, and Carpathian-tourism context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Присяжнюк Максим / Wikimedia Commons, CC BY-SA 3.0
Ukraine / Eastern Europe
Use the Chernivtsi profile to compare cost framing, cross-border transport access, and heritage-tourism context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Антон Марчевський (Buran) / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Ternopil profile to compare cost framing, transport access, and lake-and-heritage tourism context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: No machine-readable author provided. Roko~commonswiki assumed (based on copyright claims). / Wikimedia Commons, CC BY 2.5
Ukraine / Eastern Europe
Use the Khmelnytskyi profile to compare cost framing, transport access, and trade-economy context alongside Vinnytsia, Lviv, and other Ukrainian regional capitals.
Image credit: Image: Neovitaha777 / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Rivne profile to compare cost framing, transport access, and regional-economy context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Latuha1 / Wikimedia Commons, CC BY 4.0
Ukraine / Eastern Europe
Use the Lutsk profile to compare cost framing, cross-border transport access, and heritage-tourism context alongside Lviv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Horker / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Zhytomyr profile to compare cost framing, transport access, and regional-economy context alongside Kyiv, Vinnytsia, and other Ukrainian regional capitals.
Image credit: Image: Максим Бондаревский / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Sumy profile to compare cost framing, transport access, and industrial-economy context alongside Kharkiv, Poltava, and other Ukrainian regional capitals.
Image credit: Image: Ivshyn / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Kropyvnytskyi profile to compare cost framing, transport access, and industrial-economy context alongside Dnipro, Cherkasy, and other Ukrainian regional capitals.
Image credit: Image: Jason Pratt / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Niagara Falls profile to compare affordability, air quality, and energy alongside Toronto, Hamilton, and St. Catharines.
Image credit: Image: New Brunswick / Nouveau-Brunswick / Wikimedia Commons, CC0
Canada / North America
Use the Fredericton profile to compare affordability, air quality, and resilience alongside Halifax, Saint John, and Moncton.
Image credit: Image: Otto.blinken / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Red Deer profile to compare affordability, energy, and resilience alongside Calgary, Edmonton, and Lethbridge.
Image credit: Image: Andre Carrotflower / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Sault Ste. Marie profile to compare affordability, air quality, and resilience alongside Thunder Bay, Greater Sudbury, and Toronto.
Image credit: Image: Port(u*o)s / Wikimedia Commons, CC BY 2.5
Canada / North America
Use the Banff profile to compare affordability, air quality, and resilience alongside Calgary, Kelowna, and Edmonton.
Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Sarnia profile to compare affordability, air quality, and energy alongside Windsor, London, and Hamilton.
Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Cornwall profile to compare affordability, air quality, and resilience alongside Ottawa, Kingston, and Montreal.
Image credit: Image: cogdogblog / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Vernon profile to compare affordability, air quality, and resilience alongside Kelowna, Kamloops, and Vancouver.
Image credit: Image: Blake Handley from Victoria, Canada / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Penticton profile to compare affordability, air quality, and resilience alongside Kelowna, Kamloops, and Victoria.
Image credit: Image: Festbock / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Medicine Hat profile to compare affordability, energy, and resilience alongside Calgary, Lethbridge, and Regina.
Image credit: Image: Vincent Steenberg / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Amstelveen profile to compare relocation context, transport access, and cost framing alongside regional peers such as Amsterdam, Haarlem, and Leiden.
Image credit: Image: Michiel1972 / Wikimedia Commons, CC BY 2.5
Netherlands / Western Europe
Use the Venlo profile to compare cross-border logistics, transport access, and cost framing alongside regional peers such as Eindhoven, Nijmegen, and Maastricht.
Image credit: Image: FaceMePLS from The Hague, The Netherlands / Wikimedia Commons, CC BY 2.0
Netherlands / Western Europe
Use the Hilversum profile to compare media-economy context, transport access, and air quality alongside regional peers such as Amsterdam, Utrecht, and Amersfoort.
Image credit: Image: This media file was made by Michiel1972 You may use it using a redistributable license (cc-by-sa), see below Please credit this : M.M.Minderhoud or Wikipedia/Michiel1972 / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Roermond profile to compare cross-border travel context, tourism demand, and cost framing alongside regional peers such as Maastricht, Eindhoven, and Nijmegen.
Image credit: Image: Stahlkocher / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Lelystad profile to compare administrative role, transport access, and climate-adaptation context alongside regional peers such as Amsterdam, Utrecht, and Amersfoort.
Image credit: Image: JackyM59 / Wikimedia Commons, CC BY 4.0
Belgium / Western Europe
Use the Tournai profile to compare affordability, air quality, and cross-border accessibility alongside Mons, Kortrijk, and Brussels.
Image credit: Image: Paul Hermans at Dutch Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Ypres profile to compare affordability, air quality, and heritage-tourism context alongside Bruges, Kortrijk, and Ostend.
Image credit: Image: Thuresson / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Sint-Niklaas profile to compare affordability, air quality, and port-economy context alongside Antwerp, Ghent, and Mechelen.
Image credit: Image: Jean-Pol GRANDMONT / Wikimedia Commons, CC BY 3.0
Belgium / Western Europe
Use the Arlon profile to compare affordability, air quality, and cross-border commuting context alongside Namur, Liege, and Hasselt.
Image credit: Image: Austriapix / Wikimedia Commons, CC BY 3.0
Austria / Central Europe
Use the Dornbirn profile to compare affordability, air quality, and cross-border access alongside Bregenz, Feldkirch, and Innsbruck.
Image credit: Image: Scotch Mist / Wikimedia Commons, CC BY-SA 4.0
Austria / Central Europe
Use the Eisenstadt profile to compare affordability, energy, and tourism dimensions alongside Vienna, Graz, and Salzburg.
Image credit: Image: C.Stadler/Bwag / Wikimedia Commons, CC BY-SA 4.0
Austria / Central Europe
Use the Wiener Neustadt profile to compare affordability, energy, and resilience alongside Vienna, Graz, and Linz.
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Portugal / Southern Europe
Use the Ponta Delgada profile to compare airport access, affordability, and resilience alongside Lisbon, Funchal, and Porto.
Image credit: Image: Vitor Oliveira from Torres Vedras, PORTUGAL / Wikimedia Commons, CC BY-SA 2.0
Portugal / Southern Europe
Use the Portimão profile to compare affordability, seasonality, and resilience alongside Faro, Lisbon, and Cascais.
Image credit: Image: o_andras / Wikimedia Commons, CC BY-SA 4.0
Portugal / Southern Europe
Use the Vila Real profile to compare affordability, energy, and resilience alongside Porto, Braga, and Guimarães.
Image credit: Image: Cláudio Franco from Torres Vedras, Portugal / Wikimedia Commons, CC BY 2.0
Portugal / Southern Europe
Use the Guarda profile to compare affordability, climate, and resilience alongside Coimbra, Porto, and Braga.
Image credit: Image: Andreas Harnemo / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Luleå profile to compare affordability, air quality, energy, and resilience alongside Umeå, Gävle, and Stockholm.
Image credit: Image: Lars Falkdalen Lindahl (User:Njaelkies Lea) / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Östersund profile to compare affordability, air quality, energy, and resilience alongside Umeå, Gävle, and Stockholm.
Image credit: Image: Hatthyllan / Wikimedia Commons, CC BY-SA 4.0
Sweden / Northern Europe
Use the Sundsvall profile to compare affordability, air quality, energy, and resilience alongside Gävle, Umeå, and Stockholm.
Image credit: Image: Sendelbach / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Karlskrona profile to compare affordability, air quality, energy, and resilience alongside Malmö, Helsingborg, and Lund.
Image credit: Image: Clemensfranz / Wikimedia Commons, CC BY 3.0
Finland / Northern Europe
Use the Lappeenranta profile to compare affordability, air quality, and cross-border accessibility alongside Helsinki, Kuopio, and Lahti.
Image credit: Image: MPorciusCato / Wikimedia Commons, CC BY-SA 3.0
Finland / Northern Europe
Use the Joensuu profile to compare affordability, air quality, and energy alongside Kuopio, Oulu, and Helsinki.
Image credit: Image: SchiDD / Wikimedia Commons, CC BY 4.0
Czechia / Central Europe
Use the Decin profile to compare affordability, air quality, energy and resilience alongside regional peers such as Usti nad Labem, Liberec and Prague.
Image credit: Image: VitVit / Wikimedia Commons, CC BY-SA 4.0
Czechia / Central Europe
Use the Jihlava profile to compare affordability, air quality, energy and resilience alongside regional peers such as Brno, Prague and Ceske Budejovice.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 4.0
Romania / Eastern Europe
Use the Tulcea profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Constanta, Galati and Braila.
Image credit: Image: Razvan Socol / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Eastern Europe
Use the Targu Jiu profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Craiova, Ramnicu Valcea and Sibiu.
Image credit: Image: MunteanUK / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Eastern Europe
Use the Drobeta-Turnu Severin profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Craiova, Timisoara and Arad.
Image credit: Image: Kiki Vasilescu / Wikimedia Commons, CC BY-SA 4.0
Romania / Eastern Europe
Use the Alba Iulia profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Sibiu, Cluj-Napoca and Brasov.
Image credit: Image: Flavius Ivaşca / Wikimedia Commons, CC BY-SA 4.0
Romania / Eastern Europe
Use the Deva profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Sibiu, Timisoara and Cluj-Napoca.
Image credit: Image: Bogdan29roman / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Eastern Europe
Use the Botosani profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Iasi, Suceava and Bacau.
Image credit: Image: Jm / Wikimedia Commons, CC BY-SA 4.0
Greece / Southern Europe
Use the Kalamata profile to compare cost framing, transport access, and climate-adaptation context alongside Greek regional peers such as Patras and Athens.
Image credit: Image: Martin Falbisoner / Wikimedia Commons, CC BY-SA 4.0
Greece / Southern Europe
Use the Corfu profile to compare cost framing, transport access, and climate-adaptation context alongside other Greek island and coastal peers such as Rhodes and Chania.
Greece / Southern Europe
Use the Alexandroupoli profile to compare cost framing, transport access, and climate-adaptation context alongside Greek regional peers such as Kavala and Thessaloniki.
Image credit: Image: DocWoKav / Wikimedia Commons, CC BY-SA 4.0
Greece / Southern Europe
Use the Komotini profile to compare cost framing, transport access, and climate-adaptation context alongside Greek regional peers such as Kavala and Thessaloniki.
Image credit: Image: No machine-readable author provided. Bogman assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 2.5
Ireland / Western Europe
Use the Ennis profile to compare affordability, airport access, and nature-gateway dimensions alongside Limerick, Galway, and Killarney.
Image credit: Image: No machine-readable author provided. Tournesol assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Ireland / Western Europe
Use the Bray profile to compare affordability, commuter access, and coastal nature dimensions alongside Dublin, Cork, and Galway.
Image credit: Image: Stephen Codrington / Wikimedia Commons, CC BY 2.5
Australia / Oceania
Use the Alice Springs profile to compare airport access, tourism demand, and climate dimensions alongside Darwin, Adelaide, and Cairns.
Image credit: Image: No machine-readable author provided. Roo72 assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Mount Gambier profile to compare affordability, regional-services access, and nature-proximity dimensions alongside Adelaide, Melbourne, and Geelong.
Image credit: Image: Athaydesbr / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Orange profile to compare affordability, regional-services access, and nature-proximity dimensions alongside Sydney, Canberra, and Newcastle.
Image credit: Image: Maksym Kozlenko / Wikimedia Commons, CC BY-SA 4.0
New Zealand / Oceania
Use the Blenheim profile to compare affordability, air quality, and resilience alongside Nelson and Christchurch.
Image credit: Image: Dramatic / Wikimedia Commons, CC BY 2.0
New Zealand / Oceania
Use the Gisborne profile to compare affordability, air quality, and resilience alongside Napier and Tauranga.
Image credit: Image: Crashlanded / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Chester profile to compare affordability, air quality, energy planning, and climate resilience alongside Liverpool, Manchester, and Cardiff.
Image credit: Image: WFan / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Newport profile to compare affordability, air quality, energy planning, and climate resilience alongside Cardiff, Bristol, and Birmingham.
Image credit: Image: Stirling Council from Stirling, UK / Wikimedia Commons, CC BY 2.0
United Kingdom / Western Europe
Use the Stirling profile to compare affordability, air quality, energy planning, and climate resilience alongside Edinburgh, Glasgow, and York.
Image credit: Image: Geof Sheppard / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Wrexham profile to compare affordability, air quality, energy planning, and climate resilience alongside Liverpool, Manchester, and Cardiff.
Image credit: Image: Bob Embleton / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Gloucester profile to compare affordability, air quality, energy planning, and climate resilience alongside Bristol, Cardiff, and Bath.
Image credit: Image: Loco Steve / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Swindon profile to compare affordability, air quality, energy planning, and climate resilience alongside Bristol, Oxford, and Bath.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Switzerland / Western Europe
Use the Lucerne profile to compare tourism exposure, transport access, and cost-of-living framing alongside regional peers such as Zurich and Bern.
Image credit: Image: Aconcagua / Wikimedia Commons, CC BY-SA 3.0
Switzerland / Western Europe
Use the Lugano profile to compare cross-border commuting, transport access, and cost framing alongside regional peers such as Geneva and Zurich.
Image credit: Image: Thomas Woodtli from Zürich, Switzerland / Wikimedia Commons, CC BY-SA 2.0
Switzerland / Western Europe
Use the St. Gallen profile to compare institutional capacity, transport access, and cost framing alongside regional peers such as Zurich and Winterthur.
Image credit: Image: Original by Odd Inge Worsøe / Wikimedia Commons, CC BY-SA 3.0
Norway / Northern Europe
Use the Stavanger profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Bergen and Oslo.
Image credit: Image: The Municipality of Tromsø from Tromsø, Norway / Wikimedia Commons, CC BY 2.0
Norway / Northern Europe
Use the Tromso profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Trondheim and Oslo.
Image credit: Image: Jarle Hammen Knudsen (dubidubno) / Wikimedia Commons, CC BY-SA 4.0
Norway / Northern Europe
Use the Kristiansand profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Oslo and Bergen.
Image credit: Image: Thierry Caro, pour le magazine 2512. / Wikimedia Commons, CC BY-SA 2.5
Denmark / Northern Europe
Use the Helsingor profile to compare housing, commuting, and cross-border travel dimensions alongside Copenhagen and Roskilde.
Image credit: Image: Hubertus / Wikimedia Commons, CC BY-SA 3.0
Denmark / Northern Europe
Use the Kolding profile to compare affordability, industry, and airport-access dimensions alongside Vejle, Esbjerg, and Odense.
Image credit: Image: Teemeah / Wikimedia Commons, CC BY-SA 4.0
Hungary / Central Europe
Use the Szekesfehervar profile to compare affordability, air quality, and energy alongside Budapest, Gyor, and Pecs.
Image credit: Image: Ханас Володимир / Wikimedia Commons, CC BY-SA 4.0
Hungary / Central Europe
Use the Nyiregyhaza profile to compare affordability, air quality, and energy alongside Debrecen, Miskolc, and Szeged.
Image credit: Image: Civertan / Wikimedia Commons, CC BY-SA 3.0
Hungary / Central Europe
Use the Sopron profile to compare affordability, air quality, and energy alongside Gyor, Budapest, and Pecs.
Image credit: Image: Simeon Stoichkov / Wikimedia Commons, CC BY 3.0
Bulgaria / Eastern Europe
Use the Blagoevgrad profile to compare affordability, air quality, energy, and resilience alongside regional peers such as Sofia, Plovdiv, and Burgas.
Image credit: Image: Mark Ahsmann / Wikimedia Commons, CC BY-SA 4.0
Bulgaria / Eastern Europe
Use the Veliko Tarnovo profile to compare affordability, air quality, energy, and resilience alongside regional peers such as Sofia, Ruse, and Stara Zagora.
Image credit: Image: Ненко Лазаров / Wikimedia Commons, CC BY 3.0
Bulgaria / Eastern Europe
Use the Bansko profile to compare affordability, air quality, energy, and resilience alongside regional peers such as Sofia, Plovdiv, and Burgas.
Image credit: Image: Flickr user: Alistair young / Wikimedia Commons, CC BY 2.0
Croatia / Southeastern Europe
Use the Zadar profile to compare affordability, air quality, energy, and resilience alongside regional peers Split, Rijeka, and Dubrovnik.
Image credit: Image: Orlovic / Wikimedia Commons, CC BY-SA 3.0
Croatia / Southeastern Europe
Use the Pula profile to compare affordability, air quality, energy, and resilience alongside regional peers Rijeka, Split, and Zagreb.
Image credit: Image: Cepom / Wikimedia Commons, CC BY-SA 3.0
Slovakia / Central Europe
Use the Poprad profile to compare tourism access, airport connectivity, and nearby mountain and national-park nature alongside regional peers such as Prešov, Košice, and Banská Bystrica.
Image credit: Image: Rotatebot / Wikimedia Commons, CC BY-SA 3.0
Slovakia / Central Europe
Use the Nitra profile to compare administrative role, economic and university activity, and nearby hill-country nature alongside regional peers such as Bratislava, Žilina, and Banská Bystrica.
Image credit: Image: TICKoper / Wikimedia Commons, CC BY-SA 4.0
Slovenia / Central Europe
Use the Koper profile to compare affordability, air quality, energy, and resilience alongside Ljubljana, Maribor, and Celje.
Image credit: Image: The original uploader was Mladjowie at Serbian Wikipedia. / Wikimedia Commons, CC BY-SA 3.0 rs
Serbia / Southeastern Europe
Use the Kraljevo profile to compare affordability, air quality, energy, and resilience alongside Belgrade, Novi Sad, and Nis.
Image credit: Image: spaceman117 / Wikimedia Commons, CC BY 3.0
Serbia / Southeastern Europe
Use the Subotica profile to compare affordability, air quality, energy, and resilience alongside Belgrade, Novi Sad, and Nis.
Image credit: Image: Zykasaa / Wikimedia Commons, CC BY-SA 4.0
Lithuania / Baltic Europe
Use the Alytus profile to compare cost framing, regional economy, and country-level context alongside other Lithuanian regional centers.
Image credit: Image: Edgars Šulcs / Wikimedia Commons, CC BY-SA 4.0
Latvia / Baltic Europe
Use the Liepaja profile to compare affordability, air quality, energy, and resilience alongside Riga, Daugavpils, and Cesis.
Image credit: Image: Minnekon / Wikimedia Commons, CC BY-SA 4.0
Estonia / Baltic Europe
Use the Narva profile to compare cross-border access, energy-transition context, affordability, and air-quality indicators alongside other Estonian and Baltic peers.
Image credit: Image: Ramirez / Wikimedia Commons, CC BY-SA 4.0
Bosnia and Herzegovina / Southeastern Europe
Use the Mostar profile to compare transport access, tourism load, cost framing, and climate-adaptation context alongside regional peers in Bosnia and Herzegovina and the wider Western Balkans.
Image credit: Image: kallerna / Wikimedia Commons, CC BY-SA 4.0
North Macedonia / Southeastern Europe
Use the Ohrid profile to compare affordability, air quality, energy, and resilience dimensions alongside regional Southeastern-European peers.
Image credit: Image: a.dombrowski / Wikimedia Commons, CC BY-SA 2.0
Albania / Southeastern Europe
Use the Durres profile to compare affordability, air quality, energy, and transport access alongside regional Western Balkan peers.
Image credit: Image: Avereanu / Wikimedia Commons, CC BY-SA 3.0
Moldova / Eastern Europe
Use the Balti profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers in Moldova and the wider Eastern European area.
Image credit: Image: Michael Barera / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Arlington profile to compare affordability, air quality, energy planning, and climate resilience alongside Dallas, Fort Worth, and Austin.
Image credit: Image: AccessCaliforniaServices / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Anaheim profile to compare affordability, air quality, energy planning, and climate resilience alongside Los Angeles, Long Beach, and Riverside.
Image credit: Image: Jamie Beverly from St. Petersburg, Florida, USA / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the St. Petersburg profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, Orlando, and Miami.
Image credit: Image: Basil D Soufi / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Oakland profile to compare affordability, air quality, energy planning, and climate resilience alongside San Francisco, San Jose, and Sacramento.
Image credit: Image: Bastique / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Fort Lauderdale profile to compare affordability, air quality, energy planning, and climate resilience alongside Miami, Tampa, and Orlando.
Image credit: Image: Dcgeorge76 David E. George III / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Chesapeake profile to compare affordability, air quality, energy planning, and climate resilience alongside Virginia Beach, Richmond, and Raleigh.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Bridgeport profile to compare affordability, air quality, energy planning, and climate resilience alongside New Haven, Hartford, and New York.
Image credit: Image: TheLionHasSeen / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Baton Rouge profile to compare affordability, air quality, energy mix, and climate resilience alongside New Orleans, Houston, and Memphis.
Image credit: Image: John Marino from Pittsburgh / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Syracuse profile to compare affordability, air quality, energy planning, and climate resilience alongside Rochester, Buffalo, and Hartford.
Image credit: Image: Monster Wedge / Wikimedia Commons, CC0
United States / North America
Use the Fort Wayne profile to compare affordability, air quality, energy planning, and climate resilience alongside Indianapolis, Toledo, and Columbus.
Image credit: Image: Christopher Seliga / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Scranton profile to compare affordability, air quality, energy planning, and climate resilience alongside Allentown, Philadelphia, and Buffalo.
Image credit: Image: Dblcut3 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Youngstown profile to compare affordability, air quality, energy planning, and climate resilience alongside Cleveland, Pittsburgh, and Akron.
Image credit: Image: Photo by user Criticalthinker on en.wikipedia; crop made by User Shadowlink1014 on en.wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Lansing profile to compare affordability, air quality, energy planning, and climate resilience alongside Grand Rapids, Detroit, and Ann Arbor.
Image credit: Image: Ilpostino41 / Wikimedia Commons, CC0
United States / North America
Use the Huntsville profile to compare affordability, air quality, energy planning, and climate resilience alongside Birmingham, Nashville, and Chattanooga.
Image credit: Image: Hegemanc / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Fayetteville profile to compare affordability, air quality, energy planning, and climate resilience alongside Raleigh, Charlotte, and Columbia.
Image credit: Image: Infrogmation of New Orleans / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Pensacola profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, New Orleans, and Jacksonville.
United States / North America
Use the Santa Rosa profile to compare affordability, air quality, energy planning, and climate resilience alongside San Francisco, Sacramento, and Oakland.
United States / North America
Use the Salinas profile to compare affordability, air quality, energy planning, and climate resilience alongside San Jose, Santa Cruz, and Fresno.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Mobile profile to compare affordability, air quality, energy mix, and climate resilience alongside New Orleans, Birmingham, and Jacksonville.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Corpus Christi profile to compare affordability, air quality, energy mix, and climate resilience alongside San Antonio, Houston, and McAllen.
Image credit: Image: MagentaGreen / Wikimedia Commons, CC BY-SA 2.5
United States / North America
Use the Peoria profile to compare affordability, air quality, energy planning, and climate resilience alongside Chicago, St. Louis, and Des Moines.
Image credit: Image: Roman Eugeniusz / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Shreveport profile to compare affordability, air quality, energy mix, and climate resilience alongside New Orleans, Dallas, and Memphis.
Image credit: Image: Toddro1971 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Montgomery profile to compare affordability, air quality, energy planning, and climate resilience alongside Birmingham, Atlanta, and Columbus.
Image credit: Image: UrbanTallahassee / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Tallahassee profile to compare affordability, air quality, energy planning, and climate resilience alongside Jacksonville, Tampa, and Atlanta.
Image credit: Image: Bobak Ha'Eri / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Green Bay profile to compare affordability, air quality, energy planning, and climate resilience alongside Milwaukee, Madison, and Duluth.
Image credit: Image: PRO MASTER MASTER PRO / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Columbus Georgia profile to compare affordability, air quality, energy planning, and climate resilience alongside Atlanta, Savannah, and Birmingham.
Image credit: Image: Pi.1415926535 / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Rockford profile to compare affordability, air quality, energy planning, and climate resilience alongside Chicago, Madison, and Milwaukee.
Image credit: Image: user:Redraiderengineer / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Lubbock profile to compare affordability, air quality, energy mix, and climate resilience alongside El Paso, San Antonio, and Oklahoma City.
Image credit: Image: The original uploader was Randella at English Wikipedia. / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Evansville profile to compare affordability, air quality, energy planning, and climate resilience alongside Louisville, Indianapolis, and Nashville.
Image credit: Image: Joe Ravi / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Roanoke profile to compare affordability, air quality, energy planning, and climate resilience alongside Richmond, Greensboro, and Asheville.
Image credit: Image: Jason W. Smith / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Wilmington profile to compare affordability, air quality, energy planning, and climate resilience alongside Raleigh, Charlotte, and Charleston.
Image credit: Image: Xltel at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Fort Smith profile to compare affordability, air quality, energy planning, and climate resilience alongside Tulsa, Oklahoma City, and Wichita.
Image credit: Image: Cullen328 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Amarillo profile to compare affordability, air quality, energy mix, and climate resilience alongside Lubbock, Oklahoma City, and Albuquerque.
Image credit: Image: Woodlot / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Gulfport profile to compare affordability, air quality, energy mix, and climate resilience alongside New Orleans, Mobile, and Pensacola.
Image credit: Image: SpartanburgSpark / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Spartanburg profile to compare affordability, air quality, energy planning, and climate resilience alongside Greenville, Charlotte, and Columbia.
Image credit: Image: Foto Fitti / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Hamm profile to compare affordability, air quality, and industrial-transition resilience alongside regional Ruhr peers such as Dortmund, Bochum, and Gelsenkirchen.
Image credit: Image: Dominik Lott (Dolo280) / Wikimedia Commons, CC BY-SA 2.5
Germany / Central Europe
Use the Ludwigshafen profile to compare cost framing, air quality, and industrial-energy resilience alongside Rhine-Neckar peers such as Mannheim, Mainz, and Heidelberg.
Image credit: Image: Robert Rynerson from Denver, U.S.A. / Wikimedia Commons, CC BY 2.0
Germany / Central Europe
Use the Mülheim an der Ruhr profile to compare affordability, air quality, and post-industrial resilience alongside neighbouring Ruhr peers such as Essen, Duisburg, and Bochum.
Image credit: Image: No machine-readable author provided. Marvins21~commonswiki assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Oldenburg profile to compare cost framing, healthcare access, and flood-related climate resilience alongside northern peers such as Bremen, Hanover, and Bielefeld.
Image credit: Image: Osnabrück Springbrunnen / Wikimedia Commons, CC0
Germany / Central Europe
Use the Osnabrück profile to compare affordability, air quality, and transport access alongside regional peers such as Bielefeld, Münster, and Bremen.
Image credit: Image: DiAuras / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Leverkusen profile to compare cost framing, air quality, and industrial-energy resilience alongside Rhineland peers such as Cologne, Bonn, and Düsseldorf.
Image credit: Image: Heidas / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Darmstadt profile to compare cost framing, transport access, and knowledge-economy resilience alongside Rhine-Main peers such as Frankfurt, Wiesbaden, and Mainz.
Image credit: Image: Hannibal21 / Wikimedia Commons, CC BY 3.0
Germany / Central Europe
Use the Solingen profile to compare affordability, air quality, and manufacturing-transition resilience alongside Bergisch peers such as Wuppertal, Düsseldorf, and Cologne.
Image credit: Image: Carlson Büth / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Herne profile to compare affordability, air quality, and post-industrial resilience alongside central Ruhr peers such as Bochum, Gelsenkirchen, and Dortmund.
Image credit: Image: Fluffy on tour / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Neuss profile to compare cost framing, transport access, and port-logistics resilience alongside Rhineland peers such as Düsseldorf, Cologne, and Krefeld.
Image credit: Image: Marcin Wichary from San Francisco, Calif. / Wikimedia Commons, CC BY 2.0
Germany / Central Europe
Use the Paderborn profile to compare affordability, transport access, and knowledge-economy resilience alongside regional peers such as Bielefeld, Kassel, and Dortmund.
Image credit: Image: GAlexandrova / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Ingolstadt profile to compare cost framing, air quality, and industrial-energy resilience alongside Bavarian peers such as Munich, Nuremberg, and Augsburg.
Image credit: Image: dontworry / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Offenbach am Main profile to compare cost framing, transport access, and metro-integration resilience alongside Rhine-Main peers such as Frankfurt, Wiesbaden, and Mainz.
Image credit: Image: Kamran Salimi / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Fürth profile to compare affordability, transport access, and metro-integration resilience alongside Franconian peers such as Nuremberg, Würzburg, and Augsburg.
Image credit: Image: Ingo Stoeldt / Wikimedia Commons, CC BY 2.5
Germany / Central Europe
Use the Ulm profile to compare cost framing, healthcare access, and transport-corridor resilience alongside southern peers such as Stuttgart, Augsburg, and Karlsruhe.
Image credit: Image: Foto Haarfeld, Heilbronn / Wikimedia Commons, CC BY 4.0
Germany / Central Europe
Use the Heilbronn profile to compare affordability, transport access, and industrial-logistics resilience alongside southern peers such as Stuttgart, Karlsruhe, and Mannheim.
Image credit: Image: Jenny Andersson / News Oresund / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Cannes profile to compare cost framing, transport access, and coastal climate-adaptation context alongside Nice, Toulon, and Marseille.
Image credit: Image: JackyM59 / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Béthune profile to compare cost framing, transport access, and post-industrial resilience context alongside Lens, Lille, and other northern French cities.
Image credit: Image: Neovapo official / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Poitiers profile to compare cost framing, transport access, and country-level context alongside Tours, Limoges, and Bordeaux.
Image credit: Image: Abxbay / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Antibes profile to compare cost framing, transport access, and coastal climate-adaptation context alongside Nice, Cannes, and Toulon.
Image credit: Image: Bruno Barral / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Bourges profile to compare cost framing, transport access, and country-level context alongside Orléans, Tours, and Clermont-Ferrand.
Image credit: Image: --sinava-- from Berlin / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Colmar profile to compare cost framing, transport access, and cross-border employment context alongside Strasbourg, Mulhouse, and Besançon.
Image credit: Image: Mi.redolfi / Wikimedia Commons, CC BY 4.0
France / Western Europe
Use the Quimper profile to compare cost framing, transport access, and coastal-resilience context alongside Brest, Lorient, and Rennes.
Image credit: Image: Yuri Granata Delalibera / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Angoulême profile to compare cost framing, transport access, and country-level context alongside Bordeaux, Limoges, and Poitiers.
Image credit: Image: dynamosquito from France / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Niort profile to compare cost framing, transport access, and country-level context alongside La Rochelle, Poitiers, and Bordeaux.
Image credit: Image: ~ / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Calais profile to compare cost framing, transport access, and coastal-resilience context alongside Dunkirk, Lille, and Le Havre.
Image credit: Image: Matthieu Debailleul / Wikimedia Commons, CC BY-SA 1.0
France / Western Europe
Use the Boulogne-sur-Mer profile to compare cost framing, transport access, and coastal-resilience context alongside Calais, Dunkirk, and Le Havre.
Image credit: Image: Diliff / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Beauvais profile to compare cost framing, transport access, and Paris-basin commuter context alongside Paris, Rouen, and Reims.
Image credit: Image: Velvet / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Saint-Quentin profile to compare cost framing, transport access, and post-industrial resilience context alongside Lille, Reims, and Valenciennes.
Image credit: Image: Thomas Bresson / Wikimedia Commons, CC BY 3.0
France / Western Europe
Use the Montbéliard profile to compare cost framing, transport access, and industrial-resilience context alongside Besançon, Mulhouse, and Dijon.
Image credit: Image: Stefano Barillà. Original uploader was StefanoBarillà at it.wikipedia. Later version(s) were uploaded by Neon97 at it.wikipedia. / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Messina profile to compare cost framing, port and transport access, and resilience signals alongside Catania, Palermo, and Reggio Calabria.
Image credit: Image: Orledio / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Foggia profile to compare cost framing, transport access, and agricultural-economy signals alongside Bari, Taranto, and Lecce.
Image credit: Image: Gennaro Jovine / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Giugliano in Campania profile to compare cost framing, transport access, and metropolitan-integration signals alongside Naples, Salerno, and Caserta.
Image credit: Image: Lupo silano 1914 / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Cosenza profile to compare cost framing, transport access, and university-economy signals alongside Reggio Calabria, Catania, and other southern Italian metros.
Image credit: Image: Miguel Hermoso Cuesta / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Caserta profile to compare cost framing, transport access, and metropolitan-integration signals alongside Naples, Salerno, and other southern Italian metros.
Image credit: Image: Salvatore Migliari / Wikimedia Commons, CC BY 3.0
Italy / Southern Europe
Use the Catanzaro profile to compare cost framing, healthcare framing, and transport access alongside Reggio Calabria, Cosenza, and other southern Italian metros.
Image credit: Image: Didier Descouens / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Treviso profile to compare cost framing, transport access, and industrial-economy signals alongside Venice, Padua, and Vicenza.
Image credit: Image: Klaus Nahr from Germany / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Use the Varese profile to compare cost framing, transport access, and industrial-economy signals alongside Milan, Como, and Bergamo.
Image credit: Image: William Domenichini / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the La Spezia profile to compare cost framing, port and transport access, and coastal-resilience signals alongside Genoa, Pisa, and Lucca.
Image credit: Image: Uomodis08 / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Cesena profile to compare cost framing, transport access, and flood-resilience signals alongside Forlì, Ravenna, and Rimini.
Image credit: Image: trolvag / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Cremona profile to compare cost framing, transport access, and industrial air-quality signals alongside Milan, Brescia, and Parma.
Image credit: Image: Seby Torre / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Pavia profile to compare cost framing, healthcare framing, and transport access alongside Milan, Brescia, and Cremona.
Image credit: Image: NicoloRizzetto / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Asti profile to compare cost framing, transport access, and agricultural-economy signals alongside Turin, Genoa, and Milan.
Image credit: Image: Sailko / Wikimedia Commons, CC BY 3.0
Italy / Southern Europe
Use the Pistoia profile to compare cost framing, transport access, and industrial-economy signals alongside Florence, Prato, and Lucca.
Image credit: Image: Oliver-Bonjoch / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Terrassa profile to compare cost framing, transport access, and country-level metro context alongside Barcelona and Tarragona.
Image credit: Image: Xavigivax / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Sabadell profile to compare cost framing, transport access, and country-level metro context alongside Barcelona and Badalona.
Image credit: Image: n4i Photo from Jerez de la Frontera, Spain / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Jerez de la Frontera profile to compare cost framing, transport access, and country-level Andalusian context alongside Cádiz and Seville.
Image credit: Image: Michiel1972 / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Móstoles profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Toledo.
Image credit: Image: santiago lopez-pastor / Wikimedia Commons, CC BY-SA 2.0
Spain / Southern Europe
Use the Alcalá de Henares profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Salamanca.
Image credit: Image: Victor Rivera from Fuenlabrada, España / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Fuenlabrada profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Toledo.
Image credit: Image: FDV / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Leganés profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Toledo.
Image credit: Image: Michiel1972 / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Getafe profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Toledo.
Image credit: Image: Fernando / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Albacete profile to compare cost framing, transport access, and country-level inland context alongside Murcia and Valencia.
Image credit: Image: Martin Cox from Benicasim, España / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Castellón de la Plana profile to compare cost framing, transport access, and country-level Mediterranean context alongside Valencia and Tarragona.
Image credit: Image: RICHTEA / Wikimedia Commons, CC BY 3.0
Spain / Southern Europe
Use the Alcorcón profile to compare cost framing, transport access, and country-level metro context alongside Madrid and Toledo.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Spain / Southern Europe
Use the San Cristóbal de La Laguna profile to compare cost framing, transport access, and country-level island context alongside Santa Cruz de Tenerife and Las Palmas.
Image credit: Image: Polar123 / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Dąbrowa Górnicza profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Sosnowiec, and other Silesian cities.
Image credit: Image: Sławomir Milejski / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Elbląg profile to compare cost framing, transport access, and port-economy signals alongside Gdańsk, Olsztyn, and other northern Polish cities.
Image credit: Image: Aquarius 24 / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Płock profile to compare cost framing, transport access, and energy-industry signals alongside Warsaw, Toruń, and other central Polish cities.
Image credit: Image: Jar.ciurus / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Wałbrzych profile to compare cost framing, transport access, and energy-transition signals alongside Wrocław, Opole, and other south-western Polish cities.
Image credit: Image: VitVit / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Koszalin profile to compare cost framing, transport access, and coastal-economy signals alongside Szczecin, Gdańsk, and other northern Polish cities.
Image credit: Image: Ffolas / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Tarnów profile to compare cost framing, transport access, and air-quality signals alongside Kraków, Rzeszów, and other southern Polish cities.
Image credit: Image: Aneta Pawska / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Włocławek profile to compare cost framing, transport access, and energy-industry signals alongside Bydgoszcz, Toruń, and other central Polish cities.
Image credit: Image: Ludek / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Chorzów profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Bytom, and other Silesian cities.
Image credit: Image: Fallaner / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Kalisz profile to compare cost framing, transport access, and industrial-economy signals alongside Poznań, Łódź, and other central Polish cities.
Image credit: Image: Marek Śliwecki / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Legnica profile to compare cost framing, transport access, and energy-industry signals alongside Wrocław, Opole, and other south-western Polish cities.
Image credit: Image: Tadeusz Matyjaszek / Wikimedia Commons, CC BY 2.5
Poland / Central Europe
Use the Słupsk profile to compare cost framing, transport access, and coastal-economy signals alongside Gdańsk, Gdynia, and other northern Polish cities.
Image credit: Image: Igor Kvochka / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Kryvyi Rih profile to compare cost framing, transport access, and industrial-economy context alongside Dnipro, Zaporizhzhia, and other Ukrainian metros.
Image credit: Image: Oleksandr Malyon / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Mykolaiv profile to compare cost framing, port and transport access, and industrial-economy context alongside Odesa, Kherson, and other Ukrainian regional capitals.
Image credit: Image: Oleksandr Malyon / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Mariupol profile to compare cost framing, port and transport access, and industrial-economy context alongside Donetsk, Zaporizhzhia, and other Ukrainian metros.
Image credit: Image: Eyjafjallajökull volcano / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Vinnytsia profile to compare cost framing, transport access, and country-level context alongside Kyiv, Lviv, and other Ukrainian regional capitals.
Image credit: Image: Oleksandr Malyon / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Kherson profile to compare cost framing, port and transport access, and country-level context alongside Odesa, Mykolaiv, and other Ukrainian regional capitals.
Image credit: Image: Максим Бондаревский / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Poltava profile to compare cost framing, transport access, and country-level context alongside Kharkiv, Dnipro, and other Ukrainian regional capitals.
Image credit: Image: Лариса Дмитрієва / Wikimedia Commons, CC BY-SA 3.0
Ukraine / Eastern Europe
Use the Chernihiv profile to compare cost framing, transport access, and country-level context alongside Kyiv, Kharkiv, and other Ukrainian regional capitals.
Image credit: Image: SNCH / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Cherkasy profile to compare cost framing, transport access, and industrial-economy context alongside Kyiv, Dnipro, and other Ukrainian regional capitals.
Image credit: Image: InvisPerson5009 / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the London profile to compare cost framing, healthcare framing, and transport access alongside Kitchener and other Ontario peers.
Image credit: Image: Shawn Kent from Halifax, NS, Canada / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the St. Catharines profile to compare cost framing, transport access, and country-level healthcare context alongside Hamilton and other Ontario peers.
Image credit: Image: Patty O'Hearn Kickham from Guelph, Ontario, Canada / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Guelph profile to compare cost framing, transport access, and healthcare framing alongside Kitchener and other Ontario peers.
Image credit: Image: James Mann from Moncton, New Brunswick, Canada / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Moncton profile to compare cost framing, transport access, and country-level healthcare context alongside Halifax and other Atlantic Canada peers.
Image credit: Image: JFVoll / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Brantford profile to compare cost framing, transport access, and healthcare framing alongside Hamilton and other Ontario peers.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
Canada / North America
Use the Saint John profile to compare cost framing, energy context, and country-level healthcare framing alongside Halifax and other Atlantic Canada peers.
Image credit: Image: dave_7 from Canada / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Lethbridge profile to compare cost framing, energy context, and country-level healthcare framing alongside Calgary and other prairie peers.
Image credit: Image: Jkentrandall / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Peterborough profile to compare cost framing, transport access, and healthcare framing alongside Oshawa and other Ontario peers.
Image credit: Image: Dan Lengkeek / Wikimedia Commons, CC BY 3.0
Canada / North America
Use the Chilliwack profile to compare cost framing, transport access, and climate-resilience context alongside Abbotsford and other British Columbia peers.
Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Belleville profile to compare cost framing, transport access, and healthcare framing alongside Kingston and other Ontario peers.
Image credit: Image: FaceMePLS from The Hague, The Netherlands / Wikimedia Commons, CC BY 2.0
Netherlands / Western Europe
Use the Zoetermeer profile to compare transport access, cost framing, and air quality alongside regional peers such as The Hague, Delft, and Leiden.
Image credit: Image: C messier / Wikimedia Commons, CC BY-SA 4.0
Netherlands / Western Europe
Use the Leeuwarden profile to compare affordability, healthcare framing, and transport access alongside regional peers such as Groningen, Zwolle, and Apeldoorn.
Image credit: Image: No machine-readable author provided. Rasbak assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Ede profile to compare affordability, air quality, and transport access alongside regional peers such as Arnhem, Apeldoorn, and Amersfoort.
Image credit: Image: Michiel Verbeek / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Dordrecht profile to compare climate-adaptation context, transport access, and cost framing alongside regional peers such as Rotterdam, Breda, and Tilburg.
Image credit: Image: Quistnix / Wikimedia Commons, CC BY 1.0
Netherlands / Western Europe
Use the Westland profile to compare industrial profile, energy framing, and climate-adaptation context alongside regional peers such as The Hague, Delft, and Rotterdam.
Image credit: Image: Linden, P.J., van der (Primaire vervaardiger) / Wikimedia Commons, CC0
Netherlands / Western Europe
Use the Alphen aan den Rijn profile to compare transport access, cost framing, and air quality alongside regional peers such as Leiden, Utrecht, and Haarlem.
Image credit: Image: David Edgar / Wikimedia Commons, CC BY 2.5
Belgium / Western Europe
Use the Schaerbeek profile to compare affordability, transport access, and air-quality framing alongside regional peers such as Brussels, Leuven, and Mechelen.
Image credit: Image: Trougnouf (Benoit Brummer) / Wikimedia Commons, CC BY 4.0
Belgium / Western Europe
Use the Anderlecht profile to compare affordability, industrial land use, and transport access alongside regional peers such as Brussels, Mechelen, and Aalst.
Image credit: Image: Sally V / Wikimedia Commons, CC BY 4.0
Belgium / Western Europe
Use the Molenbeek-Saint-Jean profile to compare affordability, density, and transport access alongside regional peers such as Brussels, Leuven, and Aalst.
Image credit: Image: Paul Hermans / Wikimedia Commons, CC BY-SA 4.0
Belgium / Western Europe
Use the Genk profile to compare industrial transition, transport access, and energy framing alongside regional peers such as Hasselt, Leuven, and Liege.
Image credit: Image: böhringer friedrich / Wikimedia Commons, CC BY-SA 2.5
Austria / Central Europe
Use the Bregenz profile to compare transport access, healthcare capacity, and cost-of-living framing alongside regional peers such as Innsbruck, Salzburg, and Klagenfurt.
Image credit: Image: Welleschik / Wikimedia Commons, CC BY-SA 3.0
Austria / Central Europe
Use the Feldkirch profile to compare transport access, healthcare capacity, and affordability framing alongside regional peers such as Innsbruck, Salzburg, and Klagenfurt.
Image credit: Image: Boberger. Photo: Bengt Oberger / Wikimedia Commons, CC BY 3.0
Sweden / Northern Europe
Use the Halmstad profile to compare affordability, transport access, and port and industrial profile alongside regional peers such as Helsingborg, Gothenburg, and Malmö.
Image credit: Image: Holger.Ellgaard / Wikimedia Commons, CC BY-SA 4.0
Sweden / Northern Europe
Use the Södertälje profile to compare affordability, industrial profile, and transport access alongside regional peers such as Stockholm, Eskilstuna, and Västerås.
Image credit: Image: I99pema / Wikimedia Commons, CC BY-SA 4.0
Sweden / Northern Europe
Use the Gävle profile to compare affordability, transport access, and port and industrial profile alongside regional peers such as Stockholm, Uppsala, and Västerås.
Image credit: Image: Peppigue / Wikimedia Commons, CC0
Sweden / Northern Europe
Use the Växjö profile to compare affordability, energy access, and climate-adaptation context alongside regional peers such as Jönköping, Malmö, and Lund.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 4.0
Portugal / Southern Europe
Use the Sintra profile to compare housing cost framing, transport access, and air quality alongside regional peers such as Lisbon, Amadora, and Almada.
Image credit: Image: OsvaldoGago / Wikimedia Commons, CC BY-SA 2.5
Portugal / Southern Europe
Use the Cascais profile to compare cost framing, transport access, and resilience alongside regional peers such as Lisbon, Almada, and Amadora.
Image credit: Image: Vitor Oliveira from Torres Vedras, PORTUGAL / Wikimedia Commons, CC BY-SA 2.0
Portugal / Southern Europe
Use the Loures profile to compare affordability, transport access, and industrial profile alongside regional peers such as Lisbon, Amadora, and Almada.
Image credit: Image: Anibal Miranda from Matosinhos, Portugal / Wikimedia Commons, CC BY 2.0
Portugal / Southern Europe
Use the Matosinhos profile to compare port and industrial profile, transport access, and affordability alongside regional peers such as Porto, Vila Nova de Gaia, and Braga.
Image credit: Image: NicoletaTudor / Wikimedia Commons, CC BY-SA 3.0
Romania / Eastern Europe
Use the Bacau profile to compare affordability, air quality, energy supply and climate resilience alongside regional peers such as Iasi and Galati.
Image credit: Image: Sie / Wikimedia Commons, CC BY-SA 3.0
Romania / Eastern Europe
Use the Targu Mures profile to compare healthcare access, affordability, air quality and energy provision alongside regional peers such as Cluj-Napoca and Sibiu.
Image credit: Image: Andrei Stroe / Wikimedia Commons, CC BY 3.0
Romania / Eastern Europe
Use the Buzau profile to compare affordability, transport access, energy supply and seismic resilience alongside regional peers such as Ploiesti and Braila.
Image credit: Image: ZARAKA Z / Wikimedia Commons, CC BY 4.0
Romania / Eastern Europe
Use the Satu Mare profile to compare affordability, cross-border transport access, air quality and energy supply alongside regional peers such as Oradea and Baia Mare.
Image credit: Image: John / Wikimedia Commons, CC BY 2.0
Romania / Eastern Europe
Use the Suceava profile to compare affordability, transport access, air quality and climate resilience alongside regional peers such as Iasi and Baia Mare.
Image credit: Image: L.Kenzel / Wikimedia Commons, CC BY 3.0
Romania / Eastern Europe
Use the Ramnicu Valcea profile to compare affordability, energy supply, air quality and environmental resilience alongside regional peers such as Pitesti and Craiova.
Image credit: Image: Rakoon / Wikimedia Commons, CC0
Greece / Southern Europe
Use the Piraeus profile to compare port-driven energy demand, housing cost framing, and air-quality exposure alongside regional peers such as Athens and Patras.
Image credit: Image: Pitichinaccio / Wikimedia Commons, CC BY 3.0
Greece / Southern Europe
Use the Peristeri profile to compare affordability, air-quality exposure, and transport access alongside regional peers such as Athens and Patras.
Image credit: Image: A.Savin / Wikimedia Commons, CC BY-SA 3.0
Greece / Southern Europe
Use the Acharnes profile to compare cost framing, energy demand, and resilience indicators alongside regional peers such as Athens and Larissa.
Image credit: Image: Dimorsitanos / Wikimedia Commons, CC BY-SA 4.0
Greece / Southern Europe
Use the Nikaia profile to compare affordability, transport access, and air-quality exposure alongside regional peers such as Piraeus and Athens.
Image credit: Image: Kevin Dooley from Chandler, AZ, USA / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Riverside profile to compare affordability, air quality, energy planning, and climate resilience alongside Los Angeles, San Diego, and Long Beach.
Image credit: Image: Ed Schipul from Houston, TX, US / Wikimedia Commons, CC BY 2.0
United States / North America
Use the San Jose profile to compare affordability, air quality, energy planning, and climate resilience alongside San Francisco, Sacramento, and Los Angeles.
Image credit: Image: 9StarGeneral / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Worcester profile to compare affordability, air quality, energy planning, and climate resilience alongside Boston, Providence, and Hartford.
Image credit: Image: Carolinaliving at en.wikipedia / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Greenville profile to compare affordability, air quality, energy planning, and climate resilience alongside Charlotte, Atlanta, and Asheville.
Image credit: Image: Robert Hale / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the Bakersfield profile to compare affordability, air quality, energy planning, and climate resilience alongside Fresno, Sacramento, and Los Angeles.
Image credit: Image: Anthony Acosta / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the McAllen profile to compare affordability, air quality, energy mix, and climate resilience alongside San Antonio, Houston, and El Paso.
Image credit: Image: Alruozzi / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Allentown profile to compare affordability, air quality, energy planning, and climate resilience alongside Philadelphia, Newark, and Pittsburgh.
Image credit: Image: PCHS-NJROTC / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the North Port profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, Miami, and Orlando.
Image credit: Image: Akhenaton06 / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Columbia profile to compare affordability, air quality, energy planning, and climate resilience alongside Charlotte, Atlanta, and Charleston.
Image credit: Image: Ray Hennessy rayhennessy / Wikimedia Commons, CC0
United States / North America
Use the Cape Coral profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, Miami, and Orlando.
Image credit: Image: davidwilson1949 / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Dayton profile to compare affordability, air quality, energy planning, and climate resilience alongside Cincinnati, Columbus, and Cleveland.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Stockton profile to compare affordability, air quality, energy planning, and climate resilience alongside Sacramento, Fresno, and San Francisco.
Image credit: Image: Austindmunday / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Lakeland profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, Orlando, and Miami.
Image credit: Image: Rhpotter / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Greensboro profile to compare affordability, air quality, energy planning, and climate resilience alongside Charlotte, Raleigh, and Richmond.
Image credit: Image: planetary_nebula / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Provo profile to compare affordability, air quality, energy planning, and climate resilience alongside Salt Lake City, Boise, and Denver.
Image credit: Image: Knight Foundation / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the Akron profile to compare affordability, air quality, energy planning, and climate resilience alongside Cleveland, Columbus, and Pittsburgh.
Image credit: Image: Rhett Noonan rhett_noonan / Wikimedia Commons, CC0
United States / North America
Use the Springfield profile to compare affordability, air quality, energy planning, and climate resilience alongside Hartford, Boston, and Providence.
Image credit: Image: Indy beetle / Wikimedia Commons, CC0
United States / North America
Use the Winston-Salem profile to compare affordability, air quality, energy planning, and climate resilience alongside Charlotte, Raleigh, and Richmond.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Wichita profile to compare affordability, air quality, energy planning, and climate resilience alongside Kansas City, Oklahoma City, and Omaha.
Image credit: Image: My76Strat / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Augusta profile to compare affordability, air quality, energy planning, and climate resilience alongside Atlanta, Charlotte, and Savannah.
Image credit: Image: Seasurfer / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Toledo profile to compare affordability, air quality, energy planning, and climate resilience alongside Detroit, Cleveland, and Columbus.
Image credit: Image: Meckcommish / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Lexington profile to compare affordability, air quality, energy planning, and climate resilience alongside Louisville, Cincinnati, and Nashville.
Image credit: Image: Z Glyph / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Mesa profile to compare affordability, air quality, energy planning, and climate resilience alongside Phoenix, Tucson, and Las Vegas.
Image credit: Image: Jeffrey Beall / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Aurora profile to compare affordability, air quality, energy planning, and climate resilience alongside Denver, Colorado Springs, and Boulder.
Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Oshawa profile to compare cost framing, transport access, and country-level healthcare context alongside Toronto and other Ontario peers.
Image credit: Image: Ryan Tir / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Barrie profile to compare cost framing, transport access, and relocation framing alongside Toronto and other Ontario peers.
Image credit: Image: Urban Walnut / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Abbotsford profile to compare cost framing, transport access, and climate-resilience context alongside Vancouver and other British Columbia peers.
Image credit: Image: MicThibeault / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Saguenay profile to compare cost framing, energy context, and country-level healthcare framing alongside Quebec City and Sherbrooke.
Image credit: Image: atomboy / Wikimedia Commons, CC BY 3.0
Canada / North America
Use the Kingston profile to compare cost framing, healthcare framing, and transport access alongside Ottawa and other Ontario peers.
Image credit: Image: Fralambert / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Trois-Rivieres profile to compare cost framing, transport access, and country-level healthcare context alongside Quebec City and Sherbrooke.
Image credit: Image: Chris Downer / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Bournemouth profile to compare cost framing, transport access, and coastal climate-adaptation context alongside regional peers such as Southampton, Portsmouth, and Brighton.
Image credit: Image: Originally uploaded by MarcusBritish (Transferred by Hogweard) / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Middlesbrough profile to compare cost framing, transport access, and industrial-transition context alongside regional peers such as Newcastle upon Tyne, Sunderland, and Durham.
Image credit: Image: Paul Gillett / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Reading profile to compare cost framing, transport access, and labour-market context alongside regional peers such as Oxford, London, and Southampton.
Image credit: Image: Steve Daniels / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Preston profile to compare cost framing, transport access, and labour-market context alongside regional peers such as Manchester, Liverpool, and Lancaster.
Image credit: Image: Terryjoyce / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Southend-on-Sea profile to compare cost framing, transport access, and coastal climate-adaptation context alongside regional peers such as London, Brighton, and Norwich.
Image credit: Image: fabiolah / Wikimedia Commons, CC BY 3.0
United Kingdom / Western Europe
Use the Milton Keynes profile to compare cost framing, transport access, and labour-market context alongside regional peers such as London, Birmingham, and Coventry.
Image credit: Image: Andrew Abbott / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Northampton profile to compare cost framing, transport access, and labour-market context alongside regional peers such as Leicester, Coventry, and Milton Keynes.
Image credit: Image: Thomas Nugent / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Luton profile to compare cost framing, transport access, and labour-market context alongside regional peers such as London, Milton Keynes, and Cambridge.
Image credit: Image: Greenguytroy / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Central Coast profile to compare transport access, housing affordability, and coastal climate-adaptation context alongside regional peers such as Newcastle, Wollongong, and Sydney.
Image credit: Image: Raimond Spekking / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Duisburg profile to compare cost framing, transport access, and country-level signals alongside Essen, Dortmund, and other Ruhr metros.
Image credit: Image: JensD / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Wuppertal profile to compare cost framing, transport access, and country-level context alongside Dusseldorf, Cologne, and other Rhine-region cities.
Image credit: Image: Hullebu / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Bielefeld profile to compare cost framing, transport access, and country-level signals alongside Hanover, Dortmund, and other western German cities.
Germany / Central Europe
Use the Münster profile to compare cost framing, transport access, and country-level context alongside Dortmund, Bremen, and other northwestern German cities.
Image credit: Image: Dominik Lott (Dolo280) / Wikimedia Commons, CC BY-SA 2.5
Germany / Central Europe
Use the Mannheim profile to compare cost framing, transport access, and country-level signals alongside Heidelberg, Frankfurt, and Karlsruhe.
Image credit: Image: Martin Kraft / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Wiesbaden profile to compare cost framing, transport access, and country-level context alongside Mainz, Frankfurt, and other Rhine-Main cities.
Image credit: Image: Archandha / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Mönchengladbach profile to compare cost framing, transport access, and country-level signals alongside Dusseldorf, Cologne, and other Rhine-region cities.
Image credit: Image: Thomas Robbin / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Gelsenkirchen profile to compare cost framing, transport access, and country-level context alongside Essen, Dortmund, and other Ruhr metros.
Image credit: Image: Igge / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Braunschweig profile to compare cost framing, transport access, and country-level signals alongside Hanover, Wolfsburg, and Bremen.
Image credit: Image: Catatine / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Halle profile to compare cost framing, transport access, and country-level context alongside Leipzig, Magdeburg, and Erfurt.
Image credit: Image: Fabian.aichwald / Wikimedia Commons, CC0
Germany / Central Europe
Use the Krefeld profile to compare cost framing, transport access, and country-level signals alongside Dusseldorf, Cologne, and Essen.
Image credit: Image: Rafi88 / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Toulon profile to compare cost framing, transport access, and coastal climate-adaptation context alongside Marseille, Nice, and Aix-en-Provence.
Image credit: Image: Roland45 / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Lens profile to compare cost framing, transport access, and post-industrial resilience context alongside Lille and other northern French cities.
Image credit: Image: Velvet / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Valenciennes profile to compare cost framing, transport access, and cross-border employment context alongside Lille and other northern French cities.
Image credit: Image: Jorge Franganillo from Barcelona, Spain / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Mulhouse profile to compare cost framing, transport access, and cross-border employment context alongside Strasbourg, Besançon, and other Grand Est cities.
Image credit: Image: Pichasso / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Dunkirk profile to compare cost framing, transport access, and coastal-resilience context alongside Lille, Le Havre, and other northern French ports.
Image credit: Image: Pouick44 / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Saint-Nazaire profile to compare cost framing, transport access, and coastal-resilience context alongside Nantes, Brest, and other western French ports.
Image credit: Image: The original uploader was Jackmame at French Wikipedia. / Wikimedia Commons, CC BY-SA 2.5
France / Western Europe
Use the Lorient profile to compare cost framing, transport access, and coastal-resilience context alongside Brest, Rennes, and other Breton cities.
Image credit: Image: Jacques FORÊT :Sequajectrof / Wikimedia Commons, CC BY-SA 2.5
France / Western Europe
Use the Valence profile to compare cost framing, transport access, and country-level context alongside Lyon, Grenoble, and other Rhône-corridor cities.
Image credit: Image: Ulrich Giraud / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Troyes profile to compare cost framing, transport access, and country-level context alongside Reims, Dijon, and other Grand Est cities.
Image credit: Image: Fredericks / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Brescia profile to compare cost framing, transport access, and industrial air-quality signals alongside Milan, Bergamo, and Verona.
Image credit: Image: SIG SG 510 / Wikimedia Commons, CC0
Italy / Southern Europe
Use the Modena profile to compare cost framing, transport access, and industrial-economy signals alongside Bologna, Parma, and Reggio Emilia.
Italy / Southern Europe
Use the Prato profile to compare cost framing, transport access, and industrial-economy signals alongside Florence, Pisa, and Lucca.
Image credit: Image: Diego Bonacina / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Monza profile to compare cost framing, transport access, and industrial-economy signals alongside Milan, Bergamo, and Como.
Image credit: Image: LPLT / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Sassari profile to compare cost framing, transport access, and healthcare framing alongside Cagliari and other island and southern Italian metros.
Image credit: Image: Gaetano Rap from Latina, Italia / Wikimedia Commons, CC BY 2.0
Italy / Southern Europe
Use the Latina profile to compare cost framing, transport access, and industrial-economy signals alongside Rome, Naples, and other central Italian metros.
Italy / Southern Europe
Use the Vicenza profile to compare cost framing, transport access, and industrial-economy signals alongside Verona, Padua, and Venice.
Image credit: Image: Lyisia / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Forlì profile to compare cost framing, transport access, and flood-resilience signals alongside Bologna, Ravenna, and Rimini.
Image credit: Image: LigaDue / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Terni profile to compare cost framing, transport access, and industrial air-quality signals alongside Perugia, Rome, and other central Italian metros.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Spain / Southern Europe
Use the Palma profile to compare cost framing, transport access, and country-level island context alongside Valencia and Barcelona.
Image credit: Image: Bengt Nyman from Vaxholm, Sweden / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Las Palmas de Gran Canaria profile to compare cost framing, transport access, and country-level island context alongside Malaga and Seville.
Image credit: Image: Jose María Ligero Loarte / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Córdoba profile to compare cost framing, transport access, and country-level inland context alongside Seville and Granada.
Image credit: Image: Mikel Arrazola / Wikimedia Commons, CC BY 3.0 es
Spain / Southern Europe
Use the Vitoria-Gasteiz profile to compare cost framing, transport access, and country-level inland context alongside Bilbao and San Sebastián.
Image credit: Image: Roberto Sueiras / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Gijón profile to compare cost framing, transport access, and country-level Atlantic context alongside Oviedo and Santander.
Image credit: Image: Jorge Franganillo / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the L'Hospitalet de Llobregat profile to compare cost framing, transport access, and country-level metro context alongside Barcelona and Tarragona.
Image credit: Image: Mataparda / Wikimedia Commons, CC BY 3.0
Spain / Southern Europe
Use the Santa Cruz de Tenerife profile to compare cost framing, transport access, and country-level island context alongside Las Palmas and Malaga.
Spain / Southern Europe
Use the Elche profile to compare cost framing, transport access, and country-level Mediterranean context alongside Alicante and Murcia.
Image credit: Image: Didier Descouens / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Badalona profile to compare cost framing, transport access, and country-level metro context alongside Barcelona and Girona.
Image credit: Image: Witia / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Radom profile to compare cost framing, transport access, and air-quality signals alongside Warsaw, Lodz, and other Polish regional centres.
Image credit: Image: Urząd Miejski w Bielsku-Białej / Wikimedia Commons, CC0
Poland / Central Europe
Use the Bielsko-Biała profile to compare cost framing, transport access, and air-quality signals alongside Katowice, Kraków, and other southern Polish cities.
Image credit: Image: Lestat (Jan Mehlich) / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Zabrze profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Gliwice, and other Silesian cities.
Image credit: Image: Fotoomnia / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Bytom profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Gliwice, and other Silesian cities.
Image credit: Image: Hons084 / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Rybnik profile to compare cost framing, transport access, and air-quality signals alongside Katowice, Gliwice, and other Silesian cities.
Image credit: Image: Adrian Tync / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Ruda Śląska profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Gliwice, and other Silesian cities.
Image credit: Image: Olerys / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Tychy profile to compare cost framing, transport access, and energy-transition signals alongside Katowice, Gliwice, and other Silesian cities.
Image credit: Image: Francisco Anzola / Wikimedia Commons, CC BY 3.0
Ukraine / Eastern Europe
Use the Kyiv profile to compare cost framing, transport access, healthcare framing, and country-level context alongside other Ukrainian regional capitals.
Image credit: Image: Ekaterina Polischuk / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Kharkiv profile to compare cost framing, transport access, and country-level signals alongside other Ukrainian metros.
Image credit: Image: http://moloda-gvardiya.com.ua/uk/gol-verh/z-istorii / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Odesa profile to compare cost framing, port and transport access, and country-level context alongside other Ukrainian regional capitals.
Image credit: Image: Moredajn / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Dnipro profile to compare cost framing, transport access, and industrial-economy context alongside other Ukrainian metros.
Image credit: Image: Andrey Butko / Wikimedia Commons, CC BY-SA 3.0
Ukraine / Eastern Europe
Use the Donetsk profile to compare cost framing, transport access, and industrial-economy context alongside other Ukrainian metros.
Image credit: Image: Alexey Tolmachov / Wikimedia Commons, CC BY-SA 4.0
Ukraine / Eastern Europe
Use the Zaporizhzhia profile to compare cost framing, transport access, and energy-industry context alongside other Ukrainian metros.
Image credit: Image: Lestat (Jan Mehlich) / Wikimedia Commons, CC BY-SA 3.0
Ukraine / Eastern Europe
Use the Lviv profile to compare cost framing, transport access, and country-level context alongside other Ukrainian regional capitals.
Image credit: Image: Razvan Socol / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Eastern Europe
Use the Ploiești profile to compare affordability, transport access, air quality, and industrial-base context alongside regional peers such as Bucharest, Brasov, and Constanta.
Image credit: Image: Florentina Buzea / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Eastern Europe
Use the Brăila profile to compare cost framing, transport and port access, air quality, and resilience context alongside regional peers such as Galati, Constanta, and Bucharest.
Image credit: Image: Chainwit. / Wikimedia Commons, CC BY 4.0
Romania / Eastern Europe
Use the Arad profile to compare affordability, cross-border transport access, air quality, and industrial-base context alongside regional peers such as Timisoara, Oradea, and Cluj-Napoca.
Image credit: Image: Waddler / Wikimedia Commons, CC BY-SA 3.0
Romania / Eastern Europe
Use the Pitești profile to compare affordability, transport access, air quality, and industrial-base context alongside regional peers such as Bucharest, Craiova, and Brasov.
Image credit: Image: nl:Gebruiker:GerardM / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Apeldoorn profile to compare affordability, air quality, and transport access alongside regional peers such as Arnhem, Nijmegen, and Zwolle.
Image credit: Image: MelvinvdC at Dutch Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Amersfoort profile to compare cost framing, transport access, and air quality alongside regional peers such as Utrecht, Zwolle, and Arnhem.
Image credit: Image: WinkelmannZ / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Zaanstad profile to compare affordability, industrial profile, and transport access alongside regional peers such as Amsterdam, Haarlem, and Almere.
Image credit: Image: Han Jongeneel / Wikimedia Commons, CC BY 3.0
Netherlands / Western Europe
Use the Haarlemmermeer profile to compare transport access, climate-adaptation context, and cost framing alongside regional peers such as Amsterdam, Haarlem, and Leiden.
Image credit: Image: Евгений Благодарный / Wikimedia Commons, CC BY-SA 2.5
Czechia / Central Europe
Use the Plzeň profile to compare cost framing, transport access, industrial-base context, and country-level intelligence alongside Prague and České Budějovice.
Image credit: Image: Miaow Miaow / Wikimedia Commons, CC BY-SA 3.0
Czechia / Central Europe
Use the Pardubice profile to compare cost framing, transport access, industrial-base context, and country-level intelligence alongside Hradec Králové and Prague.
Image credit: Image: ŠJů / Wikimedia Commons, CC BY 4.0
Czechia / Central Europe
Use the Zlín profile to compare cost framing, transport access, industrial-base context, and country-level intelligence alongside Brno and Olomouc.
Image credit: Image: Veranis / Wikimedia Commons, CC BY-SA 4.0
Greece / Southern Europe
Use the Thessaloniki profile to compare transport access, cost framing, and port and university profile alongside Greek regional peers.
Image credit: Image: Tasos Sangiotis / Wikimedia Commons, CC BY 3.0
Greece / Southern Europe
Use the Patras profile to compare cost framing, transport access, and port and university profile alongside Greek regional peers.
Image credit: Image: Böhringer Friedrich / Wikimedia Commons, CC BY-SA 2.5
Greece / Southern Europe
Use the Rhodes profile to compare cost framing, transport access, and climate-adaptation context alongside Greek regional peers.
Image credit: Image: Quinta do Bom Retiro / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use the Almada profile to compare transport access, cost framing, and air quality alongside Lisbon, Setubal, and other regional peers.
Image credit: Image: Koshelyev / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use the Amadora profile to compare transport access, affordability, and population density alongside Lisbon and other regional peers.
Image credit: Image: Sérgio Horta / Wikimedia Commons, CC BY 3.0
Portugal / Southern Europe
Use the Leiria profile to compare cost framing, industrial base, and transport access alongside Coimbra, Aveiro, and other regional peers.
Image credit: Image: Åke Larsson / Wikimedia Commons, CC BY-SA 4.0
Sweden / Northern Europe
Use the Västerås profile to compare affordability, air quality, and energy access alongside regional peers such as Örebro, Uppsala, and Stockholm.
Image credit: Image: Amjad Sheikh / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Borås profile to compare affordability, industrial profile, and transport access alongside regional peers such as Gothenburg, Jönköping, and Helsingborg.
Image credit: Image: Edmond Audran / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Eskilstuna profile to compare affordability, energy access, and industrial profile alongside regional peers such as Stockholm, Örebro, and Linköping.
Image credit: Image: I took this picture in march 2006 / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Kortrijk profile to compare cross-border transport access, affordability, and industrial-base framing alongside regional peers such as Ghent, Bruges, and Brussels.
Image credit: Image: Willemdd at Dutch Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Aalst profile to compare commuter rail access, cost framing, and industrial-base dimensions alongside regional peers such as Ghent, Brussels, and Mechelen.
Image credit: Image: V.Mariann / Wikimedia Commons, CC BY-SA 3.0
Hungary / Central Europe
Use the Szeged profile to compare affordability, air quality, and energy resilience alongside regional peers such as Debrecen and Pecs.
Image credit: Image: Globetrotter19 / Wikimedia Commons, CC BY-SA 4.0
Hungary / Central Europe
Use the Győr profile to compare affordability, industrial-energy demand, and transport access alongside regional peers such as Budapest and Pecs.
Image credit: Image: Kani / Wikimedia Commons, CC BY-SA 4.0
Austria / Central Europe
Use the Linz profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Vienna, Salzburg, and Graz.
Image credit: Image: Khan Omurtag / Wikimedia Commons, CC0
Bulgaria / Eastern Europe
Use the Stara Zagora profile to compare affordability, energy infrastructure, and air-quality framing alongside regional peers such as Plovdiv and Burgas.
Image credit: Image: ShockD / Wikimedia Commons, CC BY-SA 4.0
Bulgaria / Eastern Europe
Use the Pleven profile to compare affordability, healthcare access, and energy framing alongside regional peers such as Ruse and Sofia.
Image credit: Image: Rama / Wikimedia Commons, CC BY-SA 2.0 fr
Switzerland / Western Europe
Use the Lausanne profile to compare transport access, healthcare capacity, and cost-of-living framing alongside regional peers such as Geneva and Bern.
Image credit: Image: Thomas Woodtli from Zürich, Switzerland / Wikimedia Commons, CC BY-SA 2.0
Switzerland / Western Europe
Use the Bern profile to compare transport access, institutional capacity, and cost framing alongside regional peers such as Zurich and Basel.
Image credit: Image: Simon Aughton / Wikimedia Commons, CC BY-SA 2.0
Switzerland / Western Europe
Use the Winterthur profile to compare transport access, industrial transition, and cost framing alongside regional peers such as Zurich and Basel.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 4.0
Norway / Northern Europe
Use the Bergen profile to compare affordability, air quality, and energy dimensions alongside regional peers such as Oslo.
Image credit: Image: Åge Hojem/Trondheim Havn from Trondheim, Norway / Wikimedia Commons, CC BY-SA 2.0
Norway / Northern Europe
Use the Trondheim profile to compare cost framing, air quality, and energy dimensions alongside regional peers such as Oslo.
Image credit: Image: Pucarevic / Wikimedia Commons, CC BY-SA 3.0
Serbia / Southeastern Europe
Use the Novi Sad profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Belgrade.
Image credit: Image: IvanJzov / Wikimedia Commons, CC0
Serbia / Southeastern Europe
Use the Niš profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers such as Belgrade and Novi Sad.
Image credit: Image: J-P Kärnä / Wikimedia Commons, CC BY-SA 3.0
Finland / Northern Europe
Use the Espoo profile to compare cost framing, air quality, and energy and transport infrastructure alongside regional peers such as Helsinki, Vantaa, and Tampere.
Image credit: Image: Ikiwaner / Wikimedia Commons, CC BY-SA 3.0
Denmark / Northern Europe
Use the Frederiksberg profile to compare transport access, housing cost framing, and climate-adaptation context alongside regional peers such as Copenhagen and Roskilde.
Image credit: Image: Julian Nyča / Wikimedia Commons, CC BY-SA 4.0
Bosnia and Herzegovina / Southeastern Europe
Use the Sarajevo profile to compare transport access, air quality, healthcare capacity, and cost of living alongside regional peers in Bosnia and Herzegovina and the wider Western Balkans.
Image credit: Image: Rade Nagraisalovic (Tonka) / Wikimedia Commons, CC BY 3.0
Bosnia and Herzegovina / Southeastern Europe
Use the Banja Luka profile to compare cost framing, administrative and university functions, transport access, and energy resilience alongside regional peers in Bosnia and Herzegovina.
Image credit: Image: kallerna / Wikimedia Commons, CC BY-SA 4.0
North Macedonia / Southeastern Europe
Use the Skopje profile to compare affordability, air quality, energy, and resilience dimensions alongside regional Southeastern-European peers.
Image credit: Image: Miaow Miaow / Wikimedia Commons, CC BY-SA 3.0
Albania / Southeastern Europe
Use the Tirana profile to compare affordability, air quality, and energy and transport access alongside regional Western Balkan peers.
Image credit: Image: Hedwig Storch / Wikimedia Commons, CC BY-SA 3.0
Iceland / Northern Europe
Use the Reykjavik profile to compare energy supply, affordability, and climate-adaptation context alongside other North Atlantic and Nordic metros.
Image credit: Image: Photobank MD from Chisinau, Moldova / Wikimedia Commons, CC0
Moldova / Eastern Europe
Use the Chisinau profile to compare affordability, air quality, energy, and resilience dimensions alongside regional peers across Southeastern Europe.
Image credit: Image: Milos58 / Wikimedia Commons, CC BY-SA 3.0
Montenegro / Southeastern Europe
Use the Podgorica profile to compare transport access, healthcare capacity, cost framing, and energy and climate-adaptation indicators alongside other Southeastern-European capitals.
Image credit: Image: CEphoto, Uwe Aranas / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Aachen profile to compare cost framing, transport access, and country-level context alongside Cologne, Bonn, and other Rhine-region metros.
Image credit: Image: DerHexer / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Bochum profile to compare cost framing, transport access, and country-level signals alongside Dortmund, Essen, and other Ruhr metros.
Image credit: Image: Radler59 / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Wolfsburg profile to compare cost framing, transport access, and country-level context alongside Hanover, Bremen, and other northern German cities.
Image credit: Image: © Ra Boe / Wikipedia / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Central Europe
Use the Kassel profile to compare cost framing, transport access, and country-level signals alongside Frankfurt, Hanover, and other central German cities.
Image credit: Image: Olivier Cleynen / Wikimedia Commons, CC BY 4.0
Germany / Central Europe
Use the Magdeburg profile to compare cost framing, transport access, and country-level context alongside Leipzig, Dresden, and Berlin.
Image credit: Image: Dirk Weishaar / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Saarbrücken profile to compare cost framing, transport access, and country-level context alongside Mannheim, Trier, and Frankfurt.
Image credit: Image: Kora27 / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Chemnitz profile to compare cost framing, transport access, and country-level signals alongside Leipzig, Dresden, and other eastern German cities.
Image credit: Image: The original uploader was Graooor at French Wikipedia. / Wikimedia Commons, CC BY-SA 1.0
France / Western Europe
Use the Saint-Étienne profile to compare cost framing, transport access, and post-industrial resilience context alongside Lyon, Clermont-Ferrand, and Grenoble.
Image credit: Image: DXR / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Le Havre profile to compare cost framing, transport access, and coastal-resilience context alongside Rouen, Caen, and other northern French cities.
Image credit: Image: DXR / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Angers profile to compare cost framing, transport access, and healthcare context alongside Nantes, Tours, and Rennes.
Image credit: Image: Philippe Gisselbrecht/ Ville de Metz / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Metz profile to compare cost framing, transport access, and cross-border employment context alongside Nancy, Strasbourg, and Reims.
Image credit: Image: Anthony Bourgouin / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Orléans profile to compare cost framing, transport access, and flood-resilience context alongside Tours, Paris, and other central French cities.
Image credit: Image: Le Mans / Wikimedia Commons, CC BY 3.0
France / Western Europe
Use the Le Mans profile to compare cost framing, transport access, and country-level intelligence alongside Tours, Nantes, and Rennes.
Image credit: Image: Babsy / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Limoges profile to compare cost framing, transport access, and healthcare context alongside Clermont-Ferrand, Bordeaux, and Tours.
Image credit: Image: Mimmo Zema / Wikimedia Commons, Public domain
Italy / Southern Europe
Use the Reggio Calabria profile to compare cost framing, transport access, and resilience signals alongside other southern Italian and Mediterranean metros.
Image credit: Image: Giaros / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Salerno profile to compare cost framing, port and transport access, and healthcare framing alongside Naples and other southern Italian metros.
Image credit: Image: Livioandronico2013 / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Taranto profile to compare cost framing, industrial air-quality signals, and transport access alongside Bari and other southern Italian metros.
Image credit: Image: Massimo Baraldi / Wikimedia Commons, CC BY 2.5 it
Italy / Southern Europe
Use the Ferrara profile to compare cost framing, mobility, and flood-resilience signals alongside Bologna, Parma, and other northern Italian metros.
Image credit: Image: Paolo da Reggio / Wikimedia Commons, Public domain
Italy / Southern Europe
Use the Reggio Emilia profile to compare cost framing, transport access, and industrial-economy signals alongside Modena, Parma, and Bologna.
Image credit: Image: Emilio Salvatori / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Rimini profile to compare cost framing, transport access, and coastal-resilience signals alongside Bologna and other Adriatic Italian metros.
Image credit: Image: Luca Aless / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Pescara profile to compare cost framing, transport access, and coastal-resilience signals alongside Rome and other central Italian metros.
Image credit: Image: David Jiménez Llanes / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the León profile to compare cost framing, transport access, and country-level inland context alongside Valladolid and other Castilian metros.
Image credit: Image: Jardoz / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Burgos profile to compare cost framing, transport access, and country-level inland context alongside Valladolid and Bilbao.
Image credit: Image: fuente: COVT / Wikimedia Commons, CC BY 3.0
Spain / Southern Europe
Use the Cádiz profile to compare cost framing, transport access, and country-level coastal context alongside Seville and Málaga.
Image credit: Image: Elenaguiadealmeria / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Almería profile to compare cost framing, transport access, and country-level Mediterranean context alongside Granada and Murcia.
Image credit: Image: Juan Sáez from Cartagena, España / Wikimedia Commons, CC BY-SA 2.0
Spain / Southern Europe
Use the Cartagena profile to compare cost framing, transport access, and country-level coastal context alongside Murcia and Alicante.
Image credit: Image: amaianos / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Santiago de Compostela profile to compare cost framing, transport access, and country-level Atlantic context alongside Vigo and other Galician peers.
Image credit: Image: Jakub Hałun / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Kielce profile to compare cost framing, transport access, and air-quality signals alongside Kraków, Lublin, and other Polish regional centres.
Image credit: Image: SuperGlob / Wikimedia Commons, CC BY 3.0
Poland / Central Europe
Use the Opole profile to compare cost framing, transport access, and climate-adaptation signals alongside Wrocław, Katowice, and other Central-European metros.
Image credit: Image: Krzysztof Popławski / Wikimedia Commons, CC BY 4.0
Poland / Central Europe
Use the Sosnowiec profile to compare cost framing, transport access, and air-quality signals alongside Katowice and other Silesian cities.
Image credit: Image: Ebielmaj / Wikimedia Commons, CC BY-SA 3.0 pl
Poland / Central Europe
Use the Gliwice profile to compare cost framing, transport access, and energy-transition signals alongside Katowice and other Silesian cities.
Image credit: Image: Jceel / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Częstochowa profile to compare cost framing, transport access, and air-quality signals alongside Katowice, Kraków, and other Polish cities.
Image credit: Image: Bartholomeusll at Dutch Wikipedia (Original text: Bart Winkelhuijzen) / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Almere profile to compare affordability framing, transport access, and water-management resilience context alongside Amsterdam and other Randstad-edge cities.
Image credit: Image: Beckstet / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the 's-Hertogenbosch profile to compare cost framing, transport access, and provincial-capital context alongside Eindhoven, Tilburg, and Nijmegen.
Image credit: Image: Berteun Damman (I self) / Wikimedia Commons, Public domain
Netherlands / Western Europe
Use the Enschede profile to compare cost framing, transport access, and university-economy context alongside Groningen, Nijmegen, and Eindhoven.
Image credit: Image: Jmh2o / Wikimedia Commons, CC BY-SA 4.0
Belgium / Western Europe
Use the Charleroi profile to compare cost framing, transport access, and country-level context alongside Liege and Brussels.
Image credit: Image: Jean-Pol GRANDMONT / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Mons profile to compare cost framing, transport access, and country-level context alongside Liege and Brussels.
Image credit: Image: Jonik / Wikimedia Commons, CC BY-SA 2.5
Portugal / Southern Europe
Use the Vila Nova de Gaia profile to compare cost framing, transport access, and country-level context alongside Porto, Braga, and Aveiro.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use the Setúbal profile to compare cost framing, transport access, and climate-adaptation context alongside Lisbon and other Southern-European metros.
Image credit: Image: Liberaler Humanist / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Örebro profile to compare cost framing, transport access, and country-level context alongside Stockholm, Vasteras, and other central Swedish cities.
Image credit: Image: Sakletare / Wikimedia Commons, Public domain
Sweden / Northern Europe
Use the Norrköping profile to compare cost framing, transport access, and country-level context alongside Linkoping, Stockholm, and other east-coast Swedish cities.
Image credit: Image: Hjart / Wikimedia Commons, CC BY-SA 4.0
Denmark / Northern Europe
Use the Vejle profile to compare cost framing, transport access, and climate-adaptation context alongside Aarhus, Odense, and other Danish regional centers.
Image credit: Image: Ximonic (Simo Räsänen) / Wikimedia Commons, CC BY 3.0
Finland / Northern Europe
Use the Vantaa profile to compare transport access, housing cost, and air quality alongside Helsinki, Espoo, and Turku.
Image credit: Image: kallerna / Wikimedia Commons, CC BY-SA 4.0
Finland / Northern Europe
Use the Lahti profile to compare transport access, cost framing, and climate-adaptation context alongside Helsinki, Tampere, and Turku.
Image credit: Image: Ralf Roletschek / Wikimedia Commons, CC BY 3.0
Austria / Central Europe
Use the Sankt Pölten profile to compare transport access, cost framing, and climate-adaptation context alongside regional peers such as Vienna, Linz, and Graz.
Image credit: Image: Hpschaefer / Wikimedia Commons, CC BY-SA 3.0
Austria / Central Europe
Use the Villach profile to compare transport access, healthcare framing, and energy context alongside regional peers such as Graz, Salzburg, and Innsbruck.
Image credit: Image: SchiDD / Wikimedia Commons, CC BY-SA 4.0
Czechia / Central Europe
Use the Ústí nad Labem profile to compare cost framing, transport access, and air-quality context alongside Prague, Pilsen, and other Czech regional centers.
Image credit: Image: Lukáš Kalista / Wikimedia Commons, CC BY-SA 3.0
Czechia / Central Europe
Use the Hradec Králové profile to compare cost framing, transport access, and healthcare framing alongside Prague, Brno, and Olomouc.
Image credit: Image: William Gell / Wikimedia Commons, Public domain
Greece / Southern Europe
Use the Larissa profile to compare cost framing, transport access, and climate-adaptation context alongside Greek regional peers.
Image credit: Image: dronepicr / Wikimedia Commons, CC BY 2.0
Greece / Southern Europe
Use the Chania profile to compare cost framing, transport access, and climate-adaptation context alongside other Greek island and coastal peers.
Image credit: Image: Bogdan Muraru / Wikimedia Commons, CC BY-SA 4.0
Romania / Eastern Europe
Use the Craiova profile to compare affordability, transport access, air quality, and country-level context alongside regional peers such as Bucharest, Timisoara, and Sibiu.
Image credit: Image: Ioan Cepaliga / Wikimedia Commons, CC BY 3.0
Romania / Eastern Europe
Use the Galați profile to compare cost framing, transport and port access, air quality, and resilience context alongside regional peers such as Constanta, Iasi, and Bucharest.
Image credit: Image: Rp031 / Wikimedia Commons, CC BY-SA 4.0
Croatia / Southeastern Europe
Use the Osijek profile to compare affordability, transport access, and climate-adaptation context alongside Zagreb, Rijeka, and Split.
Image credit: Image: Pv21 / Wikimedia Commons, CC BY-SA 4.0
Slovenia / Central Europe
Use the Celje profile to compare transport access, cost framing, and climate-adaptation context alongside Ljubljana, Maribor, and Kranj.
Image credit: Image: Ing.Mgr.Jozef Kotulič / Wikimedia Commons, CC BY-SA 4.0
Slovakia / Central Europe
Use the Presov profile to compare affordability, transport access, and climate-adaptation context alongside regional peers such as Kosice, Nitra, and Zilina.
Image credit: Image: Bybbisch94, Christian Gebhardt / Wikimedia Commons, CC BY-SA 4.0
Bulgaria / Southeastern Europe
Use the Ruse profile to compare transport access, affordability, and climate-adaptation context alongside regional peers such as Varna and Sofia.
Image credit: Image: PjotrMahh1 / Wikimedia Commons, CC0
Estonia / Baltic Europe
Use the Kohtla-Järve profile to compare energy-transition context, cost framing, and air-quality indicators alongside other Estonian and Baltic peers.
Image credit: Image: Ivo Kruusamägi / Wikimedia Commons, CC BY-SA 4.0
Latvia / Baltic Europe
Use the Daugavpils profile to compare cost framing, transport access, and climate-adaptation context alongside Latvian and Baltic regional peers.
Image credit: Image: Augustas Didžgalvis / Wikimedia Commons, CC BY-SA 4.0
Lithuania / Baltic Europe
Use the Panevėžys profile to compare affordability, air quality, energy, and climate-resilience dimensions alongside regional peers Kaunas, Šiauliai, and Vilnius.
Image credit: Image: Explicatory / Wikimedia Commons, CC0
Hungary / Central Europe
Use the Miskolc profile to compare affordability framing, transport access, healthcare context, and climate-adaptation signals alongside regional Hungarian peers.
Image credit: Image: Pixie~commonswiki / Wikimedia Commons, CC BY-SA 3.0
Ireland / Western Europe
Use the Drogheda profile to compare transport access, cost framing, and coastal climate-adaptation context alongside Dublin, Dundalk-adjacent regional peers, and other east-coast settlements.
Image credit: Image: DSexton / Wikimedia Commons, CC BY-SA 4.0
Ireland / Western Europe
Use the Dundalk profile to compare transport access, healthcare framing, and cross-border cost context alongside Dublin and other east-coast Irish peers.
Image credit: Image: Peter Gerken / Wikimedia Commons, CC BY-SA 2.0
Ireland / Western Europe
Use the Swords profile to compare transport access, housing cost framing, and metropolitan growth context alongside Dublin and other Leinster peers.
Image credit: Image: Daveleicuk / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Leicester profile to compare affordability, transport access, and air-quality context alongside regional peers such as Nottingham, Birmingham, and Sheffield.
Image credit: Image: E Gammie / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Coventry profile to compare affordability, energy context, and transport access alongside regional peers such as Birmingham, Nottingham, and Leeds.
Image credit: Image: Jon Farman / Wikimedia Commons, Public domain
United Kingdom / Western Europe
Use the Bradford profile to compare affordability, transport access, and air-quality context alongside regional peers such as Leeds, Sheffield, and Manchester.
Image credit: Image: en:User:AlanFord / Wikimedia Commons, Public domain
United Kingdom / Western Europe
Use the Portsmouth profile to compare affordability, climate-adaptation context, and transport access alongside regional peers such as Brighton, Southampton, and Plymouth.
Image credit: Image: Statsfan / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Wolverhampton profile to compare affordability, energy context, and transport access alongside regional peers such as Birmingham, Stoke-on-Trent, and Nottingham.
Image credit: Image: Mackem16_CVB / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Sunderland profile to compare affordability, energy context, and transport access alongside regional peers such as Newcastle, Leeds, and Sheffield.
Image credit: Image: Henry Lark Pratt / Wikimedia Commons, Public domain
United Kingdom / Western Europe
Use the Derby profile to compare affordability, energy context, and transport access alongside regional peers such as Nottingham, Birmingham, and Sheffield.
Image credit: Image: DerekAyala27 / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Fort Worth profile to compare affordability, air quality, energy mix, and climate resilience alongside Dallas, Houston, and San Antonio.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Jacksonville profile to compare affordability, air quality, energy planning, and climate resilience alongside Tampa, Miami, and Atlanta.
Image credit: Image: Ppntori / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the El Paso profile to compare affordability, air quality, energy mix, and climate resilience alongside San Antonio, Phoenix, and Houston.
Image credit: Image: Christophe.Finot / Wikimedia Commons, CC BY-SA 2.5
United States / North America
Use the Long Beach profile to compare affordability, air quality, energy planning, and climate resilience alongside Los Angeles, San Diego, and San Francisco.
Image credit: Image: The original uploader was Postoak at English Wikipedia. / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Colorado Springs profile to compare affordability, air quality, energy planning, and climate resilience alongside Denver, Boulder, and Fort Collins.
Image credit: Image: SchuminWeb / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Virginia Beach profile to compare affordability, air quality, energy planning, and climate resilience alongside Washington, Baltimore, and Charlotte.
Image credit: Image: JMora24 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Fresno profile to compare affordability, air quality, energy mix, and climate resilience alongside Sacramento, San Francisco, and Los Angeles.
Image credit: Image: Nils Huenerfuerst / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Tulsa profile to compare affordability, air quality, energy mix, and climate resilience alongside Dallas, Houston, and St Louis.
Image credit: Image: Tichnor Brothers, Publisher / Wikimedia Commons, Public domain
United States / North America
Use the New Haven profile to compare affordability, air quality, energy planning, and climate resilience alongside Boston, New York, and Philadelphia.
Image credit: Image: I did / Wikimedia Commons, Public domain
United States / North America
Use the Hartford profile to compare affordability, air quality, energy planning, and climate resilience alongside Boston, New York, and Philadelphia.
Image credit: Image: acnatta/Andre Natta profile / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Birmingham profile to compare affordability, air quality, energy mix, and climate resilience alongside Atlanta, Nashville, and Charlotte.
Image credit: Image: Patrick Ashley / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Rochester profile to compare affordability, air quality, energy planning, and climate resilience alongside Buffalo, Cleveland, and Pittsburgh.
Image credit: Image: Clock38030 / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Tacoma profile to compare affordability, air quality, energy planning, and climate resilience alongside Seattle, Portland, and San Francisco.
Image credit: Image: Don Ramey Logan / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Reno profile to compare affordability, air quality, energy mix, and climate resilience alongside Las Vegas, Sacramento, and Salt Lake City.
Image credit: Image: Famartin / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Newark profile to compare affordability, air quality, energy planning, and climate resilience alongside New York, Philadelphia, and Baltimore.
Image credit: Image: Nick de Guzman / Wikimedia Commons, CC BY 2.0
Canada / North America
Use the Mississauga profile to compare cost framing, transport access, and healthcare framing alongside Toronto, Hamilton, and Ottawa.
Image credit: Image: Trappy (talk)Trappy. Trappy at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Brampton profile to compare cost framing, transport access, and relocation framing alongside Toronto, Hamilton, and Ottawa.
Image credit: Image: Northwest / Wikimedia Commons, CC BY 4.0
Canada / North America
Use the Surrey profile to compare cost framing, transport access, and healthcare framing alongside Vancouver, Victoria, and Kelowna.
Image credit: Image: Mario Hains / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Laval profile to compare cost framing, transport access, and energy context alongside Montreal, Quebec City, and Ottawa.
Image credit: Image: Raysonho @ Open Grid Scheduler / Grid Engine / Wikimedia Commons, CC0
Canada / North America
Use the Markham profile to compare cost framing, transport access, and relocation framing alongside Toronto, Waterloo, and Ottawa.
Image credit: Image: Loozrboy / Wikimedia Commons, CC BY-SA 2.0
Canada / North America
Use the Vaughan profile to compare cost framing, transport access, and relocation framing alongside Toronto, Hamilton, and Ottawa.
Image credit: Image: Vranak / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Burnaby profile to compare cost framing, transport access, and energy context alongside Vancouver, Victoria, and Kelowna.
Image credit: Image: User:Gene.arboit / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Longueuil profile to compare cost framing, transport access, and energy context alongside Montreal, Quebec City, and Ottawa.
Image credit: Image: JoePerchard / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Gladstone profile to compare industrial air-quality framing, energy-transition context, and affordability alongside regional peers such as Rockhampton, Mackay, and Townsville.
Image credit: Image: Nicolaroch / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Bundaberg profile to compare cost framing, healthcare access, and climate-resilience dimensions alongside regional peers such as the Sunshine Coast, Brisbane, and Cairns.
Image credit: Image: aussiejeff / Wikimedia Commons, CC BY 3.0
Australia / Oceania
Use the Kalgoorlie profile to compare energy and resource-economy context, affordability, and climate-resilience dimensions alongside regional peers such as Perth, Geraldton, and Bunbury.
Image credit: Image: Felix Andrews (Floybix) / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Tamworth profile to compare cost framing, healthcare access, and climate-resilience dimensions alongside regional peers such as Newcastle, Wollongong, and Sydney.
Image credit: Image: Tim Keegan / Wikimedia Commons, CC BY-SA 2.0
Australia / Oceania
Use the Dubbo profile to compare healthcare access, cost framing, and climate-resilience dimensions alongside regional peers such as Canberra, Sydney, and Wollongong.
Image credit: Image: Phillip Capper from Wellington, New Zealand / Wikimedia Commons, CC BY 2.0
New Zealand / Oceania
Use the Lower Hutt profile to compare cost framing, transport access, and seismic-resilience signals alongside Wellington, Auckland, and Christchurch.
Image credit: Image: Phillip Capper from Wellington, New Zealand / Wikimedia Commons, CC BY 2.0
New Zealand / Oceania
Use the Invercargill profile to compare cost framing, transport access, and energy signals alongside Dunedin, Christchurch, and Queenstown.
Image credit: Image: Pudelek / Wikimedia Commons, CC BY-SA 4.0
Denmark / Northern Europe
The city is best explored as a climate-forward, high-trust urban system where higher costs are balanced by safety, mobility, and environmental quality.
Image credit: Image: Fred Hsu on en.wikipedia / Wikimedia Commons, CC BY-SA 4.0
United States / North America
The city is most useful for users comparing opportunity against cost, commute intensity, air-quality exposure, and infrastructure resilience.
Image credit: Image: Morio / Wikimedia Commons, CC BY-SA 3.0
Japan / East Asia
Tokyo is strongest where density, reliability, and day-to-day service access matter more than low costs or large private space.
Image credit: Image: Yann Caradec from Paris, France / Wikimedia Commons, CC BY-SA 2.0
France / Western Europe
Paris is most interesting as a case study in converting legacy urban form into healthier, lower-emission daily life.
Image credit: Image: Ilya Grigorik / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
London is most informative for users comparing opportunity, transit reach, and clean-air policy momentum against high housing costs.
Image credit: Image: Ramir Borja. / Wikimedia Commons, CC BY-SA 3.0
Singapore / Southeast Asia
Singapore is most useful for users comparing service quality, connectivity, and urban planning rigor against high housing costs and heat exposure.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Berlin is most useful for users comparing affordability, creative-industry depth, and clean-energy direction in a major European capital.
Image credit: Image: Jchmrt / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Toronto is most informative for users comparing North-American services and transit reach against rising housing pressure and winter resilience.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Sydney is most useful for users comparing service quality and outdoor amenity against housing pressure and climate hazard.
Image credit: Image: Marco Almbauer / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Amsterdam reads best as a high-trust, transit-and-cycle-first city where moderate cost pressure is offset by strong public services and thoughtful climate planning.
Image credit: Image: dronepicr / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Barcelona is most useful for users comparing public-space quality, cultural depth, and renewable progress against rising heat and tourism pressure.
Image credit: Image: Ikiwaner / Wikimedia Commons, CC BY-SA 3.0
Switzerland / Western Europe
Zurich is most informative for users comparing service quality, transit reliability, and clean-energy depth against high housing and services costs.
Image credit: Image: Andrzej Otrębski / Wikimedia Commons, CC BY-SA 4.0
Austria / Central Europe
Vienna is most useful for users comparing housing access, transit depth, and cultural amenity in a mid-sized European capital.
Image credit: Image: 이상곤 / Wikimedia Commons, CC BY-SA 4.0
South Korea / East Asia
Seoul is most informative for users comparing connectivity, services, and transit reach against rising housing and air-quality pressure.
Image credit: Image: LungSanLau / Wikimedia Commons, CC BY-SA 3.0
Hong Kong / East Asia
Hong Kong is most informative for users comparing transit reach, services, and digital infrastructure against high housing pressure and humid-tropical climate exposure.
Image credit: Image: Tim Reckmann from Hamm, Deutschland / Wikimedia Commons, CC BY-SA 3.0
United Arab Emirates / Western Asia
Dubai is most informative for users comparing service depth, digital infrastructure, and renewable progress against heat exposure and water-resource constraints.
Image credit: Image: Preecha.MJ / Wikimedia Commons, CC BY-SA 4.0
Thailand / Southeast Asia
Bangkok is most useful for users comparing affordability and service density against seasonal air-quality pressure and flood exposure.
Image credit: Image: Lightandtruth / Wikimedia Commons, CC BY-SA 4.0
United States / North America
San Francisco is most informative for users comparing innovation depth, transit-rich urban form, and clean-energy direction against high housing costs and seismic exposure.
Image credit: Image: Gobierno CDMX / Wikimedia Commons, CC0
Mexico / Latin America
Mexico City is most useful for users comparing affordability, cultural depth, and service density against air-quality and seismic exposure.
Image credit: Image: Thomas Hobbs / Wikimedia Commons, CC BY-SA 2.0
Brazil / Latin America
São Paulo is most useful for users comparing economic depth, cultural amenity, and connectivity progress against affordability variation and traffic-related challenges.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 4.0
South Africa / Africa
Cape Town is most useful for users comparing outdoor amenity, cultural depth, and resilience progress against energy-supply variability and water-cycle pressure.
Image credit: Image: Daryona / Wikimedia Commons, CC BY-SA 3.0
Kenya / Africa
Nairobi is most informative for users comparing innovation depth, mobile-services leadership, and renewable progress against rising urban-growth pressure and traffic congestion.
Image credit: Image: ChewyPineapple / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Oceania
Auckland is most useful for users comparing outdoor amenity, clean-energy direction, and service quality against high housing pressure and storm exposure.
Image credit: Image: Dmitry Dzhus from London / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Madrid is most useful for users comparing cost of living, air quality, energy, and connectivity to understand how the city fits relocation, lifestyle, and planning needs.
Image credit: Image: Bert Kaufmann from Roermond, Netherlands / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Rome is most useful for users weighing cultural depth and walkability against heat, mobility, and infrastructure-renewal needs.
Image credit: Image: Steffen Schmitz / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Milan is most useful for users comparing economic depth and design culture against air-quality pressure and rising housing costs.
Image credit: Image: Lacobrigo / Wikimedia Commons, CC BY-SA 4.0
Portugal / Southern Europe
Lisbon is most useful for users comparing affordability, climate, and connectivity for remote work or relocation against rising housing pressure.
Image credit: Image: Deror_avi / Wikimedia Commons, CC BY-SA 4.0
Czechia / Central Europe
Prague is most useful for users comparing affordability, services, and connectivity in Central Europe against air-quality and energy-transition needs.
Image credit: Image: Rhododendrites / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Warsaw is most useful for users comparing affordability, services, and tech-sector activity in Central Europe against air-quality and energy-transition needs.
Image credit: Image: Alek Leckszas / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Los Angeles is most useful for users comparing creative-economy depth and amenity against affordability, mobility, and climate-exposure trade-offs.
Image credit: Image: Daniel Schwen / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Chicago is most useful for users comparing affordability, transit, and economic depth in the US Midwest against winter and air-quality considerations.
Image credit: Image: Northwest / Wikimedia Commons, CC BY 4.0
Canada / North America
Vancouver is most useful for users comparing outdoor amenity, clean-energy direction, and tech-sector growth against high housing pressure.
Image credit: Image: Rattlhed at English Wikipedia / Wikimedia Commons, Public domain
United States / North America
Seattle is most useful for users comparing tech-sector depth and clean-energy context against affordability and rainfall-related considerations.
Image credit: Image: ProtoplasmaKid / Wikimedia Commons, CC BY-SA 4.0
Argentina / Latin America
Buenos Aires is most useful for users comparing affordability, walkability, and cultural depth against currency volatility and infrastructure modernization needs.
Image credit: Image: Omnespsx (D•ES) / Wikimedia Commons, CC BY-SA 4.0
Chile / Latin America
Santiago is most useful for users comparing services, transit, and connectivity in South America against air-quality and water-resilience considerations.
Image credit: Image: Felipe Restrepo Acosta / Wikimedia Commons, CC BY-SA 3.0
Colombia / Latin America
Bogotá is most useful for users comparing affordability, transit innovation, and cultural depth against altitude and infrastructure modernization needs.
Image credit: Image: JulioKuLu / Wikimedia Commons, CC BY-SA 4.0
Peru / Latin America
Lima is most useful for users comparing affordability and culinary depth against air-quality, water, and seismic adaptation needs.
Image credit: Image: Dottie Day / Wikimedia Commons, CC BY 2.0
China / East Asia
Shanghai is most useful for users comparing economic depth, mobility, and digital infrastructure against air-quality and climate-exposure considerations.
Image credit: Image: Heeheemalu / Wikimedia Commons, CC BY-SA 4.0
Taiwan / East Asia
Taipei is most useful for users comparing transit, services, and connectivity in East Asia against typhoon and seismic adaptation needs.
Image credit: Image: thomasgl / Wikimedia Commons, Public domain
Malaysia / Southeast Asia
Kuala Lumpur is most useful for users comparing affordability, services, and connectivity in Southeast Asia against air-quality and heat considerations.
Image credit: Image: Chainwit. / Wikimedia Commons, CC BY 4.0
Indonesia / Southeast Asia
Jakarta is most useful for users comparing affordability, services, and connectivity in Southeast Asia against air-quality, flood, and subsidence considerations.
Image credit: Image: Mike Gonzalez (TheCoffee) / Wikimedia Commons, CC BY-SA 3.0
Philippines / Southeast Asia
Manila is most useful for users comparing affordability and services in Southeast Asia against typhoon, flood, and infrastructure modernization needs.
Image credit: Image: iMahesh / Wikimedia Commons, CC BY-SA 4.0
India / South Asia
Mumbai is most useful for users comparing affordability and economic depth in South Asia against air-quality, flood, and infrastructure modernization needs.
Image credit: Image: Francisco Anzola / Wikimedia Commons, CC BY 2.0
Qatar / Western Asia
Doha is most useful for users comparing services, connectivity, and modern infrastructure in the Gulf against heat-adaptation needs.
Image credit: Image: Валерий Дед / Wikimedia Commons, CC BY 3.0
United Arab Emirates / Western Asia
Abu Dhabi is most useful for users comparing services, connectivity, and modern infrastructure in the Gulf against heat-adaptation needs.
Image credit: Image: Fachab / Wikimedia Commons, CC BY-SA 4.0
Nigeria / Africa
Lagos is most useful for users comparing affordability, creative-economy depth, and entrepreneurial activity in West Africa against air-quality and modernization needs.
Image credit: Image: Adrien K / Wikimedia Commons, CC BY 2.0
Rwanda / Africa
Kigali is most useful for users comparing affordability, public-space quality, and institutional context in East Africa against modernization needs.
Image credit: Image: Evan Bench / Wikimedia Commons, CC BY 2.0
South Africa / Africa
Johannesburg is most useful for users comparing affordability and economic depth in southern Africa against energy-transition and safety considerations.
Image credit: Image: Shkuru Afshar / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Melbourne is most useful for users comparing cultural depth, services, and connectivity against high housing pressure and rising heat exposure.
Image credit: Image: Chris Olszewski / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Brisbane is most useful for users comparing outdoor amenity, growing services activity, and connectivity against heat and storm-exposure considerations.
Image credit: Image: JZ / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Read Stockholm as a high-trust, climate-forward capital where higher costs are balanced by service quality, mobility, and digital readiness.
Image credit: Image: Sean Hayford O'Leary / Wikimedia Commons, CC BY 2.0
Norway / Northern Europe
Read Oslo as a stable, climate-forward capital where higher costs are balanced by service depth, electrification, and outdoor amenity.
Image credit: Image: Old Pionear / Wikimedia Commons, CC BY-SA 4.0
Finland / Northern Europe
Read Helsinki as a stable, digitally mature capital where service quality and outdoor amenity balance higher costs.
Image credit: Image: Horst J. Meuter / Wikimedia Commons, CC BY-SA 4.0
Belgium / Western Europe
Read Brussels as an institutional hub where service depth and connectivity balance housing and air-quality pressures.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Central Europe
Read Munich as a high-service, transit-rich Bavarian capital where higher costs are balanced by income levels and infrastructure quality.
Image credit: Image: kallerna / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Read Hamburg as a maritime services hub where infrastructure depth and quality of life balance coastal climate exposure.
Image credit: Image: 瑞丽江的河水 / Wikimedia Commons, CC BY-SA 4.0
Ireland / Western Europe
Read Dublin as a services-led capital where opportunity and connectivity balance housing-cost pressure.
Image credit: Image: 瑞丽江的河水 / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Read Edinburgh as a high-amenity, services-led capital where heritage and quality of life balance housing pressure.
Image credit: Image: 663highland / Wikimedia Commons, CC BY 2.5
Japan / East Asia
Read Osaka as a mature, transit-rich metropolitan economy where service density and infrastructure depth balance climate exposure.
Image credit: Image: Basile Morin / Wikimedia Commons, CC BY-SA 4.0
Japan / East Asia
Read Kyoto as a heritage-rich, walkable mid-sized city where cultural depth and service quality balance seasonal tourism pressure.
Image credit: Image: N509FZ / Wikimedia Commons, CC BY-SA 4.0
China / East Asia
Read Beijing as a vast, transit-rich metropolitan capital where infrastructure scale balances air-quality and water-resilience pressures.
Image credit: Image: Charlie fong / Wikimedia Commons, CC BY-SA 4.0
China / East Asia
Read Shenzhen as a young, manufacturing-heavy tech metropolis where dynamism and connectivity balance climate exposure and housing pressure.
Image credit: Image: Clay Gilliland / Wikimedia Commons, CC BY-SA 2.0
Vietnam / Southeast Asia
Read Ho Chi Minh City as a fast-growing, services-led metropolitan economy where dynamism and affordability balance climate exposure and air-quality pressure.
Image credit: Image: NKSTTSSHNVN / Wikimedia Commons, CC BY-SA 4.0
Vietnam / Southeast Asia
Read Hanoi as a heritage-rich, fast-growing capital where affordability and dynamism balance air-quality and climate pressures.
Image credit: Image: Anshrastogi1 / Wikimedia Commons, CC0
India / South Asia
Read Delhi as a vast, dynamic capital where economic depth and connectivity balance significant air-quality and heat pressures.
Image credit: Image: Indianhilbilly / Wikimedia Commons, CC BY-SA 2.0
India / South Asia
Read Bangalore as a services-led tech metropolis where opportunity and climate balance traffic and water-resilience pressures.
Image credit: Image: B.alotaby / Wikimedia Commons, CC BY-SA 4.0
Saudi Arabia / Western Asia
Read Riyadh as a fast-evolving capital where modernization investment and digital readiness balance significant heat and water-resilience pressures.
Image credit: Image: Ynhockey / Wikimedia Commons, CC BY-SA 4.0
Israel / Western Asia
Read Tel Aviv as a high-amenity, tech-led coastal capital where opportunity and connectivity balance housing pressure and water-resilience priorities.
Image credit: Image: Glabb / Wikimedia Commons, CC BY-SA 3.0
Turkey / Western Asia
Read Istanbul as a vast, heritage-rich, transit-served metropolitan economy where cultural depth and connectivity balance seismic and air-quality pressures.
Image credit: Image: Иерей Максим Массалитин from Rabat, Maroc / Wikimedia Commons, CC BY-SA 2.0
Morocco / Africa
Read Casablanca as a commercial gateway where regional services and affordability balance coastal climate exposure and water-resilience pressures.
Image credit: Image: Goldenwabbit / Wikimedia Commons, CC BY-SA 4.0
Ghana / Africa
Read Accra as a coastal services hub where regional dynamism and affordability balance flood and air-quality pressures.
Image credit: Image: Faris El-Gwely / Wikimedia Commons, CC BY 4.0
Egypt / Africa
Read Cairo as a vast, heritage-rich capital where service density and infrastructure scale balance significant air-quality and water-resilience pressures.
Image credit: Image: DaneyWiki / Wikimedia Commons, CC BY-SA 4.0
Ethiopia / Africa
Read Addis Ababa as a fast-growing highland capital where institutional depth and renewable electricity balance air-quality and infrastructure pressures.
Image credit: Image: Rafael Rabello de Barros / Wikimedia Commons, CC BY-SA 3.0
Brazil / Latin America
Read Rio as a vibrant coastal capital where cultural amenity and renewable electricity balance climate exposure and district-level safety variation.
Image credit: Image: Marcelo Campi / Wikimedia Commons, CC BY-SA 3.0
Uruguay / Latin America
Read Montevideo as a stable, services-led coastal capital where service depth and renewable electricity balance moderate costs.
Image credit: Image: Asamblea Nacional del Ecuador / Wikimedia Commons, CC BY-SA 2.0
Ecuador / Latin America
Read Quito as a heritage-rich, high-altitude capital where service depth and renewable electricity balance seismic and infrastructure pressures.
Image credit: Image: JAVR2020 / Wikimedia Commons, CC BY-SA 4.0
Panama / Latin America
Read Panama City as a logistics-led services hub where regional connectivity and dollarized stability balance climate exposure and housing pressure.
Image credit: Image: Samuel Wiki / Wikimedia Commons, CC BY 4.0
Australia / Oceania
Read Perth as an isolated but high-amenity coastal capital where service quality and outdoor amenity balance housing pressure and drought-resilience priorities.
Image credit: Image: Michal Klajban / Wikimedia Commons, CC BY-SA 4.0
New Zealand / Oceania
Read Wellington as a compact, services-led capital where service quality and renewable electricity balance seismic and housing pressures.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Greece / Southern Europe
Use the Athens profile to compare cost framing, transport access, healthcare and emergency context, and climate-adaptation priorities alongside Mediterranean peers.
Image credit: Image: Thomas Depenbusch (Depi) from Cologne, Germany / Wikimedia Commons, CC BY 2.0
Hungary / Central Europe
Use the Budapest profile to compare affordability framing, transport access, and country-level context alongside other Central-European capitals.
Image credit: Image: seisdeagosto / Wikimedia Commons, CC BY-SA 2.0
Romania / Eastern Europe
Compare Bucharest's directional indicators across cost, connectivity, transport, and country-level context alongside other EU capitals.
Image credit: Image: Zeks127 / Wikimedia Commons, CC BY-SA 4.0
Serbia / Southeastern Europe
Use the Belgrade profile to review directional cost framing, transport access, and country-level context against neighbouring capitals.
Image credit: Image: Nick Savchenko from Kiev, Ukraine / Wikimedia Commons, CC BY-SA 2.0
Croatia / Southeastern Europe
Compare Zagreb directional indicators alongside other EU regional capitals using cost, connectivity, transport, and country-level signals.
Image credit: Image: Sieglinde Hankele / Wikimedia Commons, CC BY-SA 4.0
Slovenia / Central Europe
Use the Ljubljana profile to compare compact Central-European city contexts alongside Vienna, Zagreb, and Bratislava.
Image credit: Image: Rob Hurson from Kentstown, Ireland / Wikimedia Commons, CC BY-SA 2.0
Slovakia / Central Europe
Compare Bratislava's directional indicators alongside Vienna, Budapest, and Prague for Central-European relocation review.
Image credit: Image: Hiiumaamudeliklubi / Wikimedia Commons, CC BY-SA 4.0
Estonia / Baltic Europe
Use the Tallinn profile to compare digital-readiness framing, cost context, and country-level intelligence alongside other Baltic peers.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 3.0
Latvia / Baltic Europe
Compare Riga's directional indicators across cost framing, transport access, and country-level context alongside other Baltic and Nordic capitals.
Image credit: Image: Diliff / Wikimedia Commons, CC BY-SA 3.0
Lithuania / Baltic Europe
Use the Vilnius profile to compare cost framing, connectivity, and country-level context alongside other Baltic capitals.
Image credit: Image: Robert Linsdell from St. Andrews, Canada / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Boston profile to compare cost framing, transport access, healthcare framing, and country-level context alongside other US metros.
Image credit: Image: Carol M. Highsmith / Wikimedia Commons, Public domain
United States / North America
Use the Washington DC profile to compare structured indicators across cost, transport, safety, and country-level context.
Image credit: Image: Marc Averette / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Miami profile to compare cost framing, transport access, and climate-resilience context alongside other coastal US metros.
Image credit: Image: LoneStarMike / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Austin profile to compare cost framing, connectivity, transport, and country-level context alongside other US tech-economy hubs.
Image credit: Image: Gattacal / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Dallas profile to compare cost framing, transport access, and country-level context alongside other large US metros.
Image credit: Image: https://www.pxfuel.com/ / Wikimedia Commons, CC0
Canada / North America
Use the Montreal profile to compare cost framing, transport access, healthcare framing, and country-level context alongside Toronto and Vancouver.
Image credit: Image: Gorgo / Wikimedia Commons, Public domain
Canada / North America
Use the Calgary profile to compare cost framing, country-level healthcare and transport context, and relocation framing alongside Toronto and Vancouver.
Image credit: Image: Luis90f / Wikimedia Commons, CC BY-SA 4.0
Colombia / Latin America
Use the Medellín profile to compare cost framing, transport access, and country-level context alongside Bogotá and other Andean metros.
Image credit: Image: Xlionheartx / Wikimedia Commons, CC BY 3.0
Costa Rica / Central America
Use the San José profile to compare cost framing, transport access, and country-level context alongside Panama City and other Central-American metros.
Image credit: Image: Jjc09 / Wikimedia Commons, Public domain
Dominican Republic / Caribbean
Use the Santo Domingo profile to compare cost framing, country-level transport and healthcare context, and Caribbean climate resilience.
Image credit: Image: BladimiroAlvarado / Wikimedia Commons, CC BY-SA 4.0
Guatemala / Central America
Use the Guatemala City profile to compare cost framing, country-level transport and healthcare context, and seismic-climate resilience.
Image credit: Image: Tim Wu / Wikimedia Commons, CC BY-SA 4.0
China / East Asia
Use the Guangzhou profile to compare cost framing, transport access, and country-level context alongside Shanghai, Beijing, and Shenzhen.
Image credit: Image: FISU / Wikimedia Commons, CC BY 3.0
China / East Asia
Use the Chengdu profile to compare cost framing, transport access, and country-level context alongside coastal and other inland Chinese metros.
Image credit: Image: 螺钉 / Wikimedia Commons, CC BY-SA 4.0
China / East Asia
Use the Wuhan profile to compare cost framing, transport access, and country-level context alongside Shanghai, Beijing, and Chengdu.
Image credit: Image: Glabb / Wikimedia Commons, Public domain
South Korea / East Asia
Use the Busan profile to compare cost framing, transport access, and country-level context alongside Seoul and other East-Asian metros.
Image credit: Image: そらみみ / Wikimedia Commons, CC BY-SA 4.0
Japan / East Asia
Use the Fukuoka profile to compare cost framing, transport access, and country-level context alongside Tokyo and Osaka.
Image credit: Image: Supanut Arunoprayote / Wikimedia Commons, CC BY 4.0
Thailand / Southeast Asia
Use the Chiang Mai profile to compare cost framing, country-level transport and healthcare context, and seasonal air-quality dynamics.
Image credit: Image: KY Geologist / Wikimedia Commons, CC BY 2.0
Cambodia / Southeast Asia
Use the Phnom Penh profile to compare cost framing, country-level transport and healthcare context, and monsoon-climate resilience.
Image credit: Image: T Chamika / Wikimedia Commons, CC0
Sri Lanka / South Asia
Use the Colombo profile to compare cost framing, country-level transport and healthcare context, and coastal-climate resilience.
Image credit: Image: Leon petrosyan / Wikimedia Commons, CC BY-SA 4.0
Oman / Middle East
Use the Muscat profile to compare cost framing, country-level transport and healthcare context, and arid-climate resilience.
Image credit: Image: User:Deepak / Wikimedia Commons, CC BY-SA 3.0
Kuwait / Middle East
Use the Kuwait City profile to compare cost framing, country-level transport and healthcare context, and Gulf-region resilience.
Image credit: Image: B.alotaby / Wikimedia Commons, CC BY-SA 4.0
Bahrain / Middle East
Use the Manama profile to compare cost framing, country-level context, and Gulf-region resilience alongside Doha and Dubai.
Image credit: Image: David Bjorgen / Wikimedia Commons, CC BY-SA 3.0
Jordan / Middle East
Use the Amman profile to compare cost framing, country-level transport and healthcare context, and Levant-region resilience.
Image credit: Image: Citizen59 from Tunis, Tunisie / Wikimedia Commons, CC BY-SA 2.0
Tunisia / North Africa
Use the Tunis profile to compare cost framing, country-level context, and Mediterranean-climate resilience.
Image credit: Image: Pline / Wikimedia Commons, CC BY-SA 3.0
Morocco / North Africa
Use the Rabat profile to compare cost framing, country-level transport and healthcare context, and Mediterranean-Atlantic resilience.
Image credit: Image: mostroneddo / Wikimedia Commons, CC BY 2.0
Senegal / West Africa
Use the Dakar profile to compare cost framing, country-level context, and West-African coastal resilience.
Image credit: Image: Moongateclimber / Wikimedia Commons, Public domain
Tanzania / East Africa
Use the Dar es Salaam profile to compare cost framing, country-level transport and healthcare context, and coastal resilience.
Image credit: Image: kousek_cz / Wikimedia Commons, CC BY 3.0
Uganda / East Africa
Use the Kampala profile to compare cost framing, country-level transport and healthcare context, and inland-East-Africa resilience.
Image credit: Image: Njengabenngugi / Wikimedia Commons, CC BY-SA 4.0
Botswana / Southern Africa
Use the Gaborone profile to compare cost framing, country-level context, and Southern-African resilience.
Image credit: Image: Photograph by Doug Barber / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Adelaide profile to compare cost framing, country-level transport and healthcare context, and quality-of-life signals.
Image credit: Image: Tim J Keegan from Lake Macquarie, Australia / Wikimedia Commons, CC BY-SA 2.0
Australia / Oceania
Use the Canberra profile to compare cost framing, country-level context, and quality-of-life signals alongside other Australian metros.
Image credit: Image: Photographer: P. Stalder (English user page) / P. Stalder (deutsche Benutzerseite) / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Oceania
Use the Christchurch profile to compare cost framing, country-level context, and seismic-resilience signals alongside Auckland and Wellington.
Image credit: Image: Rititaneves / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use the Porto profile to compare cost framing, country-level context, and connectivity signals alongside Lisbon and other Southern-European metros.
Image credit: Image: Nicolas Vollmer from Munich [Allemagne] / Wikimedia Commons, CC BY 2.0
Spain / Southern Europe
Use the Valencia profile to compare cost framing, mobility context, and quality-of-life signals alongside Barcelona, Madrid, and other Mediterranean metros.
Image credit: Image: El-mejor / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Seville profile to compare cost framing, mobility, and heat-adaptation signals alongside other Southern-European metros.
Image credit: Image: Tommie Hansen / Wikimedia Commons, CC BY 3.0
Spain / Western Europe
Use the Bilbao profile to compare cost framing, mobility, and regeneration signals alongside Barcelona, Madrid, and other compact European metros.
Image credit: Image: Ввласенко / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Bologna profile to compare cost framing, mobility, and quality-of-life signals alongside Milan, Florence, and other northern Italian metros.
Image credit: Image: Wikibusters / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Florence profile to compare cost framing, mobility, and heritage-management signals alongside other Italian and Mediterranean metros.
Image credit: Image: IgnisFatuus / Wikimedia Commons, CC BY-SA 2.5
Italy / Southern Europe
Use the Naples profile to compare cost framing, mobility, and resilience signals alongside other Italian and Mediterranean metros.
Image credit: Image: XEvansGambitx / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Krakow profile to compare cost framing, mobility, and connectivity signals alongside Warsaw and other Central-European metros.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Gdansk profile to compare cost framing, mobility, and coastal-resilience signals alongside other Polish and Baltic metros.
Image credit: Image: Hrs Poland / Wikimedia Commons, CC BY-SA 3.0
Poland / Central Europe
Use the Wroclaw profile to compare cost framing, mobility, and connectivity signals alongside Warsaw, Krakow, and other Central-European metros.
Image credit: Image: LBM1948 / Wikimedia Commons, CC BY-SA 4.0
Belgium / Western Europe
Use the Antwerp profile to compare cost framing, mobility, and port-economy signals alongside Brussels and other Northwest-European metros.
Image credit: Image: J.Donkervoort / Wikimedia Commons, CC BY-SA 2.0
Netherlands / Western Europe
Use the Rotterdam profile to compare cost framing, mobility, and delta-resilience signals alongside Amsterdam and other Northwest-European metros.
Image credit: Image: Pepijntje / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Utrecht profile to compare cost framing, mobility, and quality-of-life signals alongside Amsterdam and Rotterdam.
Image credit: Image: Yann / Wikimedia Commons, CC BY-SA 4.0
Switzerland / Western Europe
Use the Geneva profile to compare cost framing, mobility, and quality-of-life signals alongside Zurich and other Western-European metros.
Image credit: Image: Norbert Aepli, Switzerland (User:Noebu) / Wikimedia Commons, CC BY 2.5
Switzerland / Western Europe
Use the Basel profile to compare cost framing, mobility, and quality-of-life signals alongside Zurich and Geneva.
Image credit: Image: 颐园居 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Philadelphia profile to compare cost framing, mobility, and healthcare-anchor signals alongside other US-East metros.
Image credit: Image: AtlChampion / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Atlanta profile to compare cost framing, mobility, and climate-exposure signals alongside other US-South metros.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Denver profile to compare cost framing, mobility, and climate-exposure signals alongside other US-West metros.
Image credit: Image: Bigmikebmw / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Phoenix profile to compare cost framing, energy, and heat-adaptation signals alongside other US-West metros.
Image credit: Image: Boatguy619 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the San Diego profile to compare cost framing, mobility, and coastal-adaptation signals alongside Los Angeles and San Francisco.
Image credit: Image: Kalinparsonsgaming / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Portland profile to compare cost framing, mobility, and climate-adaptation signals alongside Seattle and San Francisco.
Image credit: Image: David Samuel, User:Hellodavey1902 / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Ottawa profile to compare cost framing, mobility, and public-services signals alongside Toronto and Montreal.
Image credit: Image: mariordo59 from Santo Domingo, Dominican Republic / Wikimedia Commons, CC BY-SA 2.0
Brazil / Latin America
Use the Curitiba profile to compare cost framing, mobility, and urban-planning signals alongside São Paulo and other Brazilian metros.
Image credit: Image: Arturdiasr / Wikimedia Commons, CC BY-SA 4.0
Brazil / Latin America
Use the Brasilia profile to compare cost framing, mobility, and public-services signals alongside other Brazilian metros.
Image credit: Image: Nathaniel C. Sheetz / Wikimedia Commons, CC BY-SA 3.0
Mexico / Latin America
Use the Monterrey profile to compare cost framing, mobility, and water-adaptation signals alongside Mexico City and Guadalajara.
Image credit: Image: Isacdaavid / Wikimedia Commons, CC BY-SA 4.0
Mexico / Latin America
Use the Guadalajara profile to compare cost framing, mobility, and connectivity signals alongside Mexico City and Monterrey.
Image credit: Image: Falk2 / Wikimedia Commons, CC BY-SA 4.0
Chile / Latin America
Use the Valparaiso profile to compare cost framing, mobility, and seismic-coastal-resilience signals alongside Santiago and other Pacific-coast metros.
Image credit: Image: Alakasam / Wikimedia Commons, CC BY-SA 3.0
Argentina / Latin America
Use the Cordoba profile to compare cost framing, mobility, and education-economy signals alongside Buenos Aires and other Southern-Cone metros.
Image credit: Image: File:Ferris Wheel - Port of Nagoya.JPG by Gnsin File:Higashiyama botanical gardens-01.jpg by KAMUI File:Nagoya (2015-11-03).JPG by Alpsdake File:Nagoya TV Tower.jpg by Benjamin Hollis upload by File Upload Bot (Magnus Manske) File:Nagoya csl snow piled up.jpg by 名古屋太郎 Composition by ASDFGH / Wikimedia Commons, CC BY-SA 3.0
Japan / East Asia
Use the Nagoya profile to compare cost framing, mobility, and industrial-economy signals alongside Tokyo and Osaka.
Image credit: Image: Hideki Uchida (セラ) / Wikimedia Commons, CC BY-SA 3.0
Japan / East Asia
Use the Sapporo profile to compare cost framing, mobility, and cold-climate-resilience signals alongside Tokyo and other Japanese metros.
Image credit: Image: by martinroell / Wikimedia Commons, CC BY-SA 2.0
South Korea / East Asia
Use the Daegu profile to compare cost framing, mobility, and connectivity signals alongside Seoul and Busan.
Image credit: Image: JNicol / Wikimedia Commons, CC BY-SA 3.0
South Korea / East Asia
Use the Incheon profile to compare cost framing, mobility, and aviation-port signals alongside Seoul and Busan.
Image credit: Image: 毛貓大少爺 / Wikimedia Commons, CC BY-SA 2.0
Taiwan / East Asia
Use the Kaohsiung profile to compare cost framing, mobility, and port-economy-transition signals alongside Taipei and other East-Asian metros.
Image credit: Image: Patrickroque01 / Wikimedia Commons, CC BY-SA 4.0
Philippines / Southeast Asia
Use the Cebu profile to compare cost framing, mobility, and coastal-resilience signals alongside Manila and other Southeast-Asian metros.
Image credit: Image: Cuong Tran / Wikimedia Commons, Public domain
Vietnam / Southeast Asia
Use the Da Nang profile to compare cost framing, mobility, and coastal-resilience signals alongside Ho Chi Minh City and Hanoi.
Image credit: Image: Lime.adeel / Wikimedia Commons, CC BY-SA 3.0
Pakistan / South Asia
Use the Lahore profile to compare cost framing, mobility, and air-quality signals alongside Karachi, Delhi, and other South-Asian metros.
Image credit: Image: Bilalhassan88 / Wikimedia Commons, CC BY-SA 3.0
Pakistan / South Asia
Use the Karachi profile to compare cost framing, mobility, and coastal-air-quality signals alongside Lahore, Mumbai, and other South-Asian metros.
Image credit: Image: Ali Lajami / Wikimedia Commons, CC BY 2.0
Saudi Arabia / Middle East
Use the Jeddah profile to compare cost framing, mobility, and coastal-economy signals alongside Riyadh and other Gulf metros.
Image credit: Image: Bluemangoa2z at Malayalam Wikipedia / Wikimedia Commons, Public domain
Saudi Arabia / Middle East
Use the Medina profile to compare cost framing, mobility, and pilgrimage-flow services signals alongside Jeddah and Mecca-region context.
Image credit: Image: Mueed Ahmed / Wikimedia Commons, CC BY-SA 4.0
United Arab Emirates / Middle East
Use the Sharjah profile to compare cost framing, mobility, and cross-emirate signals alongside Dubai and Abu Dhabi.
Image credit: Image: Yoniw / Wikimedia Commons, CC BY-SA 3.0
Lebanon / Middle East
Use the Beirut profile to compare cost framing, mobility, and coastal-Mediterranean signals alongside other Levantine and Mediterranean metros — confirm current operating conditions via official Lebanese publishers.
Image credit: Image: ASaber91 / Wikimedia Commons, CC BY-SA 4.0
Egypt / North Africa
Use the Alexandria profile to compare cost framing, mobility, and coastal-resilience signals alongside Cairo and other Mediterranean metros.
Image credit: Image: CS.D. / Wikimedia Commons, CC BY-SA 3.0
Morocco / North Africa
Use the Marrakesh profile to compare cost framing, mobility, and heritage-and-heat signals alongside Casablanca, Rabat, and other North-African metros.
Image credit: Image: ---=XEON=--- / Wikimedia Commons, CC BY 3.0
South Africa / Southern Africa
Use the Durban profile to compare cost framing, mobility, and coastal-resilience signals alongside Cape Town and Johannesburg.
Image credit: Image: Bries / Wikimedia Commons, CC BY-SA 2.5
Namibia / Southern Africa
Use the Windhoek profile to compare cost framing, country-level context, and arid-resilience signals alongside other Southern-African capitals.
Image credit: Image: Matthew Grollnek / Wikimedia Commons, CC BY-SA 4.0
Zambia / Southern Africa
Use the Lusaka profile to compare cost framing, country-level context, and hydro-energy signals alongside other Southern-African metros.
Image credit: Image: Andrew Moir / Wikimedia Commons, CC BY 2.0
Mozambique / Southern Africa
Use the Maputo profile to compare cost framing, country-level context, and coastal-cyclone-resilience signals alongside other Southern-African coastal metros.
Image credit: Image: Michael fromholtz / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Hobart profile to compare cost framing, mobility, and quality-of-life signals alongside Melbourne, Adelaide, and other Australian metros.
Image credit: Image: E-CBD / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Gold Coast profile to compare cost framing, mobility, and coastal-resilience signals alongside Brisbane and other Australian metros.
Image credit: Image: Bgabel / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Oceania
Use the Dunedin profile to compare cost framing, mobility, and education-economy signals alongside Auckland, Wellington, and Christchurch.
Image credit: Image: Daniel Nisbet from Manchester, United Kingdom / Wikimedia Commons, CC BY 2.0
United Kingdom / Western Europe
Use the Manchester profile to compare structured indicators across cost, transport, healthcare context, and country-level signals alongside other major UK cities.
Image credit: Image: JimmyGuano / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Birmingham profile to compare cost framing, transport access, and country-level context against London, Manchester, and other UK cities.
Image credit: Image: Bleff / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Bristol profile to compare cost framing, transport access, and country-level intelligence alongside other mid-size UK cities.
Image credit: Image: Andrew roberts uk / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Leeds profile to compare cost framing, transport access, and country-level context across the UK's Northern metro cluster.
Image credit: Image: 瑞丽江的河水 / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Glasgow profile to compare cost framing, transport access, and country-level context alongside Edinburgh and other Scottish-region cities.
Image credit: Image: Conor2k10 / Wikimedia Commons, Public domain
United Kingdom / Western Europe
Use the Belfast profile to compare cost framing, transport access, and country-level context against other UK and Irish metros.
Image credit: Image: MichiganCharms / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Cardiff profile to compare cost framing, transport access, and country-level context alongside Bristol and other UK mid-size cities.
Image credit: Image: K.ristof / Wikimedia Commons, CC BY-SA 3.0
Ireland / Western Europe
Use the Cork profile to compare cost framing, transport access, and country-level context alongside Dublin and other Western-European mid-size cities.
Image credit: Image: Otourly / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Lyon profile to compare cost framing, transport access, healthcare context, and country-level signals against other large European metros.
Image credit: Image: kallerna / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Marseille profile to compare cost framing, transport access, and heat-and-coastal resilience context alongside other Mediterranean cities.
Image credit: Image: Tonio94 / Wikimedia Commons, CC BY-SA 2.5
France / Western Europe
Use the Toulouse profile to compare cost framing, transport access, and country-level intelligence alongside Bordeaux, Lyon, and Spanish peers.
Image credit: Image: Moody Dreiza (Moody751 at English Wikipedia) / Wikimedia Commons, CC BY 2.5
France / Western Europe
Use the Nice profile to compare cost framing, transport access, and coastal-resilience signals alongside other Mediterranean cities.
Image credit: Image: Patrick Despoix / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use the Bordeaux profile to compare cost framing, transport access, and country-level intelligence alongside other mid-size French and Iberian cities.
Image credit: Image: Radek Kucharski / Wikimedia Commons, CC BY 2.0
France / Western Europe
Use the Strasbourg profile to compare cost framing, transport access, and country-level intelligence alongside Lyon, Frankfurt, and other Rhine metros.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Western Europe
Use the Frankfurt profile to compare cost framing, transport access, and country-level context across German and Western-European metros.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Western Europe
Use the Cologne profile to compare cost framing, transport access, and country-level intelligence against other Rhine and German metros.
Image credit: Image: Julian Herzog (Website) / Wikimedia Commons, CC BY 4.0
Germany / Western Europe
Use the Stuttgart profile to compare cost framing, transport access, and country-level signals alongside other engineering-led European metros.
Image credit: Image: Kai Pilger / Wikimedia Commons, CC BY-SA 4.0
Germany / Western Europe
Use the Düsseldorf profile to compare cost framing, transport access, and country-level context against Cologne, Frankfurt, and Benelux peers.
Image credit: Image: Tuxyso / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Leipzig profile to compare cost framing, transport access, and country-level intelligence alongside Berlin, Dresden, and other German metros.
Image credit: Image: Bgabel / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Dresden profile to compare cost framing, transport access, and country-level context alongside Leipzig, Prague, and Berlin.
Image credit: Image: Viktar Palstsiuk / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Malaga profile to compare cost framing, transport access, and country-level intelligence alongside other southern-European coastal metros.
Image credit: Image: caccamo from Milan, Italy / Wikimedia Commons, CC BY-SA 2.0
Spain / Southern Europe
Use the Zaragoza profile to compare cost framing, transport access, and country-level context against Madrid, Barcelona, and Valencia.
Image credit: Image: Holger Uwe Schmitt / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use the Granada profile to compare cost framing, transport access, and country-level intelligence alongside other southern-Spanish and Mediterranean cities.
Image credit: Image: Wikibusters / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Turin profile to compare cost framing, transport access, and country-level intelligence alongside Milan, Genoa, and Lyon.
Image credit: Image: patano / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Genoa profile to compare cost framing, transport access, and coastal-resilience signals alongside other Mediterranean metros.
Image credit: Image: Xerones / Wikimedia Commons, CC BY 2.0
Italy / Southern Europe
Use the Palermo profile to compare cost framing, transport access, and country-level context alongside Naples and other southern-Italian cities.
Image credit: Image: Guglielmo Giambartolomei / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Verona profile to compare cost framing, transport access, and country-level context alongside Milan, Venice, and other northern Italian cities.
Image credit: Image: Jesterhat84 / Wikimedia Commons, CC BY-SA 3.0 nl
Netherlands / Western Europe
Use The Hague profile to compare cost framing, transport access, and country-level intelligence alongside Amsterdam and Rotterdam.
Image credit: Image: Arno van den Tillaart from Eindhoven, Netherlands / Wikimedia Commons, CC BY 2.0
Netherlands / Western Europe
Use the Eindhoven profile to compare cost framing, transport access, and country-level context alongside Amsterdam, Antwerp, and other Western-European tech metros.
Image credit: Image: Moyogo / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use the Ghent profile to compare cost framing, transport access, and country-level context alongside Brussels, Antwerp, and other Flemish cities.
Image credit: Image: Streppel / Wikimedia Commons, CC BY-SA 3.0
Luxembourg / Western Europe
Use the Luxembourg City profile to compare cost framing, transport access, and country-level context alongside Brussels, Frankfurt, and other Western-European hubs.
Image credit: Image: Jon Wickmann / Wikimedia Commons, CC BY 3.0
Denmark / Northern Europe
Use the Aarhus profile to compare cost framing, transport access, and country-level context alongside Copenhagen and Scandinavian peers.
Image credit: Image: Johan Jönsson (Julle) / Wikimedia Commons, CC BY-SA 4.0
Sweden / Northern Europe
Use the Malmö profile to compare cost framing, transport access, and country-level context alongside Copenhagen and other Scandinavian metros.
Image credit: Image: Bengt Nyman from Vaxholm, Sweden / Wikimedia Commons, CC BY 2.0
Sweden / Northern Europe
Use the Gothenburg profile to compare cost framing, transport access, and country-level intelligence alongside Stockholm, Oslo, and other Scandinavian cities.
Image credit: Image: Tiia Monto / Wikimedia Commons, CC BY-SA 3.0
Finland / Northern Europe
Use the Tampere profile to compare cost framing, transport access, and country-level context alongside Helsinki and other Nordic mid-size cities.
Image credit: Image: Harold / Wikimedia Commons, CC BY-SA 3.0
Czechia / Central Europe
Use the Brno profile to compare cost framing, transport access, and country-level intelligence alongside Prague and Bratislava.
Image credit: Image: Sebastian Glapinski platinstudio / Wikimedia Commons, CC0
Poland / Central Europe
Use the Łódź profile to compare cost framing, transport access, and country-level intelligence alongside Warsaw, Kraków, and other Polish cities.
Image credit: Image: Stanisław Szewczyk / Wikimedia Commons, CC BY 3.0
Poland / Central Europe
Use the Poznań profile to compare cost framing, transport access, and country-level context alongside Warsaw, Wrocław, and Berlin.
Image credit: Image: Alexmandru / Wikimedia Commons, Public domain
Romania / Eastern Europe
Use the Cluj-Napoca profile to compare cost framing, transport access, and country-level intelligence alongside Bucharest and other Central-European mid-size cities.
Image credit: Image: Tatyana Peshkova / Wikimedia Commons, CC BY-SA 4.0
Croatia / Southern Europe
Use the Split profile to compare cost framing, transport access, and coastal-resilience signals alongside Zagreb, Ljubljana, and other Adriatic cities.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Nashville profile to compare cost framing, transport access, and country-level intelligence alongside Charlotte, Atlanta, and other Southeast metros.
Image credit: Image: Greengrass090 / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Charlotte profile to compare cost framing, transport access, and country-level intelligence alongside Atlanta, Nashville, and other Southeast US metros.
Image credit: Image: Bobak Ha'Eri / Wikimedia Commons, CC BY 3.0
United States / North America
Use the Minneapolis profile to compare cost framing, transport access, and country-level context alongside Chicago and other Midwestern US metros.
Image credit: Image: Spinnensoep / Wikimedia Commons, Public domain
United States / North America
Use the Salt Lake City profile to compare cost framing, transport access, and country-level intelligence alongside Denver and other Mountain-West US metros.
Image credit: Image: Abhiram Juvvadi / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Raleigh profile to compare cost framing, transport access, and country-level context alongside Charlotte, Atlanta, and other Southeast US metros.
Image credit: Image: Ebyabe / Wikimedia Commons, CC BY 2.5
United States / North America
Use the Tampa profile to compare cost framing, transport access, and coastal-resilience signals alongside Miami and other Southeast US coastal metros.
Image credit: Image: Artystyk386 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Orlando profile to compare cost framing, transport access, and country-level intelligence alongside Tampa, Miami, and other Southeast US metros.
Image credit: Image: Russell Sekeet / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Pittsburgh profile to compare cost framing, transport access, and country-level intelligence alongside other Northeast US metros.
Image credit: Image: Dhanix at English Wikipedia / Wikimedia Commons, Public domain
United States / North America
Use the Houston profile to compare cost framing, transport access, and country-level context alongside Dallas, Austin, and other Gulf-Coast metros.
Image credit: Image: Ken Lund from Las Vegas, Nevada, USA / Wikimedia Commons, CC BY-SA 2.0
United States / North America
Use the Las Vegas profile to compare cost framing, transport access, and heat-and-water resilience signals alongside Phoenix and other arid-region cities.
Image credit: Image: college.library / Wikimedia Commons, CC BY 2.0
United States / North America
Use the Madison profile to compare cost framing, transport access, and country-level intelligence alongside Minneapolis and other Midwestern US cities.
Image credit: Image: Gtj82 at English Wikipedia / Wikimedia Commons, Public domain
United States / North America
Use the Boulder profile to compare cost framing, transport access, and country-level context alongside Denver and other Mountain-West US metros.
Image credit: Image: Fabian Roudra Baroi / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Quebec City profile to compare cost framing, transport access, and country-level context alongside Montreal and other Canadian metros.
Image credit: Image: IQRemix / Wikimedia Commons, CC BY-SA 2.0
Canada / North America
Use the Edmonton profile to compare cost framing, transport access, and country-level context alongside Calgary, Winnipeg, and other Canadian metros.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC0
Canada / North America
Use the Winnipeg profile to compare cost framing, transport access, and country-level intelligence alongside Edmonton, Saskatoon, and other Canadian metros.
Image credit: Image: WayeMason / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Halifax profile to compare cost framing, transport access, and coastal-resilience signals alongside other Atlantic-Canadian and US metros.
Image credit: Image: Doug Beckers from Avoca Beach, Australia / Wikimedia Commons, CC BY-SA 2.0
Australia / Oceania
Use the Newcastle profile to compare cost framing, transport access, and coastal-resilience signals alongside Sydney, Wollongong, and other Australian metros.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Darwin profile to compare cost framing, transport access, and tropical-resilience signals alongside other Australian and equatorial-region metros.
Image credit: Image: Frances76 at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Cairns profile to compare cost framing, transport access, and tropical-resilience signals alongside Darwin, Brisbane, and other Australian metros.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
New Zealand / Oceania
Use the Tauranga profile to compare cost framing, transport access, and coastal-resilience signals alongside Auckland, Wellington, and other NZ metros.
Image credit: Image: This is a collage of free images in Wikimedia Commons. / Wikimedia Commons, CC BY-SA 4.0
Ireland / Western Europe
Use the Galway profile to compare cost framing, transport access, and country-level context alongside Dublin and Cork.
Image credit: Image: Andrew Gray / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Western Europe
Use the Oxford profile to compare cost framing, transport access, healthcare context, and country-level intelligence alongside other English regional cores.
Image credit: Image: Andrew Dunn / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Western Europe
Use the Cambridge profile to compare cost framing, transport access, and country-level context alongside Oxford and other English research cores.
Image credit: Image: Fatih Renkligil / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Western Europe
Use the Liverpool profile to compare cost framing, transport access, and country-level context alongside Manchester and Leeds.
Image credit: Image: Neil Theasby / Wikimedia Commons, CC BY 2.5
United Kingdom / Western Europe
Use the Sheffield profile to compare cost framing, transport access, and country-level context alongside Leeds and Manchester.
Image credit: Image: Bojan Lazarevic, ZivojinMisic slike / Wikimedia Commons, CC BY 3.0
United Kingdom / Western Europe
Use the Brighton profile to compare cost framing, transport access, and country-level context alongside other southern English metros.
Image credit: Image: Earth Science and Remote Sensing Unit, NASA Johnson Space Center / Wikimedia Commons, Public domain
France / Southern Europe
Use the Montpellier profile to compare cost framing, transport access, healthcare context, and heat-adaptation considerations alongside Lyon and Marseille.
Image credit: Image: Édouard Hue (User:EdouardHue) / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use the Rennes profile to compare cost framing, transport access, and country-level context alongside other French regional capitals.
Image credit: Image: Brücke-Osteuropa / Wikimedia Commons, Public domain
France / Western Europe
Use the Grenoble profile to compare cost framing, transport access, air-quality context, and country-level intelligence alongside Lyon and other Alpine peers.
Image credit: Image: Christophe.Finot / Wikimedia Commons, CC BY-SA 2.5
France / Western Europe
Use the Dijon profile to compare cost framing, transport access, and country-level context alongside other French regional metros.
Image credit: Image: Georges Seguin (Okki) / Wikimedia Commons, CC BY-SA 4.0
France / Southern Europe
Use the Aix-en-Provence profile to compare cost framing, transport access, and country-level Mediterranean context alongside Marseille and Nice.
Image credit: Image: Thomas Wolf, www.foto-tw.de / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Central Europe
Use the Hanover profile to compare cost framing, transport access, and country-level context alongside other German regional cores.
Image credit: Image: YuTrofimov / Wikimedia Commons, CC BY 3.0
Germany / Central Europe
Use the Nuremberg profile to compare cost framing, transport access, and country-level context alongside Munich and Stuttgart.
Image credit: Image: Klaus Grünberg / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Bremen profile to compare cost framing, transport access, and country-level context alongside Hamburg and Hanover.
Image credit: Image: Thomas Wolf (Der Wolf im Wald) / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Bonn profile to compare cost framing, transport access, and country-level context alongside Cologne and Düsseldorf.
Image credit: Image: H.Helmlechner / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Freiburg profile to compare cost framing, transport access, energy-transition context, and country-level intelligence alongside other German university metros.
Image credit: Image: Miholz / Wikimedia Commons, CC BY-SA 3.0
Germany / Central Europe
Use the Heidelberg profile to compare cost framing, transport access, and country-level context alongside Freiburg and other German university cores.
Image credit: Image: Alexandra Fakiri / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use the Dortmund profile to compare cost framing, transport access, and country-level context alongside Essen and other Ruhr metros.
Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Alicante profile to compare cost framing, transport access, and country-level Mediterranean context alongside Valencia and Murcia.
Image credit: Image: No machine-readable author provided. Mac assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Murcia profile to compare cost framing, transport access, and country-level context alongside Alicante and Valencia.
Image credit: Image: User:Queninosta / Wikimedia Commons, CC BY-SA 3.0
Spain / Southern Europe
Use the Valladolid profile to compare cost framing, transport access, and country-level context alongside Zaragoza and other inland Spanish metros.
Image credit: Image: Joseolgon / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use the Braga profile to compare cost framing, transport access, and country-level context alongside Porto and Coimbra.
Image credit: Image: nanabou [2] / Wikimedia Commons, CC BY 2.0
Portugal / Southern Europe
Use the Coimbra profile to compare cost framing, transport access, and country-level context alongside Porto and Braga.
Image credit: Image: Luca Aless / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Pisa profile to compare cost framing, transport access, and country-level context alongside Florence and other Tuscan peers.
Image credit: Image: Francesco Di Stefano 08 / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Bari profile to compare cost framing, transport access, and country-level context alongside Naples and other southern Italian metros.
Image credit: Image: stefan_fotos from Leipzig, Germany / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Use the Catania profile to compare cost framing, transport access, and country-level Mediterranean context alongside Palermo and Bari.
Image credit: Image: Didier Descouens / Wikimedia Commons, CC BY-SA 4.0
Italy / Southern Europe
Use the Padua profile to compare cost framing, transport access, and country-level context alongside Verona and Venice region peers.
Image credit: Image: Ввласенко / Wikimedia Commons, CC BY-SA 3.0
Italy / Southern Europe
Use the Bergamo profile to compare cost framing, transport access, and country-level context alongside Milan and Verona.
Image credit: Image: Wenkbrauwalbatros / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Groningen profile to compare cost framing, transport access, and country-level context alongside other Dutch regional cores.
Image credit: Image: de:Benutzer:Mussklprozz / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use the Maastricht profile to compare cost framing, transport access, and country-level cross-border context alongside Liege and Aachen-area peers.
Image credit: Image: Jean-Christophe BENOIST / Wikimedia Commons, CC BY 2.5
Belgium / Western Europe
Use the Bruges profile to compare cost framing, transport access, and country-level context alongside Ghent and Antwerp.
Image credit: Image: Wouterhagens / Wikimedia Commons, Public domain
Belgium / Western Europe
Use the Leuven profile to compare cost framing, transport access, and country-level context alongside Brussels and Ghent.
Image credit: Image: Emelie Graven / Wikimedia Commons, CC BY-SA 4.0
Denmark / Northern Europe
Use the Odense profile to compare cost framing, transport access, and country-level context alongside Copenhagen and Aarhus.
Image credit: Image: This image was produced by me, David Castor (user:dcastor). The pictures I submit to the Wikipedia Project are released to the public domain. This gives you the right to use them in any way you like, without any kind of notification. This said, I would still appreciate to be mentioned as the originator whenever you think it complies well with your use of the picture. A message to me about how it has been used would also be welcome. You are obviously not required to respond to these wishes of mine, just in a friendly manner encouraged to. (All my photos are placed in Category:Images by David Castor or a subcategory thereof.) / Wikimedia Commons, Public domain
Sweden / Northern Europe
Use the Uppsala profile to compare cost framing, transport access, and country-level context alongside Stockholm and other Nordic peers.
Image credit: Image: Anton Holmquist Soasta / Wikimedia Commons, CC BY-SA 3.0
Sweden / Northern Europe
Use the Lund profile to compare cost framing, transport access, and country-level context alongside Malmö and Copenhagen.
Image credit: Image: Ninara / Wikimedia Commons, CC BY 2.0
Finland / Northern Europe
Use the Turku profile to compare cost framing, transport access, and country-level context alongside Helsinki and Tampere.
Image credit: Image: Lukáš Mižoch / Wikimedia Commons, CC BY 3.0
Czechia / Central Europe
Use the Ostrava profile to compare cost framing, transport access, air-quality context, and country-level intelligence alongside Brno and Katowice.
Image credit: Image: Thepoweroflight / Wikimedia Commons, CC BY-SA 4.0
Poland / Central Europe
Use the Katowice profile to compare cost framing, transport access, air-quality context, and country-level intelligence alongside Wrocław and Ostrava.
Image credit: Image: Constantin Barbu / Wikimedia Commons, CC BY 2.0
Romania / Eastern Europe
Use the Brașov profile to compare cost framing, transport access, and country-level context alongside Cluj-Napoca and Bucharest.
Image credit: Image: Ilia Markov from Sofia, Bulgaria / Wikimedia Commons, CC BY-SA 2.0
Bulgaria / Southeastern Europe
Use the Plovdiv profile to compare cost framing, transport access, and country-level context inside the Balkans and Southeastern Europe.
Image credit: Image: Matthew.kowal / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Columbus profile to compare cost framing, transport access, and country-level context alongside Indianapolis and Cincinnati.
Image credit: Image: Miyin2 / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Indianapolis profile to compare cost framing, transport access, and country-level context alongside Columbus and Cincinnati.
Image credit: Image: Department of Defense. Department of the Army. Office of the Deputy Chief of Staff for Operations. U.S. Army Audiovisual Center. ca. 1974-5/15/1984 / Wikimedia Commons, Public domain
United States / North America
Use the Detroit profile to compare cost framing, transport access, and country-level context alongside Cleveland and Pittsburgh.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Baltimore profile to compare cost framing, transport access, and country-level context alongside Washington DC and Philadelphia.
Image credit: Image: Sam valadi / Wikimedia Commons, CC BY 2.0
United States / North America
Use the St. Louis profile to compare cost framing, transport access, and country-level context alongside Kansas City and Indianapolis.
Image credit: Image: Stephen Edmonds / Wikimedia Commons, CC BY-SA 3.0
United States / North America
Use the Kansas City profile to compare cost framing, transport access, and country-level context alongside St. Louis and Omaha-area peers.
Image credit: Image: USDAgov / Wikimedia Commons, Public domain
United States / North America
Use the San Antonio profile to compare cost framing, transport access, and country-level Texas context alongside Austin and Houston.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Sacramento profile to compare cost framing, transport access, and country-level California context alongside San Francisco and San Diego.
Image credit: Image: Michael Barera / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Milwaukee profile to compare cost framing, transport access, and country-level context alongside Chicago and Minneapolis.
Image credit: Image: Ynsalh / Wikimedia Commons, CC BY-SA 4.0
United States / North America
Use the Cincinnati profile to compare cost framing, transport access, and country-level context alongside Columbus and Indianapolis.
Image credit: Image: Erik Drost / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Cleveland profile to compare cost framing, transport access, and country-level context alongside Detroit and Pittsburgh.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / North America
Use the Memphis profile to compare cost framing, transport access, and country-level context alongside Nashville and St. Louis.
Image credit: Image: Buiobuione / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Victoria profile to compare cost framing, transport access, and country-level context alongside Vancouver and Seattle.
Image credit: Image: Joli Rumi / Wikimedia Commons, CC BY-SA 4.0
Canada / North America
Use the Saskatoon profile to compare cost framing, transport access, and country-level Canadian Prairie context alongside Edmonton and Winnipeg.
Image credit: Image: Giligone / Wikimedia Commons, CC BY-SA 3.0
Canada / North America
Use the Waterloo profile to compare cost framing, transport access, and country-level context alongside Toronto and Ottawa.
Image credit: Image: Darren Kirby (bulliver) / Wikimedia Commons, CC BY-SA 2.0
Canada / North America
Use the Kelowna profile to compare cost framing, transport access, and country-level context alongside Vancouver and Victoria.
Image credit: Image: m / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Wollongong profile to compare cost framing, transport access, and country-level context alongside Sydney and Newcastle.
Image credit: Image: Marcus Wong Wongm / Wikimedia Commons, CC BY-SA 3.0
Australia / Oceania
Use the Geelong profile to compare cost framing, transport access, and country-level context alongside Melbourne and Ballarat-region peers.
Image credit: Image: S. Newrick / Wikimedia Commons, CC BY-SA 4.0
Australia / Oceania
Use the Sunshine Coast profile to compare cost framing, transport access, and country-level Queensland context alongside Brisbane and Gold Coast.
Image credit: Image: Lawrence Murray from Perth, Australia / Wikimedia Commons, CC BY 2.0
New Zealand / Oceania
Use the Queenstown profile to compare cost framing, transport access, and country-level context alongside Auckland and Christchurch.
Image credit: Image: Robyn Gallagher from Auckland, New Zealand / Wikimedia Commons, CC BY 2.0
New Zealand / Oceania
Use the Napier profile to compare cost framing, transport access, and country-level context alongside Wellington and Auckland.
Image credit: Image: Petrus Potgieter, Petrus at en.wikipedia / Wikimedia Commons, Public domain
South Africa / Africa
Use the Pretoria profile to compare cost framing, transport access, and country-level context alongside Johannesburg and Cape Town.
Image credit: Image: Dewet / Wikimedia Commons, CC BY-SA 2.0
South Africa / Africa
Use the Stellenbosch profile to compare cost framing, transport access, and country-level Cape context alongside Cape Town.
Image credit: Image: Saiphani02 / Wikimedia Commons, CC BY-SA 4.0
India / South Asia
Use the Chennai profile to compare cost framing, transport access, and country-level South-India context alongside Bangalore and Hyderabad.
India / South Asia
Use the Hyderabad profile to compare cost framing, transport access, and country-level context alongside Bangalore and Chennai.
Image credit: Image: Pravega / Wikimedia Commons, CC0
India / South Asia
Use the Pune profile to compare cost framing, transport access, and country-level context alongside Mumbai and Bangalore.
India / South Asia
Use the Jaipur profile to compare cost framing, transport access, and country-level North-India context alongside Delhi and Mumbai.
Image credit: Image: DACP / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / North Yorkshire
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: John Lucas / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Hampshire
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Ragazzi00 / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Aberdeenshire
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Laerol / Wikimedia Commons, CC0
United Kingdom / Northern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: MonikaKub / Wikimedia Commons, CC BY-SA 4.0
Ireland / Northern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Typhoon / Wikimedia Commons, CC BY-SA 2.0
Ireland / Northern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Skimel / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Velvet / Wikimedia Commons, CC BY-SA 3.0
France / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Rémih / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: MathKnight and contributors (Bodoklecksel, Vassil, Calvin Kramer, Garitan, Diliff, DXR) / Wikimedia Commons, CC BY-SA 4.0
France / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Szilas / Wikimedia Commons, CC BY 4.0
France / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Killarnee / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Drdavid41 / Wikimedia Commons, CC BY-SA 4.0
Germany / Central Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Kanchelskis (derivative); original by Dantadd / Wikimedia Commons, CC BY-SA 2.5
Spain / Southern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Emilio Gomez Fernandez / Wikimedia Commons, CC BY-SA 4.0
Spain / Southern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Toksave / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Joaomartinho63 / Wikimedia Commons, CC BY-SA 3.0
Portugal / Southern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Massimo Catarinella / Wikimedia Commons, CC BY-SA 3.0
Italy / Tuscany
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Nick Savchenko from Kiev, Ukraine / Wikimedia Commons, CC BY-SA 2.0
Italy / Southern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Citta di Parma / Wikimedia Commons, CC BY-SA 2.0
Italy / Emilia-Romagna
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Paolo Damiano Dolce / Wikimedia Commons, CC BY-SA 4.0
Italy / Apulia
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Jean-Pol GRANDMONT / Wikimedia Commons, CC BY 3.0
Belgium / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: A.Savin / Wikimedia Commons, CC BY-SA 3.0
Belgium / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Reino Baptista at English Wikipedia / Wikimedia Commons, CC BY 3.0
Netherlands / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: M.Minderhoud / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Western Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Estormiz / Wikimedia Commons, CC0
Finland / Northern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Tomasz Sienicki / Wikimedia Commons, CC BY 2.5
Denmark / Northern Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Loode-Boreaallane / Wikimedia Commons, CC BY-SA 4.0
Estonia / Baltic Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Mantas Volungevicius / Wikimedia Commons, CC BY 2.0
Lithuania / Baltic Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: Ville Miettinen / Wikimedia Commons, CC BY 2.0
Slovakia / Central Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
Image credit: Image: konikt / Wikimedia Commons, CC BY 3.0
Poland / Central Europe
Use this record as a regional planning anchor while deeper source integration is pending. Verify access, transport, and seasonal context with official sources before relying on the page for travel decisions.
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Romania / Eastern Europe
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Romania / Eastern Europe
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Bulgaria / Southeastern Europe
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United States / Michigan
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Image credit: Image: thepipe26 / Wikimedia Commons, CC BY 2.0
United States / Louisiana
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Image credit: Image: Charles Delano of LouisvilleUSACE - Louisville District of the US Army Corp of Engineers / Wikimedia Commons, CC BY 2.0
United States / Kentucky
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Image credit: Image: Greater Oklahoma City Chamber and Oklahoma City Convention and Visitors Bureau / Wikimedia Commons, CC BY-SA 3.0
United States / Oklahoma
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Image credit: Image: shannonpatrick17 / Wikimedia Commons, CC BY 2.0
United States / Nebraska
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Image credit: Image: Erin Cave, Boise Chamber of Commerce / Wikimedia Commons, CC BY 2.0
United States / Idaho
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Image credit: Image: Sahmeditor / Wikimedia Commons, CC BY-SA 3.0
United States / Arizona
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Image credit: Image: 28thegreat / Wikimedia Commons, CC BY-SA 4.0
Canada / Saskatchewan
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Image credit: Image: Hanek45 at English Wikipedia / Wikimedia Commons, Public domain
Australia / Queensland
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Image credit: Image: Danubis / Wikimedia Commons, CC BY-SA 3.0
Australia / Queensland
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Image credit: Image: Gervo1865 at English Wikipedia / Wikimedia Commons, CC BY 2.5
Australia / Victoria
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Image credit: Image: Christophe95 / Wikimedia Commons, CC BY-SA 4.0
Australia / Victoria
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Image credit: Image: Wikivoyage user Plug (WT-shared) / Wikimedia Commons, Public domain
Australia / Tasmania
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Image credit: Image: Michal Klajban / Wikimedia Commons, CC BY-SA 4.0
New Zealand / Oceania
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Image credit: Image: Markus Koljonen (Dilaudid) / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Oceania
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Image credit: Image: No machine-readable author provided. Grizurgbg assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Germany / Bavaria
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Image credit: Image: H. Helmlechner / Wikimedia Commons, CC BY-SA 4.0
Germany / Bavaria
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Image credit: Image: Christian Wolf (www.c-w-design.de) / Wikimedia Commons, CC BY-SA 3.0 de
Germany / Schleswig-Holstein
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Image credit: Image: Paul Korecky / Wikimedia Commons, CC BY-SA 2.0
Germany / Brandenburg
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Image credit: Image: Martin Bahmann / Wikimedia Commons, CC BY-SA 3.0
Germany / Rhineland-Palatinate
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Image credit: Image: Diego Delso / Wikimedia Commons, CC BY-SA 4.0
Germany / Bavaria
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Image credit: Image: Klaas Ole Kürtz (Drbashir117) / Wikimedia Commons, CC BY-SA 2.5
Germany / Schleswig-Holstein
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Image credit: Image: Yves LC / Wikimedia Commons, CC BY-SA 3.0
France / Auvergne-Rhône-Alpes
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Image credit: Image: Jean-Marc Rosier (de/from http://www.cjrosier.com + http://www.gordes-immobilier.com) / Wikimedia Commons, CC BY-SA 3.0
France / Provence-Alpes-Côte d'Azur
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Image credit: Image: Parsifall / Wikimedia Commons, CC BY-SA 3.0
France / Grand Est
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Image credit: Image: Remi Jouan / Wikimedia Commons, CC BY-SA 3.0
France / Nouvelle-Aquitaine
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Image credit: Image: Ncadene~commonswiki / Wikimedia Commons, CC BY-SA 3.0
France / Occitanie
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Image credit: Image: bebatut / Wikimedia Commons, CC BY-SA 2.0
France / Auvergne-Rhône-Alpes
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Image credit: Image: Horst-schlaemma / Wikimedia Commons, CC0
Italy / Veneto
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Image credit: Image: Pxhere / Wikimedia Commons, CC0
Italy / Lombardy
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Image credit: Image: Luigino / Wikimedia Commons, Public domain
Italy / South Tyrol
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Image credit: Image: Commonists / Wikimedia Commons, CC BY-SA 4.0
Italy / Emilia-Romagna
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Image credit: Image: Edward Stephenson / Wikimedia Commons, CC BY 2.0
Italy / Umbria
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Image credit: Image: Myrabella / Wikimedia Commons, CC BY-SA 3.0
Italy / Tuscany
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Image credit: Image: Keta / Wikimedia Commons, CC BY-SA 2.5
Spain / Basque Country
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Image credit: Image: Dmitry Dzhus from London / Wikimedia Commons, CC BY 2.0
Spain / Castilla-La Mancha
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Image credit: Image: Santiagova / Wikimedia Commons, CC BY-SA 3.0 es
Spain / Castile and León
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Image credit: Image: Pablo Herrero from LA CORUÑA, Spain / Wikimedia Commons, CC BY 2.0
Spain / Galicia
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Image credit: Image: Patronat de Turisme Costa Brava Pirineu de Girona / Wikimedia Commons, CC BY-SA 3.0
Spain / Catalonia
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Image credit: Image: Andrzej Otrębski / Wikimedia Commons, CC BY-SA 4.0
Poland / Kuyavia-Pomerania
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Image credit: Image: Kontrola / Wikimedia Commons, CC BY-SA 4.0
Poland / Pomerania
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Image credit: Image: Andrzej Otrębski / Wikimedia Commons, CC BY-SA 3.0
Poland / West Pomerania
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Image credit: Image: Monika Towiańska / Wikimedia Commons, CC BY-SA 4.0
Poland / Warmia-Masuria
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Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Netherlands / South Holland
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Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Netherlands / South Holland
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Image credit: Image: Szilas / Wikimedia Commons, CC BY-SA 4.0
Netherlands / Gelderland
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Image credit: Image: Bengt Nyman / Wikimedia Commons, CC BY 2.0
Portugal / Madeira
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Image credit: Image: PauloPinto65 / Wikimedia Commons, CC BY-SA 4.0
Portugal / Norte Region
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Image credit: Image: Paolo Querci / Wikimedia Commons, CC BY 3.0
Portugal / Alentejo
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Image credit: Image: Jsdo1980 / Wikimedia Commons, Public domain
Sweden / Skåne
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Image credit: Image: Dag Lindgren / Wikimedia Commons, CC BY-SA 3.0
Sweden / Västerbotten
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Image credit: Image: Thuresson / Wikimedia Commons, CC BY-SA 2.5
Sweden / Östergötland
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Image credit: Image: Aisano / Wikimedia Commons, CC BY-SA 3.0
Romania / Transylvania
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Image credit: Image: Julian Nyča / Wikimedia Commons, CC BY-SA 4.0
Romania / Dobruja
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Image credit: Image: Olmütz_hauptplatz.JPG: Dominik Tefert. The original uploader was Dominik.Tefert at German Wikipedia. derivative work: Millenium187 / Wikimedia Commons, Public domain
Czechia / Moravia
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Image credit: Image: rboed* / Wikimedia Commons, CC BY 2.0
Czechia / Bohemia
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Image credit: Image: Photo: Andreas Praefcke / Wikimedia Commons, CC BY 3.0
Austria / Salzburg State
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Image credit: Image: Michael aus Halle / Wikimedia Commons, CC BY-SA 3.0
Austria / Tyrol
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Image credit: Image: Bernard Gagnon / Wikimedia Commons, CC BY-SA 3.0
Greece / Crete
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Image credit: Image: photosiotas / Wikimedia Commons, CC BY-SA 4.0
Greece / Epirus
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Image credit: Image: MattiKSinisalo at Finnish Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Finland / Lapland
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Image credit: Image: Tiia Monto / Wikimedia Commons, CC BY-SA 3.0
Finland / Central Finland
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Image credit: Image: Marc Ryckaert / Wikimedia Commons, CC BY 3.0
Belgium / West Flanders
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Image credit: Image: Donar Reiskoffer / Wikimedia Commons, CC BY 3.0
Belgium / Antwerp Province
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Image credit: Image: Mariusz Paździora / Wikimedia Commons, CC BY-SA 3.0
Denmark / Zealand
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Image credit: Image: Zysko serhii / Wikimedia Commons, CC BY-SA 4.0
Croatia / Dalmatia
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Image credit: Image: Sebastian Mierzwa / Wikimedia Commons, CC BY-SA 4.0
Slovakia / Žilina Region
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Image credit: Image: Ralf Roletschek / Wikimedia Commons, CC BY-SA 1.0 fi
Slovenia / Lower Styria
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Image credit: Image: Elekes Andor / Wikimedia Commons, CC BY 4.0
Hungary / Southern Transdanubia
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Image credit: Image: Deensel / Wikimedia Commons, CC BY 2.0
Bulgaria / Sofia City Province
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Image credit: Image: Diliff / Wikimedia Commons, CC BY-SA 3.0
Lithuania / Kaunas County
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Image credit: Image: Raboe001 / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Somerset
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Image credit: Image: Tagishsimon / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Tyne and Wear
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Image credit: Image: Willednic at English Wikipedia / Wikimedia Commons, CC BY 3.0
United Kingdom / Nottinghamshire
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Image credit: Image: Nilfanion / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Devon
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Image credit: Image: Derek Harper / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Devon
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Image credit: Image: Ashley Dace / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Norfolk
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Image credit: Image: Numero007 / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Wales
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Image credit: Image: Northlimitation / Wikimedia Commons, Public domain
United Kingdom / Scottish Highlands
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Image credit: Image: Michael Parry / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Northern Ireland
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Image credit: Image: Alan Heardman / Wikimedia Commons, CC BY-SA 2.0
Ireland / Munster
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Image credit: Image: No machine-readable author provided. J.Pollock assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Ireland / Leinster
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Image credit: Image: Gerd Eichmann / Wikimedia Commons, CC BY-SA 4.0
Ireland / Connacht
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Image credit: Image: User:Deadstar / Wikimedia Commons, CC BY-SA 3.0
Ireland / Leinster
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Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / New York
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Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / Rhode Island
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Image credit: Image: formulanone / Wikimedia Commons, CC BY-SA 2.0
United States / Virginia
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Image credit: Image: RCraig09 / Wikimedia Commons, CC BY-SA 3.0
United States / Georgia
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Image credit: Image: Khanrak / Wikimedia Commons, CC BY-SA 3.0
United States / South Carolina
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Image credit: Image: AbeEzekowitz / Wikimedia Commons, CC BY-SA 3.0
United States / North Carolina
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Image credit: Image: Will Fisher / Wikimedia Commons, CC BY-SA 2.0
United States / Tennessee
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Image credit: Image: Imilious / Wikimedia Commons, CC BY-SA 3.0
United States / Tennessee
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Image credit: Image: Rachel Kramer / Wikimedia Commons, CC BY 2.0
United States / Michigan
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Image credit: Image: SounderBruce / Wikimedia Commons, CC BY-SA 4.0
United States / Washington
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Image credit: Image: Prazak / Wikimedia Commons, CC BY-SA 3.0
United States / New Mexico
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Image credit: Image: Danae Hurst, Asaavedra32, John Phelan, Luigi Novi crop, montage and hue/contrast changes: KingCam / Wikimedia Commons, CC BY-SA 3.0
United States / New Mexico
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Image credit: Image: Jared and Corin / Wikimedia Commons, CC BY-SA 2.0
United States / Vermont
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Image credit: Image: Frank K. from Anchorage, Alaska, USA / Wikimedia Commons, CC BY 2.0
United States / Alaska
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Image credit: Image: Farragutful / Wikimedia Commons, CC BY-SA 4.0
United States / Hawaii
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Image credit: Image: Tim Kiser (w:User:Malepheasant) / Wikimedia Commons, CC BY-SA 2.5
United States / Iowa
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Image credit: Image: Nhl4hamilton (Rick Cordeiro) / Wikimedia Commons, Public domain
Canada / Ontario
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Image credit: Image: Judicieux / Wikimedia Commons, CC BY-SA 4.0
Canada / Newfoundland and Labrador
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Image credit: Image: Martin Cathrae from Charlottetown, PE, Canada / Wikimedia Commons, CC BY-SA 2.0
Canada / Prince Edward Island
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Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 3.0
Canada / Ontario
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Image credit: Image: No machine-readable author provided. Adam the atom assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Canada / Quebec
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Image credit: Image: WMrapids / Wikimedia Commons, CC0
Canada / Ontario
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Image credit: Image: JustSomePics / Wikimedia Commons, CC BY-SA 4.0
Canada / Ontario
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Image credit: Image: Lëa-Kim Châteauneuf / Wikimedia Commons, CC BY-SA 4.0
Canada / Quebec
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Image credit: Image: C.mcintyre01 / Wikimedia Commons, CC BY-SA 3.0
Australia / Queensland
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Image credit: Image: Bram Souffreau / Wikimedia Commons, CC BY-SA 2.0
Australia / Western Australia
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Image credit: Image: Tim / Wikimedia Commons, CC BY-SA 2.0
Australia / New South Wales
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Image credit: Image: Kert58 at English Wikipedia / Wikimedia Commons, Public domain
Australia / New South Wales
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Image credit: Image: The original uploader was Longhair at English Wikipedia. / Wikimedia Commons, CC BY 2.5
Australia / Victoria
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Image credit: Image: Pseudopanax at en.wikipedia / Wikimedia Commons, Public domain
New Zealand / Bay of Plenty
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Image credit: Image: Pakaraki / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Taranaki
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Image credit: Image: Nick Kelly / Faithlife Corporation / Wikimedia Commons, CC BY-SA 4.0
United States / Washington
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Image credit: Image: Ljmajer / Wikimedia Commons, Public domain
United States / Oregon
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Image credit: Image: Cacophony / Wikimedia Commons, CC BY-SA 3.0
United States / Oregon
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Image credit: Image: No machine-readable author provided. Matt314 assumed (based on copyright claims). / Wikimedia Commons, CC BY 2.5
United States / California
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Image credit: Image: John Wiley User:Jw4nvc - Santa Barbara, California / Wikimedia Commons, CC BY 3.0
United States / California
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Image credit: Image: Deborah Lee Soltesz from Flagstaff, AZ / Wikimedia Commons, CC0
United States / Arizona
Treat Flagstaff as a planning anchor for local-first research and nearby weekend-rest discovery, verifying park access, transport, and seasonal conditions with official sources.
Image credit: Image: Quintin Soloviev / Wikimedia Commons, CC BY 4.0
United States / Montana
Use Missoula as a planning anchor for local-first research and nearby weekend-rest discovery, checking access, transport, and seasonal details with official sources.
Image credit: Image: Feetyouwear / Wikimedia Commons, CC BY 2.0
United States / Montana
Treat Bozeman as a planning anchor for local-first research and nearby weekend-rest discovery, verifying park and trail access, transport, and seasonal conditions with official sources.
Image credit: Image: Wusel007 / Wikimedia Commons, CC BY-SA 3.0
United States / Colorado
Use Fort Collins as a planning anchor for local-first research and nearby weekend-rest discovery, confirming access, transport, and seasonal details with official sources.
Image credit: Image: Raburrell / Wikimedia Commons, CC BY-SA 4.0
United States / Colorado
Treat Durango as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal conditions with official sources.
Image credit: Image: Jon Platek / Wikimedia Commons, CC BY-SA 3.0
United States / South Dakota
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: formulanone / Wikimedia Commons, CC BY-SA 2.0
United States / North Dakota
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Sletbte / Wikimedia Commons, CC BY-SA 3.0
United States / Minnesota
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Billwhittaker / Wikimedia Commons, CC BY-SA 3.0
United States / Iowa
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: User: (WT-shared) Haem85 at wts wikivoyage / Wikimedia Commons, CC BY-SA 3.0
United States / Michigan
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Fb78 / Wikimedia Commons, CC BY-SA 3.0
Germany / Baden-Württemberg
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Wolkenkratzer / Wikimedia Commons, CC BY-SA 4.0
Germany / Rhineland-Palatinate
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Lwwwnard / Wikimedia Commons, CC BY 4.0
Germany / Mecklenburg-Vorpommern
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Steffen Prößdorf / Wikimedia Commons, CC BY-SA 4.0
Germany / Thuringia
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Milei.vencel / Wikimedia Commons, CC BY-SA 4.0
Germany / Bavaria
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Wolfgang Pehlemann / Wikimedia Commons, CC BY-SA 3.0
Germany / Schleswig-Holstein
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Schläsinger / Wikimedia Commons, CC BY-SA 3.0
Germany / Saxony
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Aconcagua / Wikimedia Commons, CC BY-SA 3.0
Germany / Bavaria
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Florian Pépellin / Wikimedia Commons, CC BY-SA 3.0
France / Savoie, Auvergne-Rhône-Alpes
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Trutat, Eugène (1840-1910). Photographe / Wikimedia Commons, Public domain
France / Pyrénées-Atlantiques, Nouvelle-Aquitaine
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Wikipedro / Wikimedia Commons, CC BY-SA 4.0
France / Doubs, Bourgogne-Franche-Comté
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Daniel VILLAFRUELA / Wikimedia Commons, CC BY-SA 3.0
France / Pyrénées-Atlantiques, Nouvelle-Aquitaine
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Thesupermat / Wikimedia Commons, CC BY-SA 3.0
France / Finistère, Brittany
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Jean Tosti / Wikimedia Commons, Public domain
France / Pyrénées-Orientales, Occitania
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Roi.dagobert / Wikimedia Commons, CC BY-SA 3.0
France / Calvados, Normandy
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: cristianocani / Wikimedia Commons, CC BY 2.0
Italy / Sardinia
As a planning anchor, Cagliari rewards local-first research and nearby weekend-rest discovery, with travellers advised to verify ferry, port, airport and seasonal access details through official sources.
Image credit: Image: Haneburger / Wikimedia Commons, Public domain
Italy / Trentino-Alto Adige
Trento serves as a planning anchor for local-first research and nearby weekend-rest discovery, with alpine access, transport and seasonal conditions best confirmed through official sources.
Image credit: Image: Gian77 at Italian Wikipedia / Wikimedia Commons, Public domain
Italy / Friuli-Venezia Giulia
As a planning anchor, Udine suits local-first research and nearby weekend-rest discovery, with transport links and seasonal details worth verifying through official sources.
Image credit: Image: No machine-readable author provided. Giacomus~commonswiki assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 2.5 it
Italy / Marche
Ancona works as a planning anchor for local-first research and nearby weekend-rest discovery, with port, ferry and seasonal access details best checked through official sources.
Image credit: Image: Ra Boe / Wikimedia Commons, CC BY-SA 2.5
Italy / Abruzzo
L'Aquila serves as a planning anchor for local-first research and nearby weekend-rest discovery, with mountain access, road conditions and seasonal details best verified through official sources.
Image credit: Image: Myke Bryan / Wikimedia Commons, CC BY 2.0
Italy / Sicily
As a planning anchor, Trapani suits local-first research and nearby weekend-rest discovery, with ferry, port and seasonal access details worth confirming through official sources.
Image credit: Image: Tiia Monto / Wikimedia Commons, CC BY-SA 3.0
Italy / Aosta Valley
Aosta works as a planning anchor for local-first research and nearby weekend-rest discovery, with pass routes, tunnels, transport and seasonal access best verified through official sources.
Image credit: Image: No machine-readable author provided. Jungpionier assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / County Durham, England
As a planning anchor, Durham suits local-first research and nearby weekend-rest discovery, with rail links, transport and seasonal details best confirmed through official sources.
Image credit: Image: Lupin at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
United Kingdom / Lancashire, England
Lancaster serves as a planning anchor for local-first research and nearby weekend-rest discovery, with transport links and seasonal access details worth verifying through official sources.
Image credit: Image: Alex / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Cumbria, England
As a planning anchor, Carlisle suits local-first research and nearby weekend-rest discovery, with rail connections, transport and seasonal access details best checked through official sources.
Image credit: Image: Chris McKenna (user:Thryduulf) / Wikimedia Commons, CC BY-SA 4.0
United Kingdom / Lincolnshire, England
Treat Lincoln as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal opening details with official sources before travelling.
Image credit: Image: User:Imagaril / Wikimedia Commons, Public domain
United Kingdom / East Riding of Yorkshire, England
Use Hull as a planning anchor for local-first research and nearby weekend-rest discovery, confirming access, transport links, and seasonal details with official sources.
Image credit: Image: Ian S / Wikimedia Commons, CC BY-SA 2.0
United Kingdom / Staffordshire, England
Approach Stoke-on-Trent as a planning anchor for local-first research and nearby weekend-rest discovery, checking access, transport, and seasonal details with official sources.
Image credit: Image: Tim Green / Wikimedia Commons, CC BY 2.0
United Kingdom / Cornwall, England
Consider Truro a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, tide, and seasonal details with official sources.
Image credit: Image: Braveheart / Wikimedia Commons, Public domain
Canada / British Columbia
Use Nanaimo as a planning anchor for local-first research and nearby weekend-rest discovery, confirming ferry schedules, road access, and seasonal details with official sources.
Image credit: Image: Chensiyuan / Wikimedia Commons, CC BY-SA 3.0
Canada / British Columbia
Treat Kamloops as a planning anchor for local-first research and nearby weekend-rest discovery, verifying trail access, road and rail connections, and seasonal details with official sources.
Image credit: Image: Iranianson / Wikimedia Commons, CC BY-SA 3.0
Canada / British Columbia
Use Prince George as a planning anchor for local-first research and nearby weekend-rest discovery, confirming road access, services, and seasonal details with official sources.
Image credit: Image: User:Trevor MacInnis / Wikimedia Commons, Public domain
Canada / Northwest Territories
Approach Yellowknife as a planning anchor for local-first research and nearby weekend-rest discovery, carefully verifying access, transport, daylight, and seasonal conditions with official sources.
Image credit: Image: Louis White / Wikimedia Commons, CC BY-SA 2.0
Canada / Yukon
Use Whitehorse as a planning anchor for local-first research and nearby weekend-rest discovery, confirming highway access, transport, daylight, and seasonal conditions with official sources.
Image credit: Image: P199 / Wikimedia Commons, CC BY-SA 4.0
Canada / Ontario
Treat Greater Sudbury as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Frobles / Wikimedia Commons, CC BY-SA 4.0
Spain / Asturias
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Nafarroako Gobernua / Wikimedia Commons, CC BY 4.0
Spain / Navarre
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: User:Vmenkov / Wikimedia Commons, CC BY-SA 3.0
Spain / Catalonia
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Eryna / Wikimedia Commons, CC BY-SA 4.0
Spain / La Rioja
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Lorenzo Vallés / Wikimedia Commons, CC BY-SA 3.0
Spain / Extremadura
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Elemaki / Wikimedia Commons, CC BY 3.0
Spain / Aragon
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Bidgee / Wikimedia Commons, CC BY 3.0
Australia / New South Wales
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Paul Lakin / Wikimedia Commons, CC BY 3.0
Australia / New South Wales
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: W. Bulach / Wikimedia Commons, CC BY-SA 4.0
Australia / Western Australia
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: ZayZayEM at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Australia / Queensland
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: YSSYguy at English Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Australia / Tasmania
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify ferry schedules, transport links, and seasonal access through official sources.
Image credit: Image: Jan Paweł Bochen / Wikimedia Commons, CC BY 4.0
Poland / Kuyavian-Pomeranian Voivodeship
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Kroton / Wikimedia Commons, CC BY-SA 4.0
Poland / Subcarpathian Voivodeship
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Emilia Ernst / Wikimedia Commons, CC BY-SA 4.0
Poland / Podlaskie Voivodeship
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Maksym Kozlenko / Wikimedia Commons, CC BY-SA 4.0
Poland / Lesser Poland Voivodeship
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Fryslan0109 at English Wikipedia / Wikimedia Commons, Public domain
Netherlands / North Holland
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Mackensen / Wikimedia Commons, Public domain
Netherlands / Gelderland
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Nummer 12 / Wikimedia Commons, CC BY-SA 3.0
Netherlands / Overijssel
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: User:Luso-Tuga (Pedrosimoes7 / Wikimedia Commons, CC BY 2.0
Portugal / Centro (Viseu Dão Lafões)
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Osvaldo Gago - fotografar.net / Wikimedia Commons, CC BY-SA 3.0
Portugal / Norte (Alto Minho)
This record works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Manuel Anastácio / Wikimedia Commons, CC BY 2.0
Portugal / Norte (Trás-os-Montes)
Bragança works as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to confirm access, transport, and seasonal details through official sources.
Image credit: Image: Citronlemonad / Wikimedia Commons, CC0
Sweden / Jönköping County
Jönköping serves as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best verified through official sources.
Image credit: Image: Bene Riobó / Wikimedia Commons, CC BY-SA 4.0
Sweden / Värmland County
Karlstad functions as a planning anchor for local-first research and nearby weekend-rest discovery, with travellers advised to verify access, transport, and seasonal details through official sources.
Image credit: Image: Żeglarz / Wikimedia Commons, Public domain
Sweden / Gotland County
Visby acts as a planning anchor for local-first research and nearby weekend-rest discovery, with island access by boat and air, transport, and seasonal details best confirmed through official sources.
Image credit: Image: Mark Waters / Wikimedia Commons, CC BY 2.0
Ireland / County Mayo
Westport serves as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best verified through official sources.
Image credit: Image: Colin Park / Wikimedia Commons, CC BY-SA 2.0
Ireland / County Kerry
Tralee works as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best confirmed through official sources.
Image credit: Image: Me / Wikimedia Commons, Public domain
Ireland / County Donegal
Letterkenny serves as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best verified through official sources.
Image credit: Image: Asybaris01 / Wikimedia Commons, Public domain
Romania / Iași County
Iași acts as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best confirmed through official sources.
Image credit: Image: POPOVICI Dan Cristian / Wikimedia Commons, CC BY-SA 3.0 ro
Romania / Maramureș County
Baia Mare functions as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best verified through official sources.
Image credit: Image: Ximonic (Simo Räsänen) / Wikimedia Commons, CC BY-SA 4.0
Finland / North Savo
Kuopio serves as a planning anchor for local-first research and nearby weekend-rest discovery, with access, transport, and seasonal details best confirmed through official sources.
Image credit: Image: Roland Struwe / Wikimedia Commons, CC BY-SA 3.0
Finland / Ostrobothnia
Treat this entry as a planning anchor for local-first research and nearby weekend-rest discovery, confirming ferry, archipelago access, transport, and seasonal details with official sources before travel.
Image credit: Image: Godber, Albert Percy, 1875-1949 / Wikimedia Commons, Public domain
New Zealand / Northland
Use this entry as a planning anchor for local-first research and nearby weekend-rest discovery, verifying road access, transport, and seasonal conditions with official sources before travel.
Image credit: Image: Nzwj / Wikimedia Commons, CC BY-SA 3.0
New Zealand / Waikato
Approach this entry as a planning anchor for local-first research and nearby weekend-rest discovery, checking transport links, river access, and seasonal details with official sources before travel.
Image credit: Image: No machine-readable author provided. Thalion77~commonswiki assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 2.5
Czechia / Liberec Region
Consider this entry a planning anchor for local-first research and nearby weekend-rest discovery, confirming mountain access, transport, and seasonal conditions with official sources before travel.
Image credit: Image: Pavel Rychtecký / Wikimedia Commons, CC BY 3.0
Czechia / South Bohemian Region
Use this entry as a planning anchor for local-first research and nearby weekend-rest discovery, verifying transport, river access, and seasonal details with official sources before travel.
Image credit: Image: Ralf Roletschek / Wikimedia Commons, CC BY-SA 3.0 at
Austria / Styria
Treat this entry as a planning anchor for local-first research and nearby weekend-rest discovery, confirming transport, regional access, and seasonal details with official sources before travel.
Image credit: Image: Johann Jaritz / Wikimedia Commons, CC BY-SA 3.0
Austria / Carinthia
Use this entry as a planning anchor for local-first research and nearby weekend-rest discovery, verifying lake and mountain access, transport, and seasonal details with official sources before travel.
Image credit: Image: Politicslover2 / Wikimedia Commons, Public domain
Greece / Eastern Macedonia and Thrace
Approach this entry as a planning anchor for local-first research and nearby weekend-rest discovery, confirming ferry, coastal access, transport, and seasonal details with official sources before travel.
Image credit: Image: Tsints / Wikimedia Commons, CC BY-SA 3.0
Greece / Thessaly
Use this entry as a planning anchor for local-first research and nearby weekend-rest discovery, verifying port, coastal and mountain access, transport, and seasonal details with official sources before travel.
Image credit: Image: No machine-readable author provided. Cnyborg assumed (based on copyright claims). / Wikimedia Commons, CC BY-SA 3.0
Denmark / Region of Southern Denmark
Consider this entry a planning anchor for local-first research and nearby weekend-rest discovery, confirming coastal and national-park access, transport, and seasonal details with official sources before travel.
Image credit: Image: Joachim Köhler at German Wikipedia / Wikimedia Commons, CC BY-SA 3.0
Belgium / Limburg (Flanders)
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: László Szalai (Beyond silence) / Wikimedia Commons, Public domain
Croatia / Primorje-Gorski Kotar County
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: GSouthFace / Wikimedia Commons, Public domain
Slovakia / Banská Bystrica Region
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Nicu Farcaș / Wikimedia Commons, CC BY-SA 3.0
Hungary / Hajdú-Bihar County (Northern Great Plain)
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Collage by Dvais5. Photograph authors and links (from top to bottom, left to right): Panorama from 'Slaveikov' District: File:Night Panorama of Burgas.jpg, Nasomatrix Cultural Center Sea Casino: File:Kazino8.jpg, Kazinobs Square 'Tsaritsa Ioanna': File:Burgas Bulgarien PD 2011 20.JPG, Bin im Garten The Clock: File:IS Burgas3.PNG, Ivanistudio Complex 'Panteona': File:ComplexPan.jpg, http://www.luximoti.bg/Apartamenti_v_Bulgaria/AD3859BG_Apartament_prodava_v_Burgas.html The Compass: File:IS Burgas2.PNG, Ivanistudio Burgas Art Gallery: File:Burgas-art-gallery-2.jpg, Vassia Atanassova - Spiritia St. st. Cyril and Methodius: File:Храм КиМ.JPG, Nasomatrix Sand Sculpture Festival Panorama: File:SandSculptures Burgas Panorama.png, Dvais5 Bay of Burgas: File:Burgas-bridge-Nasomatrix.jpg, Nasomatrix / Wikimedia Commons, CC BY-SA 4.0
Bulgaria / Burgas Province
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: UrteDra / Wikimedia Commons, CC BY-SA 4.0
Lithuania / Šiauliai County
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: TadejM / Wikimedia Commons, CC BY-SA 4.0
Slovenia / Upper Carniola
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Kristian Pikner / Wikimedia Commons, CC BY-SA 4.0
Estonia / Pärnu County
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Guntars Mednis / Wikimedia Commons, CC BY-SA 3.0
Latvia / Vidzeme (Cēsis Municipality)
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
Image credit: Image: Zinneke / Wikimedia Commons, CC BY-SA 4.0
Luxembourg / Canton of Esch-sur-Alzette
Treat this record as a planning anchor for local-first research and nearby weekend-rest discovery, verifying access, transport, and seasonal details with official sources.
The homepage includes a compact table so search engines and users can compare core scores without waiting for client-side JavaScript.
| Metric | Value | Context |
|---|---|---|
| Norfolk | 60/100 | United States; affordability 58/100, air quality 56/100, energy 57/100. |
| Jersey City | 59/100 | United States; affordability 40/100, air quality 52/100, energy 58/100. |
| Durham | 63/100 | United States; affordability 55/100, air quality 62/100, energy 60/100. |
| Lincoln | 62/100 | United States; affordability 68/100, air quality 62/100, energy 58/100. |
| West Palm Beach | 58/100 | United States; affordability 42/100, air quality 58/100, energy 55/100. |
| Clearwater | 56/100 | United States; affordability 46/100, air quality 58/100, energy 54/100. |
| Sarasota | 57/100 | United States; affordability 44/100, air quality 60/100, energy 54/100. |
| Fort Myers | 56/100 | United States; affordability 48/100, air quality 58/100, energy 53/100. |
| Myrtle Beach | 54/100 | United States; affordability 56/100, air quality 58/100, energy 52/100. |
| Clarksville | 58/100 | United States; affordability 64/100, air quality 58/100, energy 56/100. |
| Harrisburg | 59/100 | United States; affordability 60/100, air quality 56/100, energy 56/100. |
| Albany | 59/100 | United States; affordability 54/100, air quality 62/100, energy 56/100. |
| College Station | 60/100 | United States; affordability 62/100, air quality 58/100, energy 56/100. |
| St. Augustine | 53/100 | United States; affordability 48/100, air quality 60/100, energy 52/100. |
| Galveston | 52/100 | United States; affordability 54/100, air quality 56/100, energy 52/100. |
| Jackson | 54/100 | United States; affordability 28/100, air quality 74/100, energy 54/100. |
| Manchester | 58/100 | United States; affordability 52/100, air quality 64/100, energy 56/100. |
| Portland | 57/100 | United States; affordability 48/100, air quality 66/100, energy 55/100. |
| Murfreesboro | 59/100 | United States; affordability 58/100, air quality 58/100, energy 56/100. |
| Waco | 58/100 | United States; affordability 62/100, air quality 56/100, energy 55/100. |
| Brownsville | 53/100 | United States; affordability 68/100, air quality 54/100, energy 52/100. |
| Coeur d'Alene | 55/100 | United States; affordability 44/100, air quality 66/100, energy 54/100. |
| Trenton | 55/100 | United States; affordability 54/100, air quality 54/100, energy 55/100. |
| Annapolis | 56/100 | United States; affordability 40/100, air quality 58/100, energy 55/100. |
| Frederick | 58/100 | United States; affordability 50/100, air quality 60/100, energy 56/100. |
| Gainesville | 57/100 | United States; affordability 56/100, air quality 60/100, energy 55/100. |
| Rochester | 60/100 | United States; affordability 56/100, air quality 64/100, energy 56/100. |
| Melbourne | 56/100 | United States; affordability 52/100, air quality 58/100, energy 54/100. |
| Cedar Rapids | 58/100 | United States; affordability 64/100, air quality 58/100, energy 55/100. |
| Bismarck | 58/100 | United States; affordability 62/100, air quality 64/100, energy 58/100. |
| Helena | 57/100 | United States; affordability 54/100, air quality 68/100, energy 55/100. |
| Cheyenne | 57/100 | United States; affordability 58/100, air quality 66/100, energy 56/100. |
| Cary | 61/100 | United States; affordability 52/100, air quality 62/100, energy 58/100. |
| Naples | 55/100 | United States; affordability 36/100, air quality 62/100, energy 54/100. |
| Koblenz | 60/100 | Germany; affordability 58/100, air quality 60/100, energy 55/100. |
| Kaiserslautern | 57/100 | Germany; affordability 60/100, air quality 58/100, energy 54/100. |
| Bamberg | 59/100 | Germany; affordability 56/100, air quality 62/100, energy 55/100. |
| Schwerin | 56/100 | Germany; affordability 60/100, air quality 64/100, energy 53/100. |
| Erlangen | 61/100 | Germany; affordability 54/100, air quality 60/100, energy 56/100. |
| Göttingen | 58/100 | Germany; affordability 58/100, air quality 61/100, energy 55/100. |
| Jena | 58/100 | Germany; affordability 57/100, air quality 60/100, energy 55/100. |
| Bremerhaven | 54/100 | Germany; affordability 60/100, air quality 62/100, energy 52/100. |
| Weimar | 56/100 | Germany; affordability 57/100, air quality 62/100, energy 54/100. |
| Stralsund | 55/100 | Germany; affordability 59/100, air quality 64/100, energy 53/100. |
| Baden-Baden | 57/100 | Germany; affordability 50/100, air quality 65/100, energy 55/100. |
| Fulda | 56/100 | Germany; affordability 59/100, air quality 62/100, energy 54/100. |
| Hildesheim | 56/100 | Germany; affordability 59/100, air quality 61/100, energy 54/100. |
| Cottbus | 54/100 | Germany; affordability 62/100, air quality 60/100, energy 52/100. |
| Ajaccio | 64/100 | France; affordability 52/100, air quality 78/100, energy 60/100. |
| Biarritz | 60/100 | France; affordability 44/100, air quality 76/100, energy 58/100. |
| Carcassonne | 58/100 | France; affordability 56/100, air quality 72/100, energy 56/100. |
| Bastia | 60/100 | France; affordability 50/100, air quality 76/100, energy 58/100. |
| Saint-Malo | 59/100 | France; affordability 50/100, air quality 78/100, energy 56/100. |
| Tarbes | 56/100 | France; affordability 60/100, air quality 74/100, energy 54/100. |
| Vannes | 58/100 | France; affordability 52/100, air quality 78/100, energy 56/100. |
| Albi | 56/100 | France; affordability 58/100, air quality 74/100, energy 54/100. |
| Cherbourg | 55/100 | France; affordability 58/100, air quality 76/100, energy 54/100. |
| Beziers | 56/100 | France; affordability 58/100, air quality 72/100, energy 54/100. |
| Arras | 55/100 | France; affordability 60/100, air quality 66/100, energy 56/100. |
| Narbonne | 55/100 | France; affordability 58/100, air quality 72/100, energy 54/100. |
| Syracuse | 56/100 | Italy; affordability 60/100, air quality 58/100, energy 52/100. |
| Livorno | 57/100 | Italy; affordability 56/100, air quality 55/100, energy 53/100. |
| Brindisi | 53/100 | Italy; affordability 62/100, air quality 55/100, energy 50/100. |
| Matera | 54/100 | Italy; affordability 64/100, air quality 60/100, energy 50/100. |
| Mantua | 56/100 | Italy; affordability 58/100, air quality 50/100, energy 53/100. |
| Olbia | 52/100 | Italy; affordability 54/100, air quality 62/100, energy 49/100. |
| Agrigento | 51/100 | Italy; affordability 63/100, air quality 58/100, energy 49/100. |
| Novara | 53/100 | Italy; affordability 57/100, air quality 47/100, energy 54/100. |
| Arezzo | 54/100 | Italy; affordability 58/100, air quality 55/100, energy 52/100. |
| Piacenza | 53/100 | Italy; affordability 58/100, air quality 46/100, energy 54/100. |
| Belluno | 56/100 | Italy; affordability 56/100, air quality 66/100, energy 55/100. |
| Grosseto | 53/100 | Italy; affordability 59/100, air quality 60/100, energy 51/100. |
| Badajoz | 64/100 | Spain; affordability 78/100, air quality 73/100, energy 68/100. |
| Marbella | 66/100 | Spain; affordability 52/100, air quality 74/100, energy 67/100. |
| Lleida | 65/100 | Spain; affordability 73/100, air quality 71/100, energy 69/100. |
| Mérida | 63/100 | Spain; affordability 79/100, air quality 74/100, energy 67/100. |
| Huelva | 62/100 | Spain; affordability 76/100, air quality 65/100, energy 66/100. |
| Segovia | 64/100 | Spain; affordability 72/100, air quality 78/100, energy 68/100. |
| Benidorm | 60/100 | Spain; affordability 64/100, air quality 72/100, energy 64/100. |
| Algeciras | 61/100 | Spain; affordability 73/100, air quality 66/100, energy 67/100. |
| Ceuta | 58/100 | Spain; affordability 68/100, air quality 69/100, energy 60/100. |
| Ourense | 61/100 | Spain; affordability 75/100, air quality 77/100, energy 67/100. |
| Teruel | 58/100 | Spain; affordability 80/100, air quality 79/100, energy 64/100. |
| Zielona Gora | 64/100 | Poland; affordability 70/100, air quality 62/100, energy 60/100. |
| Sopot | 60/100 | Poland; affordability 45/100, air quality 66/100, energy 60/100. |
| Gorzow Wielkopolski | 60/100 | Poland; affordability 70/100, air quality 60/100, energy 58/100. |
| Jelenia Gora | 61/100 | Poland; affordability 66/100, air quality 60/100, energy 58/100. |
| Przemysl | 56/100 | Poland; affordability 70/100, air quality 60/100, energy 54/100. |
| Nowy Sacz | 57/100 | Poland; affordability 68/100, air quality 54/100, energy 56/100. |
| Swinoujscie | 56/100 | Poland; affordability 58/100, air quality 66/100, energy 56/100. |
| Kolobrzeg | 54/100 | Poland; affordability 58/100, air quality 66/100, energy 54/100. |
| Grudziadz | 53/100 | Poland; affordability 68/100, air quality 60/100, energy 52/100. |
| Konin | 52/100 | Poland; affordability 70/100, air quality 54/100, energy 50/100. |
| Ivano-Frankivsk | 60/100 | Ukraine; affordability 72/100, air quality 62/100, energy 52/100. |
| Uzhhorod | 59/100 | Ukraine; affordability 70/100, air quality 63/100, energy 50/100. |
| Chernivtsi | 58/100 | Ukraine; affordability 71/100, air quality 60/100, energy 50/100. |
| Ternopil | 56/100 | Ukraine; affordability 73/100, air quality 61/100, energy 50/100. |
| Khmelnytskyi | 55/100 | Ukraine; affordability 74/100, air quality 58/100, energy 50/100. |
| Rivne | 54/100 | Ukraine; affordability 74/100, air quality 59/100, energy 50/100. |
| Lutsk | 54/100 | Ukraine; affordability 73/100, air quality 59/100, energy 50/100. |
| Zhytomyr | 54/100 | Ukraine; affordability 74/100, air quality 58/100, energy 50/100. |
| Sumy | 51/100 | Ukraine; affordability 75/100, air quality 56/100, energy 49/100. |
| Kropyvnytskyi | 52/100 | Ukraine; affordability 75/100, air quality 57/100, energy 50/100. |
| Niagara Falls | 70/100 | Canada; affordability 58/100, air quality 68/100, energy 72/100. |
| Fredericton | 65/100 | Canada; affordability 70/100, air quality 74/100, energy 64/100. |
| Red Deer | 64/100 | Canada; affordability 66/100, air quality 70/100, energy 60/100. |
| Sault Ste. Marie | 60/100 | Canada; affordability 68/100, air quality 70/100, energy 58/100. |
| Banff | 62/100 | Canada; affordability 40/100, air quality 82/100, energy 60/100. |
| Sarnia | 59/100 | Canada; affordability 67/100, air quality 58/100, energy 56/100. |
| Cornwall | 58/100 | Canada; affordability 68/100, air quality 70/100, energy 58/100. |
| Vernon | 60/100 | Canada; affordability 55/100, air quality 72/100, energy 62/100. |
| Penticton | 59/100 | Canada; affordability 52/100, air quality 73/100, energy 62/100. |
| Medicine Hat | 58/100 | Canada; affordability 70/100, air quality 70/100, energy 56/100. |
| Amstelveen | 70/100 | Netherlands; affordability 47/100, air quality 64/100, energy 67/100. |
| Venlo | 64/100 | Netherlands; affordability 58/100, air quality 63/100, energy 66/100. |
| Hilversum | 68/100 | Netherlands; affordability 49/100, air quality 70/100, energy 67/100. |
| Roermond | 63/100 | Netherlands; affordability 60/100, air quality 65/100, energy 66/100. |
| Lelystad | 62/100 | Netherlands; affordability 62/100, air quality 68/100, energy 67/100. |
| Tournai | 67/100 | Belgium; affordability 70/100, air quality 64/100, energy 60/100. |
| Ypres | 63/100 | Belgium; affordability 67/100, air quality 66/100, energy 58/100. |
| Sint-Niklaas | 64/100 | Belgium; affordability 65/100, air quality 60/100, energy 61/100. |
| Arlon | 61/100 | Belgium; affordability 62/100, air quality 69/100, energy 60/100. |
| Dornbirn | 71/100 | Austria; affordability 55/100, air quality 74/100, energy 66/100. |
| Eisenstadt | 64/100 | Austria; affordability 60/100, air quality 70/100, energy 63/100. |
| Wiener Neustadt | 62/100 | Austria; affordability 64/100, air quality 66/100, energy 62/100. |
| Ponta Delgada | 74/100 | Portugal; affordability 62/100, air quality 86/100, energy 70/100. |
| Portimão | 68/100 | Portugal; affordability 55/100, air quality 80/100, energy 66/100. |
| Vila Real | 64/100 | Portugal; affordability 68/100, air quality 82/100, energy 62/100. |
| Guarda | 61/100 | Portugal; affordability 70/100, air quality 84/100, energy 58/100. |
| Luleå | 64/100 | Sweden; affordability 70/100, air quality 80/100, energy 72/100. |
| Östersund | 62/100 | Sweden; affordability 68/100, air quality 82/100, energy 66/100. |
| Sundsvall | 61/100 | Sweden; affordability 67/100, air quality 78/100, energy 65/100. |
| Karlskrona | 60/100 | Sweden; affordability 66/100, air quality 76/100, energy 62/100. |
| Lappeenranta | 71/100 | Finland; affordability 74/100, air quality 78/100, energy 66/100. |
| Joensuu | 69/100 | Finland; affordability 75/100, air quality 80/100, energy 64/100. |
| Decin | 58/100 | Czechia; affordability 72/100, air quality 58/100, energy 55/100. |
| Jihlava | 57/100 | Czechia; affordability 70/100, air quality 62/100, energy 56/100. |
| Tulcea | 56/100 | Romania; affordability 70/100, air quality 60/100, energy 49/100. |
| Targu Jiu | 53/100 | Romania; affordability 71/100, air quality 55/100, energy 47/100. |
| Drobeta-Turnu Severin | 53/100 | Romania; affordability 71/100, air quality 57/100, energy 48/100. |
| Alba Iulia | 55/100 | Romania; affordability 69/100, air quality 60/100, energy 49/100. |
| Deva | 53/100 | Romania; affordability 70/100, air quality 57/100, energy 48/100. |
| Botosani | 52/100 | Romania; affordability 73/100, air quality 57/100, energy 47/100. |
| Kalamata | 64/100 | Greece; affordability 66/100, air quality 70/100, energy 58/100. |
| Corfu | 63/100 | Greece; affordability 58/100, air quality 72/100, energy 56/100. |
| Alexandroupoli | 60/100 | Greece; affordability 64/100, air quality 68/100, energy 56/100. |
| Komotini | 58/100 | Greece; affordability 66/100, air quality 66/100, energy 54/100. |
| Ennis | 67/100 | Ireland; affordability 62/100, air quality 76/100, energy 60/100. |
| Bray | 66/100 | Ireland; affordability 54/100, air quality 74/100, energy 61/100. |
| Alice Springs | 58/100 | Australia; affordability 60/100, air quality 78/100, energy 55/100. |
| Mount Gambier | 57/100 | Australia; affordability 64/100, air quality 76/100, energy 54/100. |
| Orange | 56/100 | Australia; affordability 60/100, air quality 74/100, energy 55/100. |
| Blenheim | 64/100 | New Zealand; affordability 58/100, air quality 74/100, energy 60/100. |
| Gisborne | 62/100 | New Zealand; affordability 60/100, air quality 72/100, energy 58/100. |
| Chester | 60/100 | United Kingdom; affordability 52/100, air quality 60/100, energy 58/100. |
| Newport | 58/100 | United Kingdom; affordability 58/100, air quality 56/100, energy 58/100. |
| Stirling | 59/100 | United Kingdom; affordability 54/100, air quality 66/100, energy 58/100. |
| Wrexham | 56/100 | United Kingdom; affordability 60/100, air quality 60/100, energy 56/100. |
| Gloucester | 57/100 | United Kingdom; affordability 56/100, air quality 58/100, energy 56/100. |
| Swindon | 56/100 | United Kingdom; affordability 56/100, air quality 58/100, energy 56/100. |
| Lucerne | 73/100 | Switzerland; affordability 35/100, air quality 84/100, energy 84/100. |
| Lugano | 71/100 | Switzerland; affordability 37/100, air quality 80/100, energy 81/100. |
| St. Gallen | 70/100 | Switzerland; affordability 41/100, air quality 82/100, energy 82/100. |
| Stavanger | 76/100 | Norway; affordability 41/100, air quality 81/100, energy 88/100. |
| Tromso | 71/100 | Norway; affordability 44/100, air quality 84/100, energy 83/100. |
| Kristiansand | 70/100 | Norway; affordability 47/100, air quality 80/100, energy 80/100. |
| Helsingor | 66/100 | Denmark; affordability 58/100, air quality 72/100, energy 64/100. |
| Kolding | 64/100 | Denmark; affordability 66/100, air quality 68/100, energy 63/100. |
| Szekesfehervar | 72/100 | Hungary; affordability 64/100, air quality 66/100, energy 70/100. |
| Nyiregyhaza | 69/100 | Hungary; affordability 70/100, air quality 67/100, energy 66/100. |
| Sopron | 70/100 | Hungary; affordability 60/100, air quality 72/100, energy 68/100. |
| Blagoevgrad | 62/100 | Bulgaria; affordability 72/100, air quality 63/100, energy 55/100. |
| Veliko Tarnovo | 60/100 | Bulgaria; affordability 70/100, air quality 62/100, energy 54/100. |
| Bansko | 58/100 | Bulgaria; affordability 64/100, air quality 74/100, energy 50/100. |
| Zadar | 74/100 | Croatia; affordability 62/100, air quality 78/100, energy 60/100. |
| Pula | 71/100 | Croatia; affordability 60/100, air quality 76/100, energy 58/100. |
| Poprad | 52/100 | Slovakia; affordability 54/100, air quality 58/100, energy 50/100. |
| Nitra | 51/100 | Slovakia; affordability 55/100, air quality 52/100, energy 50/100. |
| Koper | 64/100 | Slovenia; affordability 55/100, air quality 66/100, energy 62/100. |
| Kraljevo | 60/100 | Serbia; affordability 72/100, air quality 58/100, energy 56/100. |
| Subotica | 63/100 | Serbia; affordability 70/100, air quality 60/100, energy 58/100. |
| Alytus | 62/100 | Lithuania; affordability 74/100, air quality 74/100, energy 66/100. |
| Liepaja | 64/100 | Latvia; affordability 72/100, air quality 66/100, energy 58/100. |
| Narva | 49/100 | Estonia; affordability 58/100, air quality 50/100, energy 42/100. |
| Mostar | 60/100 | Bosnia and Herzegovina; affordability 73/100, air quality 52/100, energy 53/100. |
| Ohrid | 56/100 | North Macedonia; affordability 72/100, air quality 58/100, energy 50/100. |
| Durres | 60/100 | Albania; affordability 70/100, air quality 46/100, energy 52/100. |
| Balti | 54/100 | Moldova; affordability 80/100, air quality 53/100, energy 46/100. |
| Arlington | 62/100 | United States; affordability 60/100, air quality 52/100, energy 64/100. |
| Anaheim | 61/100 | United States; affordability 34/100, air quality 48/100, energy 66/100. |
| St. Petersburg | 59/100 | United States; affordability 48/100, air quality 60/100, energy 54/100. |
| Oakland | 63/100 | United States; affordability 30/100, air quality 58/100, energy 72/100. |
| Fort Lauderdale | 58/100 | United States; affordability 42/100, air quality 60/100, energy 54/100. |
| Chesapeake | 60/100 | United States; affordability 58/100, air quality 60/100, energy 56/100. |
| Bridgeport | 57/100 | United States; affordability 44/100, air quality 62/100, energy 58/100. |
| Baton Rouge | 55/100 | United States; affordability 66/100, air quality 48/100, energy 62/100. |
| Syracuse | 60/100 | United States; affordability 64/100, air quality 66/100, energy 58/100. |
| Fort Wayne | 60/100 | United States; affordability 70/100, air quality 62/100, energy 56/100. |
| Scranton | 59/100 | United States; affordability 70/100, air quality 64/100, energy 56/100. |
| Youngstown | 55/100 | United States; affordability 74/100, air quality 58/100, energy 54/100. |
| Lansing | 61/100 | United States; affordability 68/100, air quality 64/100, energy 56/100. |
| Huntsville | 63/100 | United States; affordability 66/100, air quality 60/100, energy 60/100. |
| Fayetteville | 58/100 | United States; affordability 68/100, air quality 60/100, energy 56/100. |
| Pensacola | 59/100 | United States; affordability 62/100, air quality 62/100, energy 54/100. |
| Santa Rosa | 59/100 | United States; affordability 36/100, air quality 60/100, energy 64/100. |
| Salinas | 56/100 | United States; affordability 38/100, air quality 64/100, energy 58/100. |
| Mobile | 55/100 | United States; affordability 70/100, air quality 56/100, energy 58/100. |
| Corpus Christi | 55/100 | United States; affordability 64/100, air quality 54/100, energy 60/100. |
| Peoria | 57/100 | United States; affordability 72/100, air quality 62/100, energy 56/100. |
| Shreveport | 53/100 | United States; affordability 74/100, air quality 56/100, energy 56/100. |
| Montgomery | 55/100 | United States; affordability 72/100, air quality 58/100, energy 56/100. |
| Tallahassee | 60/100 | United States; affordability 64/100, air quality 62/100, energy 54/100. |
| Green Bay | 60/100 | United States; affordability 68/100, air quality 66/100, energy 56/100. |
| Columbus | 56/100 | United States; affordability 72/100, air quality 60/100, energy 54/100. |
| Rockford | 56/100 | United States; affordability 72/100, air quality 60/100, energy 56/100. |
| Lubbock | 57/100 | United States; affordability 72/100, air quality 58/100, energy 60/100. |
| Evansville | 57/100 | United States; affordability 74/100, air quality 60/100, energy 56/100. |
| Roanoke | 60/100 | United States; affordability 68/100, air quality 64/100, energy 56/100. |
| Wilmington | 60/100 | United States; affordability 56/100, air quality 62/100, energy 54/100. |
| Fort Smith | 55/100 | United States; affordability 74/100, air quality 58/100, energy 54/100. |
| Amarillo | 56/100 | United States; affordability 74/100, air quality 58/100, energy 58/100. |
| Gulfport | 54/100 | United States; affordability 70/100, air quality 58/100, energy 56/100. |
| Spartanburg | 60/100 | United States; affordability 66/100, air quality 60/100, energy 58/100. |
| Hamm | 55/100 | Germany; affordability 64/100, air quality 52/100, energy 54/100. |
| Ludwigshafen am Rhein | 53/100 | Germany; affordability 60/100, air quality 48/100, energy 56/100. |
| Mülheim an der Ruhr | 56/100 | Germany; affordability 60/100, air quality 52/100, energy 55/100. |
| Oldenburg | 61/100 | Germany; affordability 60/100, air quality 64/100, energy 58/100. |
| Osnabrück | 60/100 | Germany; affordability 61/100, air quality 62/100, energy 56/100. |
| Leverkusen | 56/100 | Germany; affordability 55/100, air quality 52/100, energy 56/100. |
| Darmstadt | 62/100 | Germany; affordability 50/100, air quality 58/100, energy 60/100. |
| Solingen | 56/100 | Germany; affordability 62/100, air quality 56/100, energy 53/100. |
| Herne | 54/100 | Germany; affordability 64/100, air quality 50/100, energy 53/100. |
| Neuss | 59/100 | Germany; affordability 54/100, air quality 56/100, energy 56/100. |
| Paderborn | 60/100 | Germany; affordability 62/100, air quality 62/100, energy 56/100. |
| Ingolstadt | 61/100 | Germany; affordability 52/100, air quality 58/100, energy 58/100. |
| Offenbach am Main | 56/100 | Germany; affordability 50/100, air quality 54/100, energy 56/100. |
| Fürth | 60/100 | Germany; affordability 57/100, air quality 58/100, energy 57/100. |
| Ulm | 63/100 | Germany; affordability 53/100, air quality 60/100, energy 60/100. |
| Heilbronn | 60/100 | Germany; affordability 55/100, air quality 58/100, energy 57/100. |
| Cannes | 65/100 | France; affordability 52/100, air quality 70/100, energy 71/100. |
| Béthune | 63/100 | France; affordability 80/100, air quality 66/100, energy 70/100. |
| Poitiers | 67/100 | France; affordability 76/100, air quality 73/100, energy 72/100. |
| Antibes | 66/100 | France; affordability 54/100, air quality 71/100, energy 71/100. |
| Bourges | 66/100 | France; affordability 80/100, air quality 73/100, energy 72/100. |
| Colmar | 68/100 | France; affordability 76/100, air quality 72/100, energy 72/100. |
| Quimper | 67/100 | France; affordability 76/100, air quality 75/100, energy 72/100. |
| Angoulême | 66/100 | France; affordability 78/100, air quality 73/100, energy 72/100. |
| Niort | 67/100 | France; affordability 78/100, air quality 74/100, energy 72/100. |
| Calais | 62/100 | France; affordability 80/100, air quality 68/100, energy 70/100. |
| Boulogne-sur-Mer | 63/100 | France; affordability 80/100, air quality 70/100, energy 71/100. |
| Beauvais | 65/100 | France; affordability 74/100, air quality 71/100, energy 71/100. |
| Saint-Quentin | 62/100 | France; affordability 82/100, air quality 70/100, energy 70/100. |
| Montbéliard | 64/100 | France; affordability 80/100, air quality 69/100, energy 71/100. |
| Messina | 64/100 | Italy; affordability 79/100, air quality 68/100, energy 62/100. |
| Foggia | 62/100 | Italy; affordability 81/100, air quality 67/100, energy 60/100. |
| Giugliano in Campania | 61/100 | Italy; affordability 78/100, air quality 63/100, energy 60/100. |
| Cosenza | 63/100 | Italy; affordability 80/100, air quality 68/100, energy 60/100. |
| Caserta | 64/100 | Italy; affordability 76/100, air quality 64/100, energy 62/100. |
| Catanzaro | 63/100 | Italy; affordability 80/100, air quality 69/100, energy 60/100. |
| Treviso | 73/100 | Italy; affordability 69/100, air quality 65/100, energy 72/100. |
| Varese | 73/100 | Italy; affordability 67/100, air quality 67/100, energy 72/100. |
| La Spezia | 68/100 | Italy; affordability 72/100, air quality 66/100, energy 66/100. |
| Cesena | 72/100 | Italy; affordability 72/100, air quality 67/100, energy 70/100. |
| Cremona | 71/100 | Italy; affordability 73/100, air quality 62/100, energy 70/100. |
| Pavia | 72/100 | Italy; affordability 70/100, air quality 63/100, energy 71/100. |
| Asti | 70/100 | Italy; affordability 73/100, air quality 64/100, energy 68/100. |
| Pistoia | 71/100 | Italy; affordability 72/100, air quality 66/100, energy 69/100. |
| Terrassa | 67/100 | Spain; affordability 70/100, air quality 66/100, energy 68/100. |
| Sabadell | 67/100 | Spain; affordability 70/100, air quality 66/100, energy 68/100. |
| Jerez de la Frontera | 64/100 | Spain; affordability 74/100, air quality 70/100, energy 67/100. |
| Móstoles | 66/100 | Spain; affordability 68/100, air quality 65/100, energy 68/100. |
| Alcalá de Henares | 67/100 | Spain; affordability 69/100, air quality 66/100, energy 68/100. |
| Fuenlabrada | 65/100 | Spain; affordability 70/100, air quality 64/100, energy 67/100. |
| Leganés | 66/100 | Spain; affordability 69/100, air quality 65/100, energy 68/100. |
| Getafe | 66/100 | Spain; affordability 69/100, air quality 64/100, energy 68/100. |
| Albacete | 66/100 | Spain; affordability 75/100, air quality 71/100, energy 67/100. |
| Castellón de la Plana | 67/100 | Spain; affordability 73/100, air quality 69/100, energy 68/100. |
| Alcorcón | 66/100 | Spain; affordability 69/100, air quality 65/100, energy 68/100. |
| San Cristóbal de La Laguna | 67/100 | Spain; affordability 71/100, air quality 74/100, energy 68/100. |
| Dąbrowa Górnicza | 66/100 | Poland; affordability 80/100, air quality 59/100, energy 63/100. |
| Elbląg | 67/100 | Poland; affordability 79/100, air quality 70/100, energy 64/100. |
| Płock | 67/100 | Poland; affordability 78/100, air quality 63/100, energy 70/100. |
| Wałbrzych | 65/100 | Poland; affordability 81/100, air quality 61/100, energy 62/100. |
| Koszalin | 68/100 | Poland; affordability 78/100, air quality 71/100, energy 64/100. |
| Tarnów | 67/100 | Poland; affordability 79/100, air quality 63/100, energy 64/100. |
| Włocławek | 66/100 | Poland; affordability 80/100, air quality 64/100, energy 66/100. |
| Chorzów | 66/100 | Poland; affordability 79/100, air quality 59/100, energy 63/100. |
| Kalisz | 67/100 | Poland; affordability 80/100, air quality 64/100, energy 64/100. |
| Legnica | 67/100 | Poland; affordability 80/100, air quality 64/100, energy 65/100. |
| Słupsk | 67/100 | Poland; affordability 79/100, air quality 71/100, energy 63/100. |
| Kryvyi Rih | 52/100 | Ukraine; affordability 78/100, air quality 44/100, energy 54/100. |
| Mykolaiv | 52/100 | Ukraine; affordability 77/100, air quality 54/100, energy 50/100. |
| Mariupol | 42/100 | Ukraine; affordability 76/100, air quality 46/100, energy 46/100. |
| Vinnytsia | 60/100 | Ukraine; affordability 76/100, air quality 60/100, energy 56/100. |
| Kherson | 44/100 | Ukraine; affordability 77/100, air quality 56/100, energy 46/100. |
| Poltava | 57/100 | Ukraine; affordability 77/100, air quality 58/100, energy 54/100. |
| Chernihiv | 53/100 | Ukraine; affordability 77/100, air quality 60/100, energy 52/100. |
| Cherkasy | 57/100 | Ukraine; affordability 77/100, air quality 58/100, energy 54/100. |
| London | 71/100 | Canada; affordability 70/100, air quality 74/100, energy 72/100. |
| St. Catharines | 70/100 | Canada; affordability 69/100, air quality 73/100, energy 71/100. |
| Guelph | 71/100 | Canada; affordability 67/100, air quality 75/100, energy 72/100. |
| Moncton | 70/100 | Canada; affordability 75/100, air quality 76/100, energy 70/100. |
| Brantford | 70/100 | Canada; affordability 71/100, air quality 73/100, energy 71/100. |
| Saint John | 68/100 | Canada; affordability 76/100, air quality 71/100, energy 73/100. |
| Lethbridge | 71/100 | Canada; affordability 74/100, air quality 76/100, energy 74/100. |
| Peterborough | 70/100 | Canada; affordability 70/100, air quality 75/100, energy 71/100. |
| Chilliwack | 69/100 | Canada; affordability 65/100, air quality 72/100, energy 73/100. |
| Belleville | 70/100 | Canada; affordability 72/100, air quality 75/100, energy 71/100. |
| Zoetermeer | 64/100 | Netherlands; affordability 50/100, air quality 66/100, energy 67/100. |
| Leeuwarden | 66/100 | Netherlands; affordability 60/100, air quality 71/100, energy 67/100. |
| Ede | 66/100 | Netherlands; affordability 54/100, air quality 71/100, energy 67/100. |
| Dordrecht | 63/100 | Netherlands; affordability 53/100, air quality 64/100, energy 66/100. |
| Westland | 62/100 | Netherlands; affordability 51/100, air quality 63/100, energy 64/100. |
| Alphen aan den Rijn | 64/100 | Netherlands; affordability 52/100, air quality 67/100, energy 67/100. |
| Schaerbeek | 56/100 | Belgium; affordability 50/100, air quality 48/100, energy 60/100. |
| Anderlecht | 55/100 | Belgium; affordability 52/100, air quality 47/100, energy 58/100. |
| Molenbeek-Saint-Jean | 54/100 | Belgium; affordability 53/100, air quality 46/100, energy 57/100. |
| Genk | 57/100 | Belgium; affordability 60/100, air quality 53/100, energy 56/100. |
| Bregenz | 73/100 | Austria; affordability 42/100, air quality 80/100, energy 78/100. |
| Feldkirch | 71/100 | Austria; affordability 44/100, air quality 79/100, energy 77/100. |
| Halmstad | 71/100 | Sweden; affordability 60/100, air quality 78/100, energy 76/100. |
| Södertälje | 69/100 | Sweden; affordability 59/100, air quality 74/100, energy 76/100. |
| Gävle | 70/100 | Sweden; affordability 62/100, air quality 78/100, energy 77/100. |
| Växjö | 73/100 | Sweden; affordability 64/100, air quality 81/100, energy 82/100. |
| Sintra | 67/100 | Portugal; affordability 58/100, air quality 72/100, energy 64/100. |
| Cascais | 66/100 | Portugal; affordability 49/100, air quality 74/100, energy 65/100. |
| Loures | 63/100 | Portugal; affordability 60/100, air quality 64/100, energy 63/100. |
| Matosinhos | 64/100 | Portugal; affordability 57/100, air quality 63/100, energy 64/100. |
| Bacau | 57/100 | Romania; affordability 71/100, air quality 53/100, energy 52/100. |
| Targu Mures | 60/100 | Romania; affordability 67/100, air quality 56/100, energy 55/100. |
| Buzau | 55/100 | Romania; affordability 73/100, air quality 52/100, energy 51/100. |
| Satu Mare | 56/100 | Romania; affordability 72/100, air quality 55/100, energy 51/100. |
| Suceava | 55/100 | Romania; affordability 73/100, air quality 57/100, energy 50/100. |
| Ramnicu Valcea | 56/100 | Romania; affordability 72/100, air quality 53/100, energy 58/100. |
| Piraeus | 61/100 | Greece; affordability 55/100, air quality 48/100, energy 64/100. |
| Peristeri | 58/100 | Greece; affordability 58/100, air quality 47/100, energy 60/100. |
| Acharnes | 56/100 | Greece; affordability 60/100, air quality 50/100, energy 58/100. |
| Nikaia | 56/100 | Greece; affordability 60/100, air quality 48/100, energy 58/100. |
| Riverside | 60/100 | United States; affordability 52/100, air quality 44/100, energy 64/100. |
| San Jose | 66/100 | United States; affordability 28/100, air quality 60/100, energy 74/100. |
| Worcester | 63/100 | United States; affordability 50/100, air quality 66/100, energy 64/100. |
| Greenville | 64/100 | United States; affordability 62/100, air quality 60/100, energy 58/100. |
| Bakersfield | 56/100 | United States; affordability 64/100, air quality 38/100, energy 60/100. |
| McAllen | 56/100 | United States; affordability 72/100, air quality 54/100, energy 52/100. |
| Allentown | 62/100 | United States; affordability 56/100, air quality 62/100, energy 60/100. |
| North Port | 58/100 | United States; affordability 50/100, air quality 64/100, energy 54/100. |
| Columbia | 60/100 | United States; affordability 64/100, air quality 58/100, energy 56/100. |
| Cape Coral | 56/100 | United States; affordability 50/100, air quality 62/100, energy 52/100. |
| Dayton | 60/100 | United States; affordability 70/100, air quality 60/100, energy 56/100. |
| Stockton | 55/100 | United States; affordability 56/100, air quality 42/100, energy 58/100. |
| Lakeland | 58/100 | United States; affordability 60/100, air quality 62/100, energy 54/100. |
| Greensboro | 60/100 | United States; affordability 64/100, air quality 60/100, energy 56/100. |
| Provo | 62/100 | United States; affordability 52/100, air quality 54/100, energy 60/100. |
| Akron | 58/100 | United States; affordability 70/100, air quality 58/100, energy 54/100. |
| Springfield | 60/100 | United States; affordability 56/100, air quality 64/100, energy 60/100. |
| Winston-Salem | 60/100 | United States; affordability 64/100, air quality 60/100, energy 56/100. |
| Wichita | 60/100 | United States; affordability 74/100, air quality 60/100, energy 54/100. |
| Augusta | 58/100 | United States; affordability 68/100, air quality 60/100, energy 54/100. |
| Toledo | 57/100 | United States; affordability 70/100, air quality 56/100, energy 54/100. |
| Lexington | 61/100 | United States; affordability 66/100, air quality 60/100, energy 56/100. |
| Mesa | 60/100 | United States; affordability 56/100, air quality 52/100, energy 60/100. |
| Aurora | 63/100 | United States; affordability 54/100, air quality 58/100, energy 64/100. |
| Oshawa | 70/100 | Canada; affordability 68/100, air quality 74/100, energy 72/100. |
| Barrie | 70/100 | Canada; affordability 67/100, air quality 75/100, energy 72/100. |
| Abbotsford | 69/100 | Canada; affordability 64/100, air quality 73/100, energy 73/100. |
| Saguenay | 70/100 | Canada; affordability 76/100, air quality 74/100, energy 80/100. |
| Kingston | 71/100 | Canada; affordability 70/100, air quality 75/100, energy 73/100. |
| Trois-Rivières | 69/100 | Canada; affordability 76/100, air quality 73/100, energy 78/100. |
| Bournemouth | 72/100 | United Kingdom; affordability 64/100, air quality 76/100, energy 72/100. |
| Middlesbrough | 66/100 | United Kingdom; affordability 76/100, air quality 68/100, energy 64/100. |
| Reading | 74/100 | United Kingdom; affordability 58/100, air quality 74/100, energy 74/100. |
| Preston | 67/100 | United Kingdom; affordability 74/100, air quality 70/100, energy 66/100. |
| Southend-on-Sea | 69/100 | United Kingdom; affordability 66/100, air quality 74/100, energy 70/100. |
| Milton Keynes | 71/100 | United Kingdom; affordability 64/100, air quality 74/100, energy 72/100. |
| Northampton | 68/100 | United Kingdom; affordability 70/100, air quality 72/100, energy 70/100. |
| Luton | 65/100 | United Kingdom; affordability 68/100, air quality 70/100, energy 68/100. |
| Central Coast | 60/100 | Australia; affordability 42/100, air quality 74/100, energy 62/100. |
| Duisburg | 69/100 | Germany; affordability 77/100, air quality 67/100, energy 71/100. |
| Wuppertal | 70/100 | Germany; affordability 76/100, air quality 70/100, energy 71/100. |
| Bielefeld | 71/100 | Germany; affordability 76/100, air quality 72/100, energy 72/100. |
| Münster | 73/100 | Germany; affordability 71/100, air quality 75/100, energy 74/100. |
| Mannheim | 71/100 | Germany; affordability 71/100, air quality 70/100, energy 73/100. |
| Wiesbaden | 72/100 | Germany; affordability 68/100, air quality 73/100, energy 73/100. |
| Mönchengladbach | 70/100 | Germany; affordability 76/100, air quality 71/100, energy 71/100. |
| Gelsenkirchen | 67/100 | Germany; affordability 79/100, air quality 68/100, energy 70/100. |
| Braunschweig | 72/100 | Germany; affordability 74/100, air quality 73/100, energy 74/100. |
| Halle | 69/100 | Germany; affordability 80/100, air quality 71/100, energy 71/100. |
| Krefeld | 70/100 | Germany; affordability 76/100, air quality 70/100, energy 72/100. |
| Toulon | 67/100 | France; affordability 68/100, air quality 68/100, energy 71/100. |
| Lens | 63/100 | France; affordability 80/100, air quality 66/100, energy 70/100. |
| Valenciennes | 64/100 | France; affordability 80/100, air quality 68/100, energy 70/100. |
| Mulhouse | 66/100 | France; affordability 78/100, air quality 70/100, energy 71/100. |
| Dunkirk | 63/100 | France; affordability 78/100, air quality 66/100, energy 70/100. |
| Saint-Nazaire | 65/100 | France; affordability 76/100, air quality 71/100, energy 72/100. |
| Lorient | 66/100 | France; affordability 76/100, air quality 74/100, energy 72/100. |
| Valence | 67/100 | France; affordability 78/100, air quality 71/100, energy 72/100. |
| Troyes | 66/100 | France; affordability 80/100, air quality 73/100, energy 72/100. |
| Brescia | 73/100 | Italy; affordability 70/100, air quality 64/100, energy 74/100. |
| Modena | 75/100 | Italy; affordability 70/100, air quality 66/100, energy 74/100. |
| Prato | 71/100 | Italy; affordability 71/100, air quality 66/100, energy 70/100. |
| Monza | 73/100 | Italy; affordability 67/100, air quality 64/100, energy 73/100. |
| Sassari | 66/100 | Italy; affordability 76/100, air quality 70/100, energy 64/100. |
| Latina | 68/100 | Italy; affordability 74/100, air quality 68/100, energy 66/100. |
| Vicenza | 73/100 | Italy; affordability 70/100, air quality 66/100, energy 72/100. |
| Forlì | 72/100 | Italy; affordability 72/100, air quality 66/100, energy 70/100. |
| Terni | 67/100 | Italy; affordability 74/100, air quality 62/100, energy 68/100. |
| Palma | 69/100 | Spain; affordability 66/100, air quality 74/100, energy 70/100. |
| Las Palmas de Gran Canaria | 68/100 | Spain; affordability 70/100, air quality 75/100, energy 69/100. |
| Córdoba | 68/100 | Spain; affordability 76/100, air quality 72/100, energy 70/100. |
| Vitoria-Gasteiz | 73/100 | Spain; affordability 71/100, air quality 79/100, energy 74/100. |
| Gijón | 71/100 | Spain; affordability 73/100, air quality 75/100, energy 71/100. |
| L'Hospitalet de Llobregat | 68/100 | Spain; affordability 67/100, air quality 67/100, energy 70/100. |
| Santa Cruz de Tenerife | 68/100 | Spain; affordability 71/100, air quality 74/100, energy 69/100. |
| Elche | 68/100 | Spain; affordability 76/100, air quality 71/100, energy 71/100. |
| Badalona | 68/100 | Spain; affordability 68/100, air quality 68/100, energy 70/100. |
| Radom | 68/100 | Poland; affordability 80/100, air quality 64/100, energy 65/100. |
| Bielsko-Biała | 70/100 | Poland; affordability 78/100, air quality 65/100, energy 67/100. |
| Zabrze | 67/100 | Poland; affordability 80/100, air quality 60/100, energy 64/100. |
| Bytom | 65/100 | Poland; affordability 81/100, air quality 58/100, energy 62/100. |
| Rybnik | 66/100 | Poland; affordability 80/100, air quality 59/100, energy 63/100. |
| Ruda Śląska | 65/100 | Poland; affordability 81/100, air quality 58/100, energy 62/100. |
| Tychy | 68/100 | Poland; affordability 79/100, air quality 62/100, energy 66/100. |
| Kyiv | 60/100 | Ukraine; affordability 74/100, air quality 54/100, energy 56/100. |
| Kharkiv | 56/100 | Ukraine; affordability 78/100, air quality 52/100, energy 52/100. |
| Odesa | 58/100 | Ukraine; affordability 76/100, air quality 56/100, energy 54/100. |
| Dnipro | 57/100 | Ukraine; affordability 77/100, air quality 52/100, energy 54/100. |
| Donetsk | 52/100 | Ukraine; affordability 78/100, air quality 48/100, energy 50/100. |
| Zaporizhzhia | 54/100 | Ukraine; affordability 78/100, air quality 50/100, energy 56/100. |
| Lviv | 61/100 | Ukraine; affordability 75/100, air quality 58/100, energy 56/100. |
| Ploiești | 60/100 | Romania; affordability 80/100, air quality 52/100, energy 60/100. |
| Brăila | 57/100 | Romania; affordability 82/100, air quality 53/100, energy 55/100. |
| Arad | 63/100 | Romania; affordability 80/100, air quality 60/100, energy 60/100. |
| Pitești | 62/100 | Romania; affordability 80/100, air quality 56/100, energy 60/100. |
| Apeldoorn | 65/100 | Netherlands; affordability 53/100, air quality 70/100, energy 68/100. |
| Amersfoort | 66/100 | Netherlands; affordability 50/100, air quality 70/100, energy 68/100. |
| Zaanstad | 63/100 | Netherlands; affordability 48/100, air quality 67/100, energy 67/100. |
| Haarlemmermeer | 64/100 | Netherlands; affordability 47/100, air quality 65/100, energy 68/100. |
| Plzeň | 70/100 | Czechia; affordability 75/100, air quality 67/100, energy 71/100. |
| Pardubice | 69/100 | Czechia; affordability 76/100, air quality 66/100, energy 70/100. |
| Zlín | 68/100 | Czechia; affordability 77/100, air quality 68/100, energy 69/100. |
| Thessaloniki | 69/100 | Greece; affordability 74/100, air quality 60/100, energy 67/100. |
| Patras | 68/100 | Greece; affordability 78/100, air quality 62/100, energy 64/100. |
| Rhodes | 65/100 | Greece; affordability 70/100, air quality 66/100, energy 63/100. |
| Almada | 64/100 | Portugal; affordability 55/100, air quality 66/100, energy 65/100. |
| Amadora | 62/100 | Portugal; affordability 56/100, air quality 62/100, energy 64/100. |
| Leiria | 66/100 | Portugal; affordability 64/100, air quality 68/100, energy 64/100. |
| Västerås | 71/100 | Sweden; affordability 58/100, air quality 76/100, energy 78/100. |
| Borås | 69/100 | Sweden; affordability 60/100, air quality 75/100, energy 74/100. |
| Eskilstuna | 67/100 | Sweden; affordability 62/100, air quality 74/100, energy 73/100. |
| Kortrijk | 70/100 | Belgium; affordability 60/100, air quality 68/100, energy 73/100. |
| Aalst | 69/100 | Belgium; affordability 62/100, air quality 66/100, energy 71/100. |
| Szeged | 64/100 | Hungary; affordability 76/100, air quality 60/100, energy 55/100. |
| Győr | 65/100 | Hungary; affordability 72/100, air quality 58/100, energy 60/100. |
| Linz | 71/100 | Austria; affordability 58/100, air quality 66/100, energy 78/100. |
| Stara Zagora | 60/100 | Bulgaria; affordability 80/100, air quality 48/100, energy 55/100. |
| Pleven | 58/100 | Bulgaria; affordability 82/100, air quality 52/100, energy 50/100. |
| Lausanne | 76/100 | Switzerland; affordability 34/100, air quality 82/100, energy 84/100. |
| Bern | 77/100 | Switzerland; affordability 36/100, air quality 83/100, energy 84/100. |
| Winterthur | 74/100 | Switzerland; affordability 40/100, air quality 81/100, energy 82/100. |
| Bergen | 75/100 | Norway; affordability 42/100, air quality 82/100, energy 86/100. |
| Trondheim | 74/100 | Norway; affordability 45/100, air quality 83/100, energy 85/100. |
| Novi Sad | 63/100 | Serbia; affordability 78/100, air quality 54/100, energy 55/100. |
| Niš | 60/100 | Serbia; affordability 80/100, air quality 52/100, energy 52/100. |
| Espoo | 75/100 | Finland; affordability 52/100, air quality 86/100, energy 82/100. |
| Frederiksberg | 74/100 | Denmark; affordability 48/100, air quality 82/100, energy 84/100. |
| Sarajevo | 60/100 | Bosnia and Herzegovina; affordability 74/100, air quality 41/100, energy 55/100. |
| Banja Luka | 60/100 | Bosnia and Herzegovina; affordability 77/100, air quality 50/100, energy 54/100. |
| Skopje | 57/100 | North Macedonia; affordability 76/100, air quality 38/100, energy 52/100. |
| Tirana | 56/100 | Albania; affordability 72/100, air quality 42/100, energy 54/100. |
| Reykjavik | 76/100 | Iceland; affordability 38/100, air quality 90/100, energy 95/100. |
| Chisinau | 60/100 | Moldova; affordability 78/100, air quality 52/100, energy 48/100. |
| Podgorica | 62/100 | Montenegro; affordability 72/100, air quality 55/100, energy 54/100. |
| Aachen | 74/100 | Germany; affordability 72/100, air quality 74/100, energy 74/100. |
| Bochum | 71/100 | Germany; affordability 76/100, air quality 70/100, energy 72/100. |
| Wolfsburg | 73/100 | Germany; affordability 72/100, air quality 74/100, energy 76/100. |
| Kassel | 71/100 | Germany; affordability 74/100, air quality 72/100, energy 72/100. |
| Magdeburg | 70/100 | Germany; affordability 78/100, air quality 72/100, energy 72/100. |
| Saarbrücken | 70/100 | Germany; affordability 76/100, air quality 72/100, energy 72/100. |
| Chemnitz | 69/100 | Germany; affordability 80/100, air quality 72/100, energy 70/100. |
| Saint-Étienne | 64/100 | France; affordability 80/100, air quality 66/100, energy 70/100. |
| Le Havre | 64/100 | France; affordability 78/100, air quality 68/100, energy 70/100. |
| Angers | 70/100 | France; affordability 74/100, air quality 74/100, energy 74/100. |
| Metz | 68/100 | France; affordability 76/100, air quality 72/100, energy 72/100. |
| Orléans | 70/100 | France; affordability 74/100, air quality 74/100, energy 74/100. |
| Le Mans | 66/100 | France; affordability 78/100, air quality 74/100, energy 72/100. |
| Limoges | 66/100 | France; affordability 80/100, air quality 76/100, energy 72/100. |
| Reggio Calabria | 66/100 | Italy; affordability 78/100, air quality 68/100, energy 64/100. |
| Salerno | 69/100 | Italy; affordability 76/100, air quality 70/100, energy 66/100. |
| Taranto | 63/100 | Italy; affordability 80/100, air quality 58/100, energy 62/100. |
| Ferrara | 73/100 | Italy; affordability 72/100, air quality 68/100, energy 70/100. |
| Reggio Emilia | 74/100 | Italy; affordability 70/100, air quality 66/100, energy 72/100. |
| Rimini | 71/100 | Italy; affordability 71/100, air quality 70/100, energy 68/100. |
| Pescara | 69/100 | Italy; affordability 74/100, air quality 70/100, energy 66/100. |
| León | 71/100 | Spain; affordability 76/100, air quality 77/100, energy 72/100. |
| Burgos | 72/100 | Spain; affordability 75/100, air quality 78/100, energy 73/100. |
| Cádiz | 69/100 | Spain; affordability 74/100, air quality 74/100, energy 71/100. |
| Almería | 68/100 | Spain; affordability 76/100, air quality 72/100, energy 73/100. |
| Cartagena | 68/100 | Spain; affordability 75/100, air quality 70/100, energy 72/100. |
| Santiago de Compostela | 71/100 | Spain; affordability 73/100, air quality 79/100, energy 71/100. |
| Kielce | 70/100 | Poland; affordability 79/100, air quality 64/100, energy 67/100. |
| Opole | 71/100 | Poland; affordability 78/100, air quality 66/100, energy 68/100. |
| Sosnowiec | 68/100 | Poland; affordability 80/100, air quality 60/100, energy 65/100. |
| Gliwice | 70/100 | Poland; affordability 78/100, air quality 62/100, energy 67/100. |
| Częstochowa | 68/100 | Poland; affordability 80/100, air quality 62/100, energy 65/100. |
| Almere | 67/100 | Netherlands; affordability 65/100, air quality 70/100, energy 70/100. |
| 's-Hertogenbosch | 68/100 | Netherlands; affordability 67/100, air quality 68/100, energy 70/100. |
| Enschede | 66/100 | Netherlands; affordability 70/100, air quality 68/100, energy 68/100. |
| Charleroi | 62/100 | Belgium; affordability 74/100, air quality 62/100, energy 66/100. |
| Mons | 66/100 | Belgium; affordability 72/100, air quality 68/100, energy 68/100. |
| Vila Nova de Gaia | 72/100 | Portugal; affordability 74/100, air quality 75/100, energy 72/100. |
| Setúbal | 70/100 | Portugal; affordability 74/100, air quality 72/100, energy 71/100. |
| Örebro | 75/100 | Sweden; affordability 67/100, air quality 80/100, energy 80/100. |
| Norrköping | 74/100 | Sweden; affordability 68/100, air quality 79/100, energy 80/100. |
| Vejle | 79/100 | Denmark; affordability 70/100, air quality 83/100, energy 84/100. |
| Vantaa | 71/100 | Finland; affordability 47/100, air quality 82/100, energy 79/100. |
| Lahti | 69/100 | Finland; affordability 56/100, air quality 81/100, energy 78/100. |
| Sankt Pölten | 70/100 | Austria; affordability 64/100, air quality 78/100, energy 80/100. |
| Villach | 69/100 | Austria; affordability 66/100, air quality 79/100, energy 79/100. |
| Ústí nad Labem | 63/100 | Czechia; affordability 80/100, air quality 58/100, energy 62/100. |
| Hradec Králové | 72/100 | Czechia; affordability 76/100, air quality 70/100, energy 68/100. |
| Larissa | 67/100 | Greece; affordability 78/100, air quality 63/100, energy 66/100. |
| Chania | 69/100 | Greece; affordability 70/100, air quality 72/100, energy 67/100. |
| Craiova | 63/100 | Romania; affordability 80/100, air quality 58/100, energy 60/100. |
| Galați | 58/100 | Romania; affordability 82/100, air quality 52/100, energy 56/100. |
| Osijek | 67/100 | Croatia; affordability 80/100, air quality 68/100, energy 65/100. |
| Celje | 60/100 | Slovenia; affordability 70/100, air quality 62/100, energy 58/100. |
| Presov | 58/100 | Slovakia; affordability 72/100, air quality 58/100, energy 52/100. |
| Ruse | 56/100 | Bulgaria; affordability 74/100, air quality 48/100, energy 50/100. |
| Kohtla-Järve | 61/100 | Estonia; affordability 80/100, air quality 58/100, energy 55/100. |
| Daugavpils | 61/100 | Latvia; affordability 80/100, air quality 68/100, energy 58/100. |
| Panevėžys | 54/100 | Lithuania; affordability 72/100, air quality 56/100, energy 50/100. |
| Miskolc | 60/100 | Hungary; affordability 78/100, air quality 58/100, energy 60/100. |
| Drogheda | 59/100 | Ireland; affordability 52/100, air quality 66/100, energy 62/100. |
| Dundalk | 57/100 | Ireland; affordability 55/100, air quality 65/100, energy 60/100. |
| Swords | 58/100 | Ireland; affordability 48/100, air quality 63/100, energy 63/100. |
| Leicester | 58/100 | United Kingdom; affordability 60/100, air quality 56/100, energy 60/100. |
| Coventry | 57/100 | United Kingdom; affordability 60/100, air quality 55/100, energy 60/100. |
| Bradford | 55/100 | United Kingdom; affordability 64/100, air quality 54/100, energy 58/100. |
| Portsmouth | 57/100 | United Kingdom; affordability 53/100, air quality 58/100, energy 60/100. |
| Wolverhampton | 55/100 | United Kingdom; affordability 64/100, air quality 54/100, energy 58/100. |
| Sunderland | 54/100 | United Kingdom; affordability 66/100, air quality 57/100, energy 57/100. |
| Derby | 57/100 | United Kingdom; affordability 62/100, air quality 56/100, energy 60/100. |
| Fort Worth | 68/100 | United States; affordability 60/100, air quality 58/100, energy 64/100. |
| Jacksonville | 63/100 | United States; affordability 58/100, air quality 62/100, energy 58/100. |
| El Paso | 62/100 | United States; affordability 70/100, air quality 55/100, energy 60/100. |
| Long Beach | 67/100 | United States; affordability 36/100, air quality 54/100, energy 70/100. |
| Colorado Springs | 67/100 | United States; affordability 56/100, air quality 72/100, energy 64/100. |
| Virginia Beach | 64/100 | United States; affordability 54/100, air quality 64/100, energy 58/100. |
| Fresno | 58/100 | United States; affordability 56/100, air quality 42/100, energy 62/100. |
| Tulsa | 63/100 | United States; affordability 70/100, air quality 60/100, energy 58/100. |
| New Haven | 66/100 | United States; affordability 48/100, air quality 66/100, energy 64/100. |
| Hartford | 64/100 | United States; affordability 52/100, air quality 66/100, energy 62/100. |
| Birmingham | 60/100 | United States; affordability 66/100, air quality 58/100, energy 56/100. |
| Rochester | 62/100 | United States; affordability 64/100, air quality 68/100, energy 60/100. |
| Tacoma | 66/100 | United States; affordability 46/100, air quality 70/100, energy 74/100. |
| Reno | 63/100 | United States; affordability 50/100, air quality 62/100, energy 64/100. |
| Newark | 64/100 | United States; affordability 44/100, air quality 58/100, energy 68/100. |
| Mississauga | 75/100 | Canada; affordability 56/100, air quality 78/100, energy 80/100. |
| Brampton | 73/100 | Canada; affordability 57/100, air quality 77/100, energy 79/100. |
| Surrey | 72/100 | Canada; affordability 50/100, air quality 80/100, energy 82/100. |
| Laval | 74/100 | Canada; affordability 68/100, air quality 78/100, energy 84/100. |
| Markham | 75/100 | Canada; affordability 55/100, air quality 79/100, energy 80/100. |
| Vaughan | 74/100 | Canada; affordability 54/100, air quality 78/100, energy 80/100. |
| Burnaby | 74/100 | Canada; affordability 51/100, air quality 81/100, energy 83/100. |
| Longueuil | 73/100 | Canada; affordability 67/100, air quality 78/100, energy 84/100. |
| Gladstone | 56/100 | Australia; affordability 68/100, air quality 58/100, energy 70/100. |
| Bundaberg | 58/100 | Australia; affordability 70/100, air quality 66/100, energy 64/100. |
| Kalgoorlie | 53/100 | Australia; affordability 66/100, air quality 60/100, energy 68/100. |
| Tamworth | 56/100 | Australia; affordability 72/100, air quality 67/100, energy 62/100. |
| Dubbo | 55/100 | Australia; affordability 72/100, air quality 67/100, energy 62/100. |
| Lower Hutt | 74/100 | New Zealand; affordability 66/100, air quality 80/100, energy 72/100. |
| Invercargill | 72/100 | New Zealand; affordability 76/100, air quality 82/100, energy 70/100. |
| Copenhagen | 91/100 | Denmark; affordability 66/100, air quality 88/100, energy 94/100. |
| New York | 84/100 | United States; affordability 49/100, air quality 72/100, energy 82/100. |
| Tokyo | 89/100 | Japan; affordability 68/100, air quality 78/100, energy 84/100. |
| Paris | 86/100 | France; affordability 55/100, air quality 76/100, energy 86/100. |
| London | 85/100 | United Kingdom; affordability 52/100, air quality 75/100, energy 84/100. |
| Singapore | 90/100 | Singapore; affordability 60/100, air quality 80/100, energy 85/100. |
| Berlin | 84/100 | Germany; affordability 70/100, air quality 80/100, energy 88/100. |
| Toronto | 83/100 | Canada; affordability 55/100, air quality 80/100, energy 82/100. |
| Sydney | 85/100 | Australia; affordability 50/100, air quality 82/100, energy 80/100. |
| Amsterdam | 88/100 | Netherlands; affordability 60/100, air quality 85/100, energy 89/100. |
| Barcelona | 82/100 | Spain; affordability 64/100, air quality 78/100, energy 84/100. |
| Zurich | 90/100 | Switzerland; affordability 52/100, air quality 88/100, energy 92/100. |
| Vienna | 89/100 | Austria; affordability 72/100, air quality 84/100, energy 87/100. |
| Seoul | 86/100 | South Korea; affordability 60/100, air quality 70/100, energy 82/100. |
| Hong Kong | 84/100 | Hong Kong; affordability 50/100, air quality 70/100, energy 78/100. |
| Dubai | 80/100 | United Arab Emirates; affordability 62/100, air quality 65/100, energy 78/100. |
| Bangkok | 76/100 | Thailand; affordability 78/100, air quality 60/100, energy 72/100. |
| San Francisco | 84/100 | United States; affordability 50/100, air quality 78/100, energy 86/100. |
| Mexico City | 75/100 | Mexico; affordability 78/100, air quality 58/100, energy 70/100. |
| São Paulo | 76/100 | Brazil; affordability 74/100, air quality 65/100, energy 78/100. |
| Cape Town | 74/100 | South Africa; affordability 76/100, air quality 78/100, energy 70/100. |
| Nairobi | 70/100 | Kenya; affordability 80/100, air quality 64/100, energy 76/100. |
| Auckland | 84/100 | New Zealand; affordability 56/100, air quality 86/100, energy 86/100. |
| Madrid | 83/100 | Spain; affordability 72/100, air quality 78/100, energy 80/100. |
| Rome | 80/100 | Italy; affordability 70/100, air quality 74/100, energy 76/100. |
| Milan | 82/100 | Italy; affordability 64/100, air quality 70/100, energy 82/100. |
| Lisbon | 82/100 | Portugal; affordability 70/100, air quality 82/100, energy 82/100. |
| Prague | 81/100 | Czechia; affordability 74/100, air quality 76/100, energy 74/100. |
| Warsaw | 79/100 | Poland; affordability 74/100, air quality 70/100, energy 70/100. |
| Los Angeles | 78/100 | United States; affordability 56/100, air quality 66/100, energy 80/100. |
| Chicago | 79/100 | United States; affordability 68/100, air quality 74/100, energy 76/100. |
| Vancouver | 84/100 | Canada; affordability 56/100, air quality 86/100, energy 90/100. |
| Seattle | 84/100 | United States; affordability 60/100, air quality 84/100, energy 90/100. |
| Buenos Aires | 76/100 | Argentina; affordability 76/100, air quality 72/100, energy 70/100. |
| Santiago | 76/100 | Chile; affordability 70/100, air quality 64/100, energy 78/100. |
| Bogotá | 72/100 | Colombia; affordability 80/100, air quality 64/100, energy 72/100. |
| Lima | 70/100 | Peru; affordability 78/100, air quality 60/100, energy 70/100. |
| Shanghai | 80/100 | China; affordability 64/100, air quality 64/100, energy 78/100. |
| Taipei | 84/100 | Taiwan; affordability 70/100, air quality 76/100, energy 78/100. |
| Kuala Lumpur | 76/100 | Malaysia; affordability 78/100, air quality 66/100, energy 72/100. |
| Jakarta | 70/100 | Indonesia; affordability 80/100, air quality 56/100, energy 68/100. |
| Manila | 70/100 | Philippines; affordability 78/100, air quality 60/100, energy 66/100. |
| Mumbai | 70/100 | India; affordability 78/100, air quality 54/100, energy 66/100. |
| Doha | 80/100 | Qatar; affordability 64/100, air quality 70/100, energy 78/100. |
| Abu Dhabi | 82/100 | United Arab Emirates; affordability 66/100, air quality 70/100, energy 82/100. |
| Lagos | 66/100 | Nigeria; affordability 78/100, air quality 54/100, energy 60/100. |
| Kigali | 74/100 | Rwanda; affordability 80/100, air quality 70/100, energy 70/100. |
| Johannesburg | 70/100 | South Africa; affordability 76/100, air quality 64/100, energy 64/100. |
| Melbourne | 86/100 | Australia; affordability 60/100, air quality 84/100, energy 78/100. |
| Brisbane | 84/100 | Australia; affordability 64/100, air quality 84/100, energy 78/100. |
| Stockholm | 90/100 | Sweden; affordability 60/100, air quality 86/100, energy 92/100. |
| Oslo | 89/100 | Norway; affordability 56/100, air quality 87/100, energy 95/100. |
| Helsinki | 88/100 | Finland; affordability 63/100, air quality 88/100, energy 88/100. |
| Brussels | 81/100 | Belgium; affordability 65/100, air quality 74/100, energy 80/100. |
| Munich | 88/100 | Germany; affordability 58/100, air quality 80/100, energy 84/100. |
| Hamburg | 85/100 | Germany; affordability 64/100, air quality 80/100, energy 82/100. |
| Dublin | 81/100 | Ireland; affordability 55/100, air quality 80/100, energy 82/100. |
| Edinburgh | 85/100 | United Kingdom; affordability 62/100, air quality 82/100, energy 80/100. |
| Osaka | 84/100 | Japan; affordability 70/100, air quality 78/100, energy 78/100. |
| Kyoto | 86/100 | Japan; affordability 72/100, air quality 82/100, energy 78/100. |
| Beijing | 74/100 | China; affordability 68/100, air quality 58/100, energy 76/100. |
| Shenzhen | 80/100 | China; affordability 64/100, air quality 70/100, energy 82/100. |
| Ho Chi Minh City | 70/100 | Vietnam; affordability 80/100, air quality 60/100, energy 66/100. |
| Hanoi | 68/100 | Vietnam; affordability 82/100, air quality 54/100, energy 64/100. |
| Delhi | 64/100 | India; affordability 80/100, air quality 38/100, energy 66/100. |
| Bangalore | 72/100 | India; affordability 76/100, air quality 62/100, energy 70/100. |
| Riyadh | 70/100 | Saudi Arabia; affordability 70/100, air quality 60/100, energy 76/100. |
| Tel Aviv | 81/100 | Israel; affordability 56/100, air quality 76/100, energy 78/100. |
| Istanbul | 70/100 | Turkey; affordability 76/100, air quality 60/100, energy 66/100. |
| Casablanca | 70/100 | Morocco; affordability 78/100, air quality 66/100, energy 74/100. |
| Accra | 64/100 | Ghana; affordability 80/100, air quality 56/100, energy 60/100. |
| Cairo | 66/100 | Egypt; affordability 80/100, air quality 50/100, energy 68/100. |
| Addis Ababa | 64/100 | Ethiopia; affordability 82/100, air quality 62/100, energy 72/100. |
| Rio de Janeiro | 70/100 | Brazil; affordability 76/100, air quality 68/100, energy 80/100. |
| Montevideo | 80/100 | Uruguay; affordability 72/100, air quality 80/100, energy 86/100. |
| Quito | 70/100 | Ecuador; affordability 80/100, air quality 70/100, energy 76/100. |
| Panama City | 72/100 | Panama; affordability 72/100, air quality 74/100, energy 74/100. |
| Perth | 82/100 | Australia; affordability 64/100, air quality 86/100, energy 78/100. |
| Wellington | 84/100 | New Zealand; affordability 64/100, air quality 88/100, energy 88/100. |
| Athens | 70/100 | Greece; affordability 72/100, air quality 65/100, energy 70/100. |
| Budapest | 73/100 | Hungary; affordability 78/100, air quality 70/100, energy 70/100. |
| Bucharest | 70/100 | Romania; affordability 80/100, air quality 65/100, energy 68/100. |
| Belgrade | 68/100 | Serbia; affordability 80/100, air quality 60/100, energy 60/100. |
| Zagreb | 72/100 | Croatia; affordability 76/100, air quality 70/100, energy 68/100. |
| Ljubljana | 76/100 | Slovenia; affordability 72/100, air quality 75/100, energy 72/100. |
| Bratislava | 73/100 | Slovakia; affordability 74/100, air quality 70/100, energy 70/100. |
| Tallinn | 78/100 | Estonia; affordability 72/100, air quality 80/100, energy 75/100. |
| Riga | 74/100 | Latvia; affordability 74/100, air quality 76/100, energy 72/100. |
| Vilnius | 74/100 | Lithuania; affordability 76/100, air quality 76/100, energy 72/100. |
| Boston | 80/100 | United States; affordability 60/100, air quality 78/100, energy 74/100. |
| Washington DC | 78/100 | United States; affordability 60/100, air quality 76/100, energy 72/100. |
| Miami | 72/100 | United States; affordability 64/100, air quality 70/100, energy 70/100. |
| Austin | 74/100 | United States; affordability 70/100, air quality 70/100, energy 72/100. |
| Dallas | 72/100 | United States; affordability 72/100, air quality 68/100, energy 70/100. |
| Montreal | 77/100 | Canada; affordability 72/100, air quality 76/100, energy 76/100. |
| Calgary | 74/100 | Canada; affordability 74/100, air quality 78/100, energy 78/100. |
| Medellín | 70/100 | Colombia; affordability 78/100, air quality 60/100, energy 65/100. |
| San José | 72/100 | Costa Rica; affordability 70/100, air quality 70/100, energy 80/100. |
| Santo Domingo | 65/100 | Dominican Republic; affordability 72/100, air quality 60/100, energy 60/100. |
| Guatemala City | 60/100 | Guatemala; affordability 70/100, air quality 55/100, energy 55/100. |
| Guangzhou | 70/100 | China; affordability 68/100, air quality 60/100, energy 68/100. |
| Chengdu | 68/100 | China; affordability 72/100, air quality 58/100, energy 64/100. |
| Wuhan | 66/100 | China; affordability 72/100, air quality 56/100, energy 62/100. |
| Busan | 74/100 | South Korea; affordability 72/100, air quality 68/100, energy 70/100. |
| Fukuoka | 78/100 | Japan; affordability 74/100, air quality 76/100, energy 72/100. |
| Chiang Mai | 70/100 | Thailand; affordability 80/100, air quality 50/100, energy 60/100. |
| Phnom Penh | 62/100 | Cambodia; affordability 78/100, air quality 55/100, energy 55/100. |
| Colombo | 62/100 | Sri Lanka; affordability 74/100, air quality 58/100, energy 58/100. |
| Muscat | 70/100 | Oman; affordability 70/100, air quality 62/100, energy 68/100. |
| Kuwait City | 66/100 | Kuwait; affordability 70/100, air quality 58/100, energy 70/100. |
| Manama | 70/100 | Bahrain; affordability 68/100, air quality 60/100, energy 65/100. |
| Amman | 66/100 | Jordan; affordability 72/100, air quality 60/100, energy 60/100. |
| Tunis | 64/100 | Tunisia; affordability 76/100, air quality 60/100, energy 60/100. |
| Rabat | 66/100 | Morocco; affordability 74/100, air quality 65/100, energy 60/100. |
| Dakar | 62/100 | Senegal; affordability 74/100, air quality 58/100, energy 56/100. |
| Dar es Salaam | 60/100 | Tanzania; affordability 76/100, air quality 56/100, energy 54/100. |
| Kampala | 60/100 | Uganda; affordability 78/100, air quality 56/100, energy 54/100. |
| Gaborone | 64/100 | Botswana; affordability 72/100, air quality 68/100, energy 60/100. |
| Adelaide | 78/100 | Australia; affordability 70/100, air quality 80/100, energy 74/100. |
| Canberra | 80/100 | Australia; affordability 68/100, air quality 84/100, energy 74/100. |
| Christchurch | 76/100 | New Zealand; affordability 70/100, air quality 80/100, energy 72/100. |
| Porto | 79/100 | Portugal; affordability 74/100, air quality 78/100, energy 74/100. |
| Valencia | 78/100 | Spain; affordability 72/100, air quality 76/100, energy 74/100. |
| Seville | 75/100 | Spain; affordability 74/100, air quality 72/100, energy 72/100. |
| Bilbao | 79/100 | Spain; affordability 72/100, air quality 78/100, energy 74/100. |
| Bologna | 78/100 | Italy; affordability 70/100, air quality 72/100, energy 72/100. |
| Florence | 77/100 | Italy; affordability 68/100, air quality 72/100, energy 70/100. |
| Naples | 72/100 | Italy; affordability 74/100, air quality 66/100, energy 66/100. |
| Krakow | 77/100 | Poland; affordability 76/100, air quality 64/100, energy 70/100. |
| Gdansk | 76/100 | Poland; affordability 74/100, air quality 72/100, energy 70/100. |
| Wroclaw | 77/100 | Poland; affordability 74/100, air quality 68/100, energy 70/100. |
| Antwerp | 80/100 | Belgium; affordability 70/100, air quality 74/100, energy 76/100. |
| Rotterdam | 82/100 | Netherlands; affordability 70/100, air quality 76/100, energy 80/100. |
| Utrecht | 84/100 | Netherlands; affordability 70/100, air quality 80/100, energy 80/100. |
| Geneva | 87/100 | Switzerland; affordability 60/100, air quality 84/100, energy 82/100. |
| Basel | 86/100 | Switzerland; affordability 62/100, air quality 84/100, energy 82/100. |
| Philadelphia | 76/100 | United States; affordability 70/100, air quality 70/100, energy 72/100. |
| Atlanta | 74/100 | United States; affordability 70/100, air quality 68/100, energy 70/100. |
| Denver | 78/100 | United States; affordability 70/100, air quality 72/100, energy 76/100. |
| Phoenix | 72/100 | United States; affordability 72/100, air quality 64/100, energy 76/100. |
| San Diego | 80/100 | United States; affordability 66/100, air quality 76/100, energy 76/100. |
| Portland | 80/100 | United States; affordability 68/100, air quality 76/100, energy 78/100. |
| Ottawa | 81/100 | Canada; affordability 72/100, air quality 80/100, energy 76/100. |
| Curitiba | 75/100 | Brazil; affordability 72/100, air quality 74/100, energy 72/100. |
| Brasilia | 76/100 | Brazil; affordability 70/100, air quality 76/100, energy 74/100. |
| Monterrey | 72/100 | Mexico; affordability 74/100, air quality 64/100, energy 70/100. |
| Guadalajara | 75/100 | Mexico; affordability 76/100, air quality 68/100, energy 72/100. |
| Valparaiso | 71/100 | Chile; affordability 72/100, air quality 72/100, energy 68/100. |
| Cordoba | 72/100 | Argentina; affordability 76/100, air quality 70/100, energy 70/100. |
| Nagoya | 82/100 | Japan; affordability 70/100, air quality 76/100, energy 76/100. |
| Sapporo | 79/100 | Japan; affordability 74/100, air quality 80/100, energy 72/100. |
| Daegu | 77/100 | South Korea; affordability 76/100, air quality 70/100, energy 74/100. |
| Incheon | 80/100 | South Korea; affordability 74/100, air quality 70/100, energy 76/100. |
| Kaohsiung | 76/100 | Taiwan; affordability 76/100, air quality 68/100, energy 70/100. |
| Cebu | 70/100 | Philippines; affordability 76/100, air quality 70/100, energy 66/100. |
| Da Nang | 73/100 | Vietnam; affordability 78/100, air quality 70/100, energy 68/100. |
| Lahore | 64/100 | Pakistan; affordability 78/100, air quality 50/100, energy 58/100. |
| Karachi | 64/100 | Pakistan; affordability 78/100, air quality 50/100, energy 58/100. |
| Jeddah | 72/100 | Saudi Arabia; affordability 70/100, air quality 64/100, energy 76/100. |
| Medina | 70/100 | Saudi Arabia; affordability 72/100, air quality 64/100, energy 74/100. |
| Sharjah | 76/100 | United Arab Emirates; affordability 72/100, air quality 64/100, energy 76/100. |
| Beirut | 64/100 | Lebanon; affordability 70/100, air quality 60/100, energy 56/100. |
| Alexandria | 68/100 | Egypt; affordability 74/100, air quality 60/100, energy 64/100. |
| Marrakesh | 70/100 | Morocco; affordability 74/100, air quality 66/100, energy 68/100. |
| Durban | 70/100 | South Africa; affordability 72/100, air quality 66/100, energy 64/100. |
| Windhoek | 66/100 | Namibia; affordability 70/100, air quality 76/100, energy 64/100. |
| Lusaka | 64/100 | Zambia; affordability 74/100, air quality 70/100, energy 60/100. |
| Maputo | 62/100 | Mozambique; affordability 74/100, air quality 70/100, energy 58/100. |
| Hobart | 78/100 | Australia; affordability 72/100, air quality 84/100, energy 74/100. |
| Gold Coast | 76/100 | Australia; affordability 70/100, air quality 80/100, energy 74/100. |
| Dunedin | 75/100 | New Zealand; affordability 72/100, air quality 82/100, energy 70/100. |
| Manchester | 76/100 | United Kingdom; affordability 70/100, air quality 74/100, energy 74/100. |
| Birmingham | 74/100 | United Kingdom; affordability 72/100, air quality 72/100, energy 72/100. |
| Bristol | 76/100 | United Kingdom; affordability 70/100, air quality 76/100, energy 74/100. |
| Leeds | 75/100 | United Kingdom; affordability 72/100, air quality 74/100, energy 72/100. |
| Glasgow | 74/100 | United Kingdom; affordability 74/100, air quality 74/100, energy 72/100. |
| Belfast | 72/100 | United Kingdom; affordability 76/100, air quality 74/100, energy 70/100. |
| Cardiff | 74/100 | United Kingdom; affordability 74/100, air quality 76/100, energy 72/100. |
| Cork | 74/100 | Ireland; affordability 70/100, air quality 78/100, energy 72/100. |
| Lyon | 78/100 | France; affordability 70/100, air quality 74/100, energy 76/100. |
| Marseille | 72/100 | France; affordability 74/100, air quality 70/100, energy 72/100. |
| Toulouse | 76/100 | France; affordability 72/100, air quality 74/100, energy 74/100. |
| Nice | 74/100 | France; affordability 64/100, air quality 74/100, energy 72/100. |
| Bordeaux | 78/100 | France; affordability 70/100, air quality 76/100, energy 76/100. |
| Strasbourg | 76/100 | France; affordability 72/100, air quality 74/100, energy 76/100. |
| Frankfurt | 80/100 | Germany; affordability 64/100, air quality 76/100, energy 76/100. |
| Cologne | 76/100 | Germany; affordability 70/100, air quality 74/100, energy 74/100. |
| Stuttgart | 78/100 | Germany; affordability 68/100, air quality 74/100, energy 76/100. |
| Düsseldorf | 76/100 | Germany; affordability 70/100, air quality 74/100, energy 74/100. |
| Leipzig | 76/100 | Germany; affordability 76/100, air quality 74/100, energy 74/100. |
| Dresden | 75/100 | Germany; affordability 76/100, air quality 74/100, energy 72/100. |
| Malaga | 76/100 | Spain; affordability 74/100, air quality 76/100, energy 74/100. |
| Zaragoza | 74/100 | Spain; affordability 76/100, air quality 74/100, energy 72/100. |
| Granada | 74/100 | Spain; affordability 76/100, air quality 74/100, energy 72/100. |
| Turin | 74/100 | Italy; affordability 72/100, air quality 68/100, energy 72/100. |
| Genoa | 72/100 | Italy; affordability 74/100, air quality 70/100, energy 70/100. |
| Palermo | 68/100 | Italy; affordability 76/100, air quality 68/100, energy 68/100. |
| Verona | 74/100 | Italy; affordability 74/100, air quality 70/100, energy 72/100. |
| The Hague | 80/100 | Netherlands; affordability 66/100, air quality 80/100, energy 78/100. |
| Eindhoven | 78/100 | Netherlands; affordability 70/100, air quality 78/100, energy 78/100. |
| Ghent | 78/100 | Belgium; affordability 72/100, air quality 76/100, energy 76/100. |
| Luxembourg City | 82/100 | Luxembourg; affordability 56/100, air quality 78/100, energy 76/100. |
| Aarhus | 82/100 | Denmark; affordability 68/100, air quality 84/100, energy 86/100. |
| Malmö | 80/100 | Sweden; affordability 70/100, air quality 82/100, energy 84/100. |
| Gothenburg | 80/100 | Sweden; affordability 70/100, air quality 82/100, energy 84/100. |
| Tampere | 80/100 | Finland; affordability 72/100, air quality 84/100, energy 80/100. |
| Brno | 76/100 | Czechia; affordability 78/100, air quality 74/100, energy 72/100. |
| Łódź | 72/100 | Poland; affordability 80/100, air quality 68/100, energy 68/100. |
| Poznań | 74/100 | Poland; affordability 78/100, air quality 70/100, energy 70/100. |
| Cluj-Napoca | 74/100 | Romania; affordability 80/100, air quality 72/100, energy 70/100. |
| Split | 72/100 | Croatia; affordability 76/100, air quality 76/100, energy 70/100. |
| Nashville | 74/100 | United States; affordability 70/100, air quality 72/100, energy 70/100. |
| Charlotte | 74/100 | United States; affordability 70/100, air quality 74/100, energy 70/100. |
| Minneapolis | 76/100 | United States; affordability 70/100, air quality 78/100, energy 74/100. |
| Salt Lake City | 74/100 | United States; affordability 70/100, air quality 68/100, energy 72/100. |
| Raleigh | 76/100 | United States; affordability 72/100, air quality 76/100, energy 72/100. |
| Tampa | 72/100 | United States; affordability 70/100, air quality 74/100, energy 70/100. |
| Orlando | 72/100 | United States; affordability 72/100, air quality 74/100, energy 70/100. |
| Pittsburgh | 74/100 | United States; affordability 76/100, air quality 70/100, energy 70/100. |
| Houston | 72/100 | United States; affordability 70/100, air quality 66/100, energy 70/100. |
| Las Vegas | 70/100 | United States; affordability 70/100, air quality 68/100, energy 68/100. |
| Madison | 76/100 | United States; affordability 74/100, air quality 80/100, energy 72/100. |
| Boulder | 76/100 | United States; affordability 64/100, air quality 76/100, energy 74/100. |
| Quebec City | 78/100 | Canada; affordability 76/100, air quality 82/100, energy 76/100. |
| Edmonton | 74/100 | Canada; affordability 74/100, air quality 78/100, energy 70/100. |
| Winnipeg | 72/100 | Canada; affordability 78/100, air quality 80/100, energy 68/100. |
| Halifax | 75/100 | Canada; affordability 72/100, air quality 82/100, energy 70/100. |
| Newcastle | 76/100 | Australia; affordability 70/100, air quality 80/100, energy 74/100. |
| Darwin | 70/100 | Australia; affordability 68/100, air quality 78/100, energy 68/100. |
| Cairns | 70/100 | Australia; affordability 70/100, air quality 80/100, energy 70/100. |
| Tauranga | 75/100 | New Zealand; affordability 70/100, air quality 82/100, energy 72/100. |
| Galway | 74/100 | Ireland; affordability 70/100, air quality 80/100, energy 72/100. |
| Oxford | 76/100 | United Kingdom; affordability 60/100, air quality 78/100, energy 72/100. |
| Cambridge | 77/100 | United Kingdom; affordability 58/100, air quality 78/100, energy 72/100. |
| Liverpool | 71/100 | United Kingdom; affordability 72/100, air quality 75/100, energy 70/100. |
| Sheffield | 71/100 | United Kingdom; affordability 73/100, air quality 76/100, energy 70/100. |
| Brighton | 73/100 | United Kingdom; affordability 60/100, air quality 78/100, energy 72/100. |
| Montpellier | 72/100 | France; affordability 70/100, air quality 73/100, energy 72/100. |
| Rennes | 73/100 | France; affordability 72/100, air quality 78/100, energy 72/100. |
| Grenoble | 72/100 | France; affordability 70/100, air quality 65/100, energy 72/100. |
| Dijon | 71/100 | France; affordability 72/100, air quality 76/100, energy 72/100. |
| Aix-en-Provence | 72/100 | France; affordability 65/100, air quality 72/100, energy 72/100. |
| Hanover | 73/100 | Germany; affordability 74/100, air quality 78/100, energy 75/100. |
| Nuremberg | 74/100 | Germany; affordability 72/100, air quality 78/100, energy 74/100. |
| Bremen | 72/100 | Germany; affordability 74/100, air quality 78/100, energy 75/100. |
| Bonn | 73/100 | Germany; affordability 72/100, air quality 76/100, energy 74/100. |
| Freiburg | 75/100 | Germany; affordability 70/100, air quality 80/100, energy 78/100. |
| Heidelberg | 75/100 | Germany; affordability 68/100, air quality 78/100, energy 75/100. |
| Dortmund | 71/100 | Germany; affordability 75/100, air quality 75/100, energy 74/100. |
| Alicante | 71/100 | Spain; affordability 72/100, air quality 74/100, energy 72/100. |
| Murcia | 70/100 | Spain; affordability 74/100, air quality 73/100, energy 72/100. |
| Valladolid | 71/100 | Spain; affordability 75/100, air quality 76/100, energy 72/100. |
| Braga | 72/100 | Portugal; affordability 75/100, air quality 76/100, energy 72/100. |
| Coimbra | 72/100 | Portugal; affordability 75/100, air quality 76/100, energy 72/100. |
| Pisa | 72/100 | Italy; affordability 70/100, air quality 74/100, energy 72/100. |
| Bari | 69/100 | Italy; affordability 76/100, air quality 73/100, energy 70/100. |
| Catania | 68/100 | Italy; affordability 77/100, air quality 70/100, energy 70/100. |
| Padua | 73/100 | Italy; affordability 70/100, air quality 72/100, energy 72/100. |
| Bergamo | 73/100 | Italy; affordability 70/100, air quality 70/100, energy 72/100. |
| Groningen | 75/100 | Netherlands; affordability 68/100, air quality 78/100, energy 75/100. |
| Maastricht | 74/100 | Netherlands; affordability 68/100, air quality 75/100, energy 74/100. |
| Bruges | 74/100 | Belgium; affordability 70/100, air quality 76/100, energy 72/100. |
| Leuven | 75/100 | Belgium; affordability 70/100, air quality 76/100, energy 74/100. |
| Odense | 76/100 | Denmark; affordability 68/100, air quality 80/100, energy 80/100. |
| Uppsala | 76/100 | Sweden; affordability 65/100, air quality 80/100, energy 80/100. |
| Lund | 76/100 | Sweden; affordability 65/100, air quality 80/100, energy 80/100. |
| Turku | 75/100 | Finland; affordability 68/100, air quality 80/100, energy 78/100. |
| Ostrava | 70/100 | Czechia; affordability 76/100, air quality 65/100, energy 72/100. |
| Katowice | 70/100 | Poland; affordability 76/100, air quality 64/100, energy 70/100. |
| Brașov | 70/100 | Romania; affordability 78/100, air quality 72/100, energy 70/100. |
| Plovdiv | 68/100 | Bulgaria; affordability 80/100, air quality 68/100, energy 68/100. |
| Columbus | 72/100 | United States; affordability 76/100, air quality 74/100, energy 70/100. |
| Indianapolis | 71/100 | United States; affordability 77/100, air quality 73/100, energy 68/100. |
| Detroit | 68/100 | United States; affordability 78/100, air quality 70/100, energy 68/100. |
| Baltimore | 70/100 | United States; affordability 72/100, air quality 72/100, energy 68/100. |
| St. Louis | 70/100 | United States; affordability 78/100, air quality 72/100, energy 68/100. |
| Kansas City | 71/100 | United States; affordability 78/100, air quality 74/100, energy 68/100. |
| San Antonio | 71/100 | United States; affordability 77/100, air quality 73/100, energy 68/100. |
| Sacramento | 71/100 | United States; affordability 70/100, air quality 70/100, energy 70/100. |
| Milwaukee | 70/100 | United States; affordability 76/100, air quality 74/100, energy 68/100. |
| Cincinnati | 71/100 | United States; affordability 77/100, air quality 73/100, energy 68/100. |
| Cleveland | 69/100 | United States; affordability 78/100, air quality 73/100, energy 68/100. |
| Memphis | 68/100 | United States; affordability 78/100, air quality 72/100, energy 68/100. |
| Victoria | 75/100 | Canada; affordability 65/100, air quality 82/100, energy 76/100. |
| Saskatoon | 71/100 | Canada; affordability 74/100, air quality 80/100, energy 70/100. |
| Waterloo | 74/100 | Canada; affordability 72/100, air quality 78/100, energy 72/100. |
| Kelowna | 72/100 | Canada; affordability 68/100, air quality 75/100, energy 72/100. |
| Wollongong | 72/100 | Australia; affordability 68/100, air quality 78/100, energy 72/100. |
| Geelong | 72/100 | Australia; affordability 70/100, air quality 78/100, energy 72/100. |
| Sunshine Coast | 73/100 | Australia; affordability 68/100, air quality 80/100, energy 72/100. |
| Queenstown | 73/100 | New Zealand; affordability 58/100, air quality 82/100, energy 72/100. |
| Napier | 72/100 | New Zealand; affordability 70/100, air quality 80/100, energy 72/100. |
| Pretoria | 65/100 | South Africa; affordability 75/100, air quality 70/100, energy 60/100. |
| Stellenbosch | 68/100 | South Africa; affordability 72/100, air quality 76/100, energy 62/100. |
| Chennai | 65/100 | India; affordability 78/100, air quality 60/100, energy 62/100. |
| Hyderabad | 65/100 | India; affordability 78/100, air quality 60/100, energy 62/100. |
| Pune | 66/100 | India; affordability 76/100, air quality 60/100, energy 62/100. |
| Jaipur | 63/100 | India; affordability 80/100, air quality 55/100, energy 60/100. |
| York | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Southampton | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Aberdeen | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Dundee | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Limerick | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Waterford | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Nantes | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Lille | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Rouen | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Reims | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Tours | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Karlsruhe | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Essen | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Vigo | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Santander | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Faro | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Aveiro | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Siena | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Trieste | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Parma | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Lecce | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Namur | 50/100 | Belgium; affordability 50/100, air quality 50/100, energy 50/100. |
| Liege | 50/100 | Belgium; affordability 50/100, air quality 50/100, energy 50/100. |
| Tilburg | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Breda | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Oulu | 50/100 | Finland; affordability 50/100, air quality 50/100, energy 50/100. |
| Aalborg | 50/100 | Denmark; affordability 50/100, air quality 50/100, energy 50/100. |
| Tartu | 50/100 | Estonia; affordability 50/100, air quality 50/100, energy 50/100. |
| Klaipeda | 50/100 | Lithuania; affordability 50/100, air quality 50/100, energy 50/100. |
| Kosice | 50/100 | Slovakia; affordability 50/100, air quality 50/100, energy 50/100. |
| Lublin | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Timisoara | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Oradea | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Varna | 50/100 | Bulgaria; affordability 50/100, air quality 50/100, energy 50/100. |
| Ann Arbor | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| New Orleans | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Louisville | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Oklahoma City | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Omaha | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Boise | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Tucson | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Regina | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Townsville | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Toowoomba | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Ballarat | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Bendigo | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Launceston | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Palmerston North | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| Nelson | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| Regensburg | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Würzburg | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Lübeck | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Potsdam | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Mainz | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Augsburg | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Kiel | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Annecy | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Avignon | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Nancy | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| La Rochelle | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Nîmes | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Clermont-Ferrand | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Venice | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Como | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Bolzano | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Ravenna | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Perugia | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Lucca | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| San Sebastián | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Toledo | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Salamanca | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| A Coruña | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Girona | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Toruń | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Gdynia | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Szczecin | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Olsztyn | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Leiden | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Delft | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Nijmegen | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Funchal | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Guimarães | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Évora | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Helsingborg | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Umeå | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Linköping | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Sibiu | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Constanța | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Olomouc | 50/100 | Czechia; affordability 50/100, air quality 50/100, energy 50/100. |
| Karlovy Vary | 50/100 | Czechia; affordability 50/100, air quality 50/100, energy 50/100. |
| Salzburg | 50/100 | Austria; affordability 50/100, air quality 50/100, energy 50/100. |
| Innsbruck | 50/100 | Austria; affordability 50/100, air quality 50/100, energy 50/100. |
| Heraklion | 50/100 | Greece; affordability 50/100, air quality 50/100, energy 50/100. |
| Ioannina | 50/100 | Greece; affordability 50/100, air quality 50/100, energy 50/100. |
| Rovaniemi | 50/100 | Finland; affordability 50/100, air quality 50/100, energy 50/100. |
| Jyväskylä | 50/100 | Finland; affordability 50/100, air quality 50/100, energy 50/100. |
| Ostend | 50/100 | Belgium; affordability 50/100, air quality 50/100, energy 50/100. |
| Mechelen | 50/100 | Belgium; affordability 50/100, air quality 50/100, energy 50/100. |
| Roskilde | 50/100 | Denmark; affordability 50/100, air quality 50/100, energy 50/100. |
| Dubrovnik | 50/100 | Croatia; affordability 50/100, air quality 50/100, energy 50/100. |
| Žilina | 50/100 | Slovakia; affordability 50/100, air quality 50/100, energy 50/100. |
| Maribor | 50/100 | Slovenia; affordability 50/100, air quality 50/100, energy 50/100. |
| Pécs | 50/100 | Hungary; affordability 50/100, air quality 50/100, energy 50/100. |
| Sofia | 50/100 | Bulgaria; affordability 50/100, air quality 50/100, energy 50/100. |
| Kaunas | 50/100 | Lithuania; affordability 50/100, air quality 50/100, energy 50/100. |
| Bath | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Newcastle upon Tyne | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Nottingham | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Exeter | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Plymouth | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Norwich | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Swansea | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Inverness | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Derry | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Killarney | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Kilkenny | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Sligo | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Athlone | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Buffalo | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Providence | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Richmond | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Savannah | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Charleston | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Asheville | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Knoxville | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Chattanooga | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Grand Rapids | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Spokane | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Santa Fe | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Albuquerque | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Burlington | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Anchorage | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Honolulu | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Des Moines | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Hamilton | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| St. John's | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Charlottetown | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Thunder Bay | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Gatineau | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Windsor | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Kitchener | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Sherbrooke | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Mackay | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Bunbury | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Albury | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Port Macquarie | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Mildura | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Rotorua | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| New Plymouth | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| Bellingham | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Eugene | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Bend | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Santa Cruz | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Santa Barbara | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Flagstaff | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Missoula | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Bozeman | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Fort Collins | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Durango | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Sioux Falls | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Fargo | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Duluth | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Iowa City | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Traverse City | 50/100 | United States; affordability 50/100, air quality 50/100, energy 50/100. |
| Konstanz | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Trier | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Rostock | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Erfurt | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Garmisch-Partenkirchen | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Flensburg | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Görlitz | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Passau | 50/100 | Germany; affordability 50/100, air quality 50/100, energy 50/100. |
| Chambéry | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Pau | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Besançon | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Bayonne | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Brest | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Perpignan | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Caen | 50/100 | France; affordability 50/100, air quality 50/100, energy 50/100. |
| Cagliari | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Trento | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Udine | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Ancona | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| L'Aquila | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Trapani | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Aosta | 50/100 | Italy; affordability 50/100, air quality 50/100, energy 50/100. |
| Durham | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Lancaster | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Carlisle | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Lincoln | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Kingston upon Hull | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Stoke-on-Trent | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Truro | 50/100 | United Kingdom; affordability 50/100, air quality 50/100, energy 50/100. |
| Nanaimo | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Kamloops | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Prince George | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Yellowknife | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Whitehorse | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Greater Sudbury | 50/100 | Canada; affordability 50/100, air quality 50/100, energy 50/100. |
| Oviedo | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Pamplona | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Tarragona | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Logroño | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Cáceres | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Jaca | 50/100 | Spain; affordability 50/100, air quality 50/100, energy 50/100. |
| Wagga Wagga | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Coffs Harbour | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Geraldton | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Rockhampton | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Devonport | 50/100 | Australia; affordability 50/100, air quality 50/100, energy 50/100. |
| Bydgoszcz | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Rzeszów | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Białystok | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Zakopane | 50/100 | Poland; affordability 50/100, air quality 50/100, energy 50/100. |
| Haarlem | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Arnhem | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Zwolle | 50/100 | Netherlands; affordability 50/100, air quality 50/100, energy 50/100. |
| Viseu | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Viana do Castelo | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Bragança | 50/100 | Portugal; affordability 50/100, air quality 50/100, energy 50/100. |
| Jönköping | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Karlstad | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Visby | 50/100 | Sweden; affordability 50/100, air quality 50/100, energy 50/100. |
| Westport | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Tralee | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Letterkenny | 50/100 | Ireland; affordability 50/100, air quality 50/100, energy 50/100. |
| Iași | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Baia Mare | 50/100 | Romania; affordability 50/100, air quality 50/100, energy 50/100. |
| Kuopio | 50/100 | Finland; affordability 50/100, air quality 50/100, energy 50/100. |
| Vaasa | 50/100 | Finland; affordability 50/100, air quality 50/100, energy 50/100. |
| Whangārei | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| Hamilton | 50/100 | New Zealand; affordability 50/100, air quality 50/100, energy 50/100. |
| Liberec | 50/100 | Czechia; affordability 50/100, air quality 50/100, energy 50/100. |
| České Budějovice | 50/100 | Czechia; affordability 50/100, air quality 50/100, energy 50/100. |
| Graz | 50/100 | Austria; affordability 50/100, air quality 50/100, energy 50/100. |
| Klagenfurt am Wörthersee | 50/100 | Austria; affordability 50/100, air quality 50/100, energy 50/100. |
| Kavala | 50/100 | Greece; affordability 50/100, air quality 50/100, energy 50/100. |
| Volos | 50/100 | Greece; affordability 50/100, air quality 50/100, energy 50/100. |
| Esbjerg | 50/100 | Denmark; affordability 50/100, air quality 50/100, energy 50/100. |
| Hasselt | 50/100 | Belgium; affordability 50/100, air quality 50/100, energy 50/100. |
| Rijeka | 50/100 | Croatia; affordability 50/100, air quality 50/100, energy 50/100. |
| Banská Bystrica | 50/100 | Slovakia; affordability 50/100, air quality 50/100, energy 50/100. |
| Debrecen | 50/100 | Hungary; affordability 50/100, air quality 50/100, energy 50/100. |
| Burgas | 50/100 | Bulgaria; affordability 50/100, air quality 50/100, energy 50/100. |
| Šiauliai | 50/100 | Lithuania; affordability 50/100, air quality 50/100, energy 50/100. |
| Kranj | 50/100 | Slovenia; affordability 50/100, air quality 50/100, energy 50/100. |
| Pärnu | 50/100 | Estonia; affordability 50/100, air quality 50/100, energy 50/100. |
| Cēsis | 50/100 | Latvia; affordability 50/100, air quality 50/100, energy 50/100. |
| Esch-sur-Alzette | 50/100 | Luxembourg; affordability 50/100, air quality 50/100, energy 50/100. |
Curated city collections offer comparison-oriented shortlists by intent — for remote work, families, startups, clean air, and public transport. None of these are scored rankings.
Remote work — A curated city intelligence shortlist for remote workers, comparing cities across cost context, safety, healthcare, transport, connectivity, and relocation utility — not an official ranking.
Family life — A comparison-oriented collection of cities seen through family-relevant context: safety, healthcare, public services, transport, air quality, and livability indicators. Designed for comparison, not as an official family ranking.
Startups — Compare cities with startup and business relevance through connectivity, infrastructure, transport, and international hub positioning. A curated shortlist, not an official ranking.
Clean air — An air quality-oriented city collection. Designed for comparison through WHO and regional air-quality context — not a ranked claim of which city has the cleanest air.
Public transport — A mobility-focused city collection comparing cities with useful public-transport context and verified transport or mobility profiles where available.
Planning tool
Estimate your own monthly budget between two cities. Use your own housing, food, transport, healthcare, and lifestyle inputs, then continue to city profiles and structured comparisons.
Planning estimator based on your inputs, not an official cost-of-living measurement.
Open the cost of living calculatorPlanning tool
Plan a trip budget with your own inputs. Estimate accommodation, food, local transport, activities, travel, healthcare buffer, and emergency buffer, then use city profiles for safety, healthcare, and transport context.
Planning estimator based on your inputs, not an official travel cost estimate.
Open the travel budget calculatorAfter estimating a budget, open a city profile to read structured indicators across affordability, air quality, energy, healthcare, and transport, or compare two cities through curated comparison pages.
Rankings are built from the same typed data layer used by city and module pages, so new cities can scale into every crawl path.
A balanced ranking of cities across affordability, air quality, clean-energy readiness, and resilience.
Cities that combine strong services, mobility, safety, clean air, and resilience into a healthy day-to-day profile.
Cities that combine fast connectivity, safety, healthy day-to-day life, and a manageable cost-of-living balance for remote and hybrid workers.
A health-oriented comparison of city air-quality scores using WHO-centered pollutant interpretation.
Cities ranked by cost-of-living score, weighing housing pressure, essential spending, and household offsets across global metros.
Cities ranked by internet speed, mobile coverage, and digital-readiness depth for residents, businesses, and remote workers.
A ranking of city energy-transition readiness, grid resilience, clean-resource potential, and adaptation capacity.
A practical affordability ranking that weighs housing pressure against transport access, services, and opportunity density.
Affordability, essential costs, and day-to-day financial pressure for residents.
Health-oriented air-quality conditions with context from WHO, EEA, and EPA benchmarks.
Clean-energy readiness, grid resilience, and solar or efficiency opportunity signals.
Personal safety, institutional trust, and resilience signals informed by international safety and crime data.
Broadband and mobile connectivity quality, latency, and digital-readiness signals for residents and remote workers.
Climate exposure, hazard frequency, and adaptation context for floods, heat, storms, and wildfires.
Global City Intelligence is organized as topic, subtopic, and article paths. City pages summarize the whole profile. Module pages go deeper into a single topic. Country pages add national context. Ranking pages connect cities through crawlable comparison tables.
Structured indicators are directional and intended for orientation. Verified layers — including emergency contacts and healthcare access — are attributed to official government, public-health, and emergency-service publishers and are being integrated continuously. For critical decisions, always verify through the official sources cited on each page.
4 institutional references inform this view, listed below with reliability notes. Structured indicators on this page are directional and intended for orientation; verified datasets are being integrated and official sources should be used for critical decisions.
Used as a policy and methodology reference for urban exposure and resilience signals.
Used to normalize air-quality indicators toward health-protective benchmarks.
Used as an energy-resource and weather-normalization reference.
Used to explain urban climate vulnerability and adaptation scoring logic.