#greenroofs — Public Fediverse posts

https://www.europesays.com/africa/340197/ George Irwin Debuts “The Living Infrastructure Layer™” at Africa Biophilic Conference #Africa #biodiversity #Biophilia #ClimateChange #energy #GreenInfrastructure #GreenRoofs #GreenWalls #nature #StormwaterManagement #Sustainability

Can Europe Beat the Heat Without More Air Conditioners?

With Europe facing more frequent and hotter heatwaves, the uptake of air conditioning systems has soared across the…
#Europe #EU #airconditioning #climatechange #coolingtechnology #districtcooling #energyefficiency #GreenRoofs #Heatpumps #heatwaves #urbanplanning
https://www.europesays.com/europe/91819/

2026 WGIN Awards in Barcelona-Lleida: Nominate Projects by July 31

Just Under Four Months to WGIC26 Barcelona-Lleida & Four Weeks to Nominate or Submit Projects for the 2026…
#Spain #ES #Europe #Europa #EU #Barcelona #architecture #Biodiversity #Biophilia #Climatechange #Energy #featured #GreenInfrastructure #greenroofs #GreenWalls #LivingGreenArchitecture #People #renewables #StormwaterManagement #sustainability #UrbanAg
https://www.europesays.com/spain/49881/

White roofs and parks can cool cities, but study in Spain warns about future heating

Cities can mitigate some warming by expanding parks and using white roofs, but a study from Barcelona indicates…
#Spain #ES #Europe #Europa #EU #Barcelona #greenroofs #Researchers #whiteroofs
https://www.europesays.com/spain/47019/

White roofs and parks can cool cities, but study in Spain warns about future heating https://www.byteseu.com/2145739/ #barcelona #GreenRoofs #researchers #Spain #WhiteRoofs

Fytogreen: Various Positions, Australia – Greenroofs.com https://www.byteseu.com/2139652/ #Australia #biodiversity #Biophilia #GreenInfrastructure #GreenRoofs #GreenWalls

Europe’s Roadmap for Scaling Living Architecture

Various Authors of European Union writes: Green roofs and façades are becoming established across Europe as nature-based solutions…
#Europe #EU #EuropeanCommission #biodiversity #Biophilia #climatechange #Energy #Featured #greeninfrastructure #GreenRoofs #GreenWalls #LandscapeArchitecture #StormwaterManagement #Sustainability
https://www.europesays.com/europe/39963/

I have jumped into my #thesis work, looking at the associations between #access to #GreenSpace—such as that found in #parks, #gardens, #forests, #HikingTrails, #GreenRoofs, and #StreetTrees—and various #HealthOutcomes. I am also looking at #WillingnessToPay for access to green space in consideration of its health-promoting effects. 3/6

I have jumped into my #thesis work, looking at the associations between #access to #GreenSpace—such as that found in #parks, #gardens, #forests, #HikingTrails, #GreenRoofs, and #StreetTrees—and various #HealthOutcomes. I am also looking at #WillingnessToPay for access to green space in consideration of its health-promoting effects. 3/6

I have jumped into my #thesis work, looking at the associations between #access to #GreenSpace—such as that found in #parks, #gardens, #forests, #HikingTrails, #GreenRoofs, and #StreetTrees—and various #HealthOutcomes. I am also looking at #WillingnessToPay for access to green space in consideration of its health-promoting effects. 3/6

I have jumped into my #thesis work, looking at the associations between #access to #GreenSpace—such as that found in #parks, #gardens, #forests, #HikingTrails, #GreenRoofs, and #StreetTrees—and various #HealthOutcomes. I am also looking at #WillingnessToPay for access to green space in consideration of its health-promoting effects. 3/6

I have jumped into my #thesis work, looking at the associations between #access to #GreenSpace—such as that found in #parks, #gardens, #forests, #HikingTrails, #GreenRoofs, and #StreetTrees—and various #HealthOutcomes. I am also looking at #WillingnessToPay for access to green space in consideration of its health-promoting effects. 3/6

https://www.europesays.com/britain/26550/ GS Architecture retrofits Hampstead Passive House in London #England #extensions #GreenRoofs #London #LondonHouseExtensions #passivhaus #ResidentialExtensions #section:all #section:architecture #UK

DIY Green Roof: A Beginner’s Guide to Creating Your Own Living Roof
https://greenroofguide.com/diy-green-roof/

#SolarPunkSunday #GardenDesign #GreenRoof #GreenRoofs #Gardening #Gardens

DIY Green Roof: A Beginner’s Guide to Creating Your Own Living Roof
https://greenroofguide.com/diy-green-roof/

#SolarPunkSunday #GardenDesign #GreenRoof #GreenRoofs #Gardening #Gardens

DIY Green Roof: A Beginner’s Guide to Creating Your Own Living Roof
https://greenroofguide.com/diy-green-roof/

#SolarPunkSunday #GardenDesign #GreenRoof #GreenRoofs #Gardening #Gardens

DIY Green Roof: A Beginner’s Guide to Creating Your Own Living Roof
https://greenroofguide.com/diy-green-roof/

#SolarPunkSunday #GardenDesign #GreenRoof #GreenRoofs #Gardening #Gardens

DIY Green Roof: A Beginner’s Guide to Creating Your Own Living Roof
https://greenroofguide.com/diy-green-roof/

#SolarPunkSunday #GardenDesign #GreenRoof #GreenRoofs #Gardening #Gardens

Join Us at the World Congress of Building Greening 2026 in Berlin

All Images Courtesy of BuGG With its international guests, the congress organised by the German Green Building Association…
#Germany #DE #Europe #EU #Europa #architecture #biodiversity #Biophilia #climatechange #Featured #germany #greeninfrastructure #GreenRoofs #GreenWalls #landscapearchitecture #stormwatermanagement #sustainability
https://www.europesays.com/2858471/

https://www.europesays.com/dk/43933/ Join Us at the World Congress of Building Greening 2026 in Berlin #Architecture #berlin #biodiversity #Biophilia #ClimateChange #Featured #Germany #GreenInfrastructure #GreenRoofs #GreenWalls #LandscapeArchitecture #StormwaterManagement #Sustainability

https://www.europesays.com/ie/383348/ Pelli Clarke & Partners unveils Yibin park district #Arts #ArtsAndDesign #ArtsAndDesign #ArtsDesign #China #Design #Éire #Entertainment #GreenRoofs #IE #Ireland #masterplans #PelliClarke&Partners #section:all #section:architecture

Weico wraps XPeng headquarters around twin courtyards

Architecture studio Weico has completed a headquarters for Chinese electric car brand XPeng in Guangzhou, China, with a…
#NewsBeep #News #Artsanddesign #Arts #ArtsAndDesign #AU #Australia #canteens #China #chinesearchitecture #courtyards #Design #Entertainment #greenroofs #Guangzhou #OfficeArchitecture #section:all #section:architecture
https://www.newsbeep.com/au/441002/

https://www.europesays.com/ie/306382/ Weico wraps XPeng headquarters around twin courtyards #Arts #ArtsAndDesign #ArtsAndDesign #ArtsDesign #canteens #China #ChineseArchitecture #courtyards #Design #Éire #Entertainment #GreenRoofs #Guangzhou #IE #Ireland #OfficeArchitecture #section:all #section:architecture

https://www.europesays.com/uk/537516/ Malte Schütt designs modular prefabricated Kassette House sauna #Arts #ArtsAndDesign #Design #Entertainment #Germany #GreenRoofs #ModularArchitecture #PrefabricatedBuildings #ResidentialArchitectureAndInteriors #saunas #section:all #section:architecture #UK #UnitedKingdom

Malte Schütt designs modular prefabricated Kassette House sauna

Designer Malte Schütt has created a modular wooden sauna with a gridded facade and a planted roof that…
#NewsBeep #News #Artsanddesign #Arts #ArtsAndDesign #CA #Canada #Design #Entertainment #Germany #greenroofs #modulararchitecture #prefabricatedbuildings #residentialarchitectureandinteriors #saunas #section:all #section:architecture
https://www.newsbeep.com/ca/249854/

https://www.europesays.com/ie/153054/ Malte Schütt designs modular prefabricated Kassette House sauna #Arts #ArtsAndDesign #ArtsAndDesign #ArtsDesign #Design #Éire #Entertainment #Germany #GreenRoofs #IE #Ireland #ModularArchitecture #PrefabricatedBuildings #ResidentialArchitectureAndInteriors #saunas #section:all #section:architecture

https://www.europesays.com/uk/405176/ Nine homes designed around growing food for a good life #Arts #ArtsAndDesign #Design #Entertainment #Food #GreenRoofs #Houses #ResidentialArchitectureAndInteriors #Roundups #section:all #section:architecture #Trees #UK #UnitedKingdom

Why Green Roofs Are the Future of Cities! #greenroofs #urban #ecofriendly #sustainablecities #design

Can plants on your roof cool your home and clean the air? 🌿 Green roofs act as natural insulators, reduce cooling costs, and create wildlife habitats. They’re changing city skylines into living ecosystems. 🌍🌆 @DesignTimeChronicles from Design Time Chronicles

https://designtimechronicles.wordpress.com/2025/08/30/why-green-roofs-are-the-future-of-cities-greenroofs-urban-ecofriendly-sustainablecities-design/

New publication: The development of #insectdiversity and #ecosystemcomplexity on #greenroofs: A review.
#biodiversity #urbanecology
https://doi.org/10.1111/icad.70007

New publication: The development of #insectdiversity and #ecosystemcomplexity on #greenroofs: A review.
#biodiversity #urbanecology
https://doi.org/10.1111/icad.70007

New publication: The development of #insectdiversity and #ecosystemcomplexity on #greenroofs: A review.
#biodiversity #urbanecology
https://doi.org/10.1111/icad.70007

New publication: The development of #insectdiversity and #ecosystemcomplexity on #greenroofs: A review.
#biodiversity #urbanecology
https://doi.org/10.1111/icad.70007

World Green Roof Day .

#greenroof #roofing #flatroof #roofrepair #skylights #roofer #repairs #facia #soffet #cedar #robbsroofing #enviroshake #copper #owenscorning #shingles #handyman #brantfordroofing #owenscorningshingles #owenscorningduration #brantford #architecture #alpinesnowguards #custom #customroof #southernontario #lookslikecedar #cambridge #roofrepairs #mountpleasant #greenroofs Today is World Green Roof Day . With the increasing population, land is becoming…

https://itsmostamazingindia.wordpress.com/2025/06/06/world-green-roof-day/

World Green Roof Day .

#greenroof #roofing #flatroof #roofrepair #skylights #roofer #repairs #facia #soffet #cedar #robbsroofing #enviroshake #copper #owenscorning #shingles #handyman #brantfordroofing #owenscorningshingles #owenscorningduration #brantford #architecture #alpinesnowguards #custom #customroof #southernontario #lookslikecedar #cambridge #roofrepairs #mountpleasant #greenroofs Today is World Green Roof Day . With the increasing population, land is becoming…

https://itsmostamazingindia.wordpress.com/2025/06/06/world-green-roof-day/

World Green Roof Day .

#greenroof #roofing #flatroof #roofrepair #skylights #roofer #repairs #facia #soffet #cedar #robbsroofing #enviroshake #copper #owenscorning #shingles #handyman #brantfordroofing #owenscorningshingles #owenscorningduration #brantford #architecture #alpinesnowguards #custom #customroof #southernontario #lookslikecedar #cambridge #roofrepairs #mountpleasant #greenroofs Today is World Green Roof Day . With the increasing population, land is becoming…

https://itsmostamazingindia.wordpress.com/2025/06/06/world-green-roof-day/

How are #NaturalDisaster-resistant design elements integrated into #Solarpunk buildings?

Publication date: 2023-09-02

"In Solarpunk buildings, natural disaster-resistant design elements are integrated through a combination of passive and active design strategies. Here are a few ways in which these elements can be incorporated:

1. Site selection and orientation: Solarpunk buildings are typically situated in areas that are less susceptible to natural disasters like #floods, #earthquakes, or #tsunamis. Careful evaluation of the site's history and potential risks helps in choosing locations that are more resilient. Additionally, the building orientation can be optimized to maximize #NaturalLight and minimize exposure to prevailing #winds or #storms.

2. Structural reinforcements: Solarpunk buildings embrace resilient construction techniques to withstand natural disasters. This may include reinforced foundations, earthquake-resistant designs, hurricane-resistant materials, and robust structural systems that can withstand high winds, seismic activity, or even #ExtremeWeather events.

3. #GreenRoofs and #RainwaterHarvesting: Green roofs, which incorporate vegetation on the rooftop, offer several benefits when it comes to natural disaster resilience. They can help mitigate stormwater runoff, reducing the strain on existing drainage systems during heavy rainfalls or floods. Additionally, rainwater harvesting systems can be implemented to collect and store rainwater for future use, serving as an alternative water source during emergencies.

4. Passive climate control: Solarpunk design emphasizes #PassiveCooling and heating strategies to reduce energy consumption and reliance on mechanical systems. Natural ventilation through well-placed windows, louvers, or #RoofVents can help regulate indoor temperatures. By not relying heavily on air conditioning units, Solarpunk buildings can maintain habitability even during power outages caused by natural disasters.

5. #RenewableEnergy systems: Solarpunk buildings integrate renewable energy systems like solar panels or wind turbines to generate electricity on-site. This reduces dependence on centralized energy grids, making the building more self-sufficient and resilient in the face of power disruptions caused by natural disasters. Battery storage systems can also be incorporated to store excess energy and provide backup power during emergencies.

6. Water management and flood-resistance: Solarpunk buildings employ strategies such as permeable paving, #RainGardens, and water retention ponds to manage stormwater. These features help minimize the risk of flooding and prevent damage caused by heavy rains or #ExtremeWeather events.

"By combining these design elements, Solarpunk buildings aim to create sustainable and resilient structures that can better withstand the challenges posed by natural disasters."

Source:
https://houses-apartments.com/en/architecture/solarpunk-architecture/how-are-natural-disaster-resistant-design-elements-integrated-into-solarpunk-buildings

#SolarPunkSunday #Architecture #ClimateChange #ArchitecturalDesign

How are #NaturalDisaster-resistant design elements integrated into #Solarpunk buildings?

Publication date: 2023-09-02

"In Solarpunk buildings, natural disaster-resistant design elements are integrated through a combination of passive and active design strategies. Here are a few ways in which these elements can be incorporated:

1. Site selection and orientation: Solarpunk buildings are typically situated in areas that are less susceptible to natural disasters like #floods, #earthquakes, or #tsunamis. Careful evaluation of the site's history and potential risks helps in choosing locations that are more resilient. Additionally, the building orientation can be optimized to maximize #NaturalLight and minimize exposure to prevailing #winds or #storms.

2. Structural reinforcements: Solarpunk buildings embrace resilient construction techniques to withstand natural disasters. This may include reinforced foundations, earthquake-resistant designs, hurricane-resistant materials, and robust structural systems that can withstand high winds, seismic activity, or even #ExtremeWeather events.

3. #GreenRoofs and #RainwaterHarvesting: Green roofs, which incorporate vegetation on the rooftop, offer several benefits when it comes to natural disaster resilience. They can help mitigate stormwater runoff, reducing the strain on existing drainage systems during heavy rainfalls or floods. Additionally, rainwater harvesting systems can be implemented to collect and store rainwater for future use, serving as an alternative water source during emergencies.

4. Passive climate control: Solarpunk design emphasizes #PassiveCooling and heating strategies to reduce energy consumption and reliance on mechanical systems. Natural ventilation through well-placed windows, louvers, or #RoofVents can help regulate indoor temperatures. By not relying heavily on air conditioning units, Solarpunk buildings can maintain habitability even during power outages caused by natural disasters.

5. #RenewableEnergy systems: Solarpunk buildings integrate renewable energy systems like solar panels or wind turbines to generate electricity on-site. This reduces dependence on centralized energy grids, making the building more self-sufficient and resilient in the face of power disruptions caused by natural disasters. Battery storage systems can also be incorporated to store excess energy and provide backup power during emergencies.

6. Water management and flood-resistance: Solarpunk buildings employ strategies such as permeable paving, #RainGardens, and water retention ponds to manage stormwater. These features help minimize the risk of flooding and prevent damage caused by heavy rains or #ExtremeWeather events.

"By combining these design elements, Solarpunk buildings aim to create sustainable and resilient structures that can better withstand the challenges posed by natural disasters."

Source:
https://houses-apartments.com/en/architecture/solarpunk-architecture/how-are-natural-disaster-resistant-design-elements-integrated-into-solarpunk-buildings

#SolarPunkSunday #Architecture #ClimateChange #ArchitecturalDesign

How are #NaturalDisaster-resistant design elements integrated into #Solarpunk buildings?

Publication date: 2023-09-02

"In Solarpunk buildings, natural disaster-resistant design elements are integrated through a combination of passive and active design strategies. Here are a few ways in which these elements can be incorporated:

1. Site selection and orientation: Solarpunk buildings are typically situated in areas that are less susceptible to natural disasters like #floods, #earthquakes, or #tsunamis. Careful evaluation of the site's history and potential risks helps in choosing locations that are more resilient. Additionally, the building orientation can be optimized to maximize #NaturalLight and minimize exposure to prevailing #winds or #storms.

2. Structural reinforcements: Solarpunk buildings embrace resilient construction techniques to withstand natural disasters. This may include reinforced foundations, earthquake-resistant designs, hurricane-resistant materials, and robust structural systems that can withstand high winds, seismic activity, or even #ExtremeWeather events.

3. #GreenRoofs and #RainwaterHarvesting: Green roofs, which incorporate vegetation on the rooftop, offer several benefits when it comes to natural disaster resilience. They can help mitigate stormwater runoff, reducing the strain on existing drainage systems during heavy rainfalls or floods. Additionally, rainwater harvesting systems can be implemented to collect and store rainwater for future use, serving as an alternative water source during emergencies.

4. Passive climate control: Solarpunk design emphasizes #PassiveCooling and heating strategies to reduce energy consumption and reliance on mechanical systems. Natural ventilation through well-placed windows, louvers, or #RoofVents can help regulate indoor temperatures. By not relying heavily on air conditioning units, Solarpunk buildings can maintain habitability even during power outages caused by natural disasters.

5. #RenewableEnergy systems: Solarpunk buildings integrate renewable energy systems like solar panels or wind turbines to generate electricity on-site. This reduces dependence on centralized energy grids, making the building more self-sufficient and resilient in the face of power disruptions caused by natural disasters. Battery storage systems can also be incorporated to store excess energy and provide backup power during emergencies.

6. Water management and flood-resistance: Solarpunk buildings employ strategies such as permeable paving, #RainGardens, and water retention ponds to manage stormwater. These features help minimize the risk of flooding and prevent damage caused by heavy rains or #ExtremeWeather events.

"By combining these design elements, Solarpunk buildings aim to create sustainable and resilient structures that can better withstand the challenges posed by natural disasters."

Source:
https://houses-apartments.com/en/architecture/solarpunk-architecture/how-are-natural-disaster-resistant-design-elements-integrated-into-solarpunk-buildings

#SolarPunkSunday #Architecture #ClimateChange #ArchitecturalDesign

How are #NaturalDisaster-resistant design elements integrated into #Solarpunk buildings?

Publication date: 2023-09-02

"In Solarpunk buildings, natural disaster-resistant design elements are integrated through a combination of passive and active design strategies. Here are a few ways in which these elements can be incorporated:

1. Site selection and orientation: Solarpunk buildings are typically situated in areas that are less susceptible to natural disasters like #floods, #earthquakes, or #tsunamis. Careful evaluation of the site's history and potential risks helps in choosing locations that are more resilient. Additionally, the building orientation can be optimized to maximize #NaturalLight and minimize exposure to prevailing #winds or #storms.

2. Structural reinforcements: Solarpunk buildings embrace resilient construction techniques to withstand natural disasters. This may include reinforced foundations, earthquake-resistant designs, hurricane-resistant materials, and robust structural systems that can withstand high winds, seismic activity, or even #ExtremeWeather events.

3. #GreenRoofs and #RainwaterHarvesting: Green roofs, which incorporate vegetation on the rooftop, offer several benefits when it comes to natural disaster resilience. They can help mitigate stormwater runoff, reducing the strain on existing drainage systems during heavy rainfalls or floods. Additionally, rainwater harvesting systems can be implemented to collect and store rainwater for future use, serving as an alternative water source during emergencies.

4. Passive climate control: Solarpunk design emphasizes #PassiveCooling and heating strategies to reduce energy consumption and reliance on mechanical systems. Natural ventilation through well-placed windows, louvers, or #RoofVents can help regulate indoor temperatures. By not relying heavily on air conditioning units, Solarpunk buildings can maintain habitability even during power outages caused by natural disasters.

5. #RenewableEnergy systems: Solarpunk buildings integrate renewable energy systems like solar panels or wind turbines to generate electricity on-site. This reduces dependence on centralized energy grids, making the building more self-sufficient and resilient in the face of power disruptions caused by natural disasters. Battery storage systems can also be incorporated to store excess energy and provide backup power during emergencies.

6. Water management and flood-resistance: Solarpunk buildings employ strategies such as permeable paving, #RainGardens, and water retention ponds to manage stormwater. These features help minimize the risk of flooding and prevent damage caused by heavy rains or #ExtremeWeather events.

"By combining these design elements, Solarpunk buildings aim to create sustainable and resilient structures that can better withstand the challenges posed by natural disasters."

Source:
https://houses-apartments.com/en/architecture/solarpunk-architecture/how-are-natural-disaster-resistant-design-elements-integrated-into-solarpunk-buildings

#SolarPunkSunday #Architecture #ClimateChange #ArchitecturalDesign

How are #NaturalDisaster-resistant design elements integrated into #Solarpunk buildings?

Publication date: 2023-09-02

"In Solarpunk buildings, natural disaster-resistant design elements are integrated through a combination of passive and active design strategies. Here are a few ways in which these elements can be incorporated:

1. Site selection and orientation: Solarpunk buildings are typically situated in areas that are less susceptible to natural disasters like #floods, #earthquakes, or #tsunamis. Careful evaluation of the site's history and potential risks helps in choosing locations that are more resilient. Additionally, the building orientation can be optimized to maximize #NaturalLight and minimize exposure to prevailing #winds or #storms.

2. Structural reinforcements: Solarpunk buildings embrace resilient construction techniques to withstand natural disasters. This may include reinforced foundations, earthquake-resistant designs, hurricane-resistant materials, and robust structural systems that can withstand high winds, seismic activity, or even #ExtremeWeather events.

3. #GreenRoofs and #RainwaterHarvesting: Green roofs, which incorporate vegetation on the rooftop, offer several benefits when it comes to natural disaster resilience. They can help mitigate stormwater runoff, reducing the strain on existing drainage systems during heavy rainfalls or floods. Additionally, rainwater harvesting systems can be implemented to collect and store rainwater for future use, serving as an alternative water source during emergencies.

4. Passive climate control: Solarpunk design emphasizes #PassiveCooling and heating strategies to reduce energy consumption and reliance on mechanical systems. Natural ventilation through well-placed windows, louvers, or #RoofVents can help regulate indoor temperatures. By not relying heavily on air conditioning units, Solarpunk buildings can maintain habitability even during power outages caused by natural disasters.

5. #RenewableEnergy systems: Solarpunk buildings integrate renewable energy systems like solar panels or wind turbines to generate electricity on-site. This reduces dependence on centralized energy grids, making the building more self-sufficient and resilient in the face of power disruptions caused by natural disasters. Battery storage systems can also be incorporated to store excess energy and provide backup power during emergencies.

6. Water management and flood-resistance: Solarpunk buildings employ strategies such as permeable paving, #RainGardens, and water retention ponds to manage stormwater. These features help minimize the risk of flooding and prevent damage caused by heavy rains or #ExtremeWeather events.

"By combining these design elements, Solarpunk buildings aim to create sustainable and resilient structures that can better withstand the challenges posed by natural disasters."

Source:
https://houses-apartments.com/en/architecture/solarpunk-architecture/how-are-natural-disaster-resistant-design-elements-integrated-into-solarpunk-buildings

#SolarPunkSunday #Architecture #ClimateChange #ArchitecturalDesign

The two lists below provide data on green roofs around the globe that is available from online resources. The first identifies the cities with the most buildings that have green roofs, while the second lists those cities with the most green roof square footage. As there is not a consistent time line for reporting data, the calendar year for the information is provided in parentheses.

Please note that in some cases, city data was only available for the number of green roofs, in other cases data was only available on the square footage of green roofs. In addition, many of the data sources do not clearly distinguish between the core city and the greater metropolitan area. Therefore, some of the number may reflect more than just the core city itself.

As always, additions, corrections, or suggestions are most welcome. Peace!

_______

Number of Buildings With Green Roofs

Berlin, Germany = 20,446 (2020)

Tokyo, Japan = 5,700 (2015)

Basel, Switzerland = 3,200 (2019)

Copenhagen, Denmark = 1,277 (2020)

Melbourne, Australia = 1,081 (2013)

Toronto, Ontario = 1,000 (2024)

New York City, New York = 736 (2022)

Greater London, England = 700 (2014)

Chicago, Illinois = 509 (2024)

Sao Paulo, Brazil = 500 (2024)

Vancouver, British Columbia = 312 (2022)

Turin, Italy = 300 (2020)

Sheffield, England = 120 (2014)

Barcelona, Spain = 115 (2014)

Rio de Janeiro, Brazil = 100 (2024)

Edinburgh, Scotland = 83 (2021)

Sydney, Australia = 80 (2023)

Milwaukee, Wisconsin = 68 (2021)

Seattle, Washington = 62 (2010)

Hong Kong, China = 60 (2017)

Denver, Colorado = 50 (2018)

San Francisco, California = 45 (2013)

________

The square footages are based on the most recent calendar year data for the city are available (in parens). If data for the city is known , but the date is not, it is listed as (?date). Finally, if the sauce footage was determined by adding known square footages together from multiple online resources (calculated) is listed next to the total. In the “calculated” cases, not all buildings with green roofs may have been found.

Square Footage of Green Roofs

Berlin, Germany = 70,611,252 square feet (2020)

Chengdu, China = 35,520,904 square feet (2017)

Shanghai, China = 34,444,513 square feet (2017)

Munich, Germany = 33,885,253 square feet (2020)

Dusseldorf, Germany = 22,213,482 square feet (2020)

Tokyo, Japan = 19,375,039 square feet (2015)

Beijing, China = 21,527,821 square feet (2017)

Hamburg, Germany = 18,083,370 square feet (2020)

Singapore = 16,684,061 square feet (2023)

Shenzhen, China and Chongqing, China = 16,145,866 square feet (2017 and 2017)

Stuttgart, Germany = 13,024,332 square feet (2020)

Basel, Switzerland; Nanjing, China; Xi’an, China; and Hangzhou, China = 10,763,910 square feet (2019, 2017, 2017, and 2017)

Toronto, Ontario = 10,700,000 square feet (2024)

Milan, Italy = 10,440,993 square feet (2016)

Paris, France = 8,180,572 square feet (date?)

Linz, Austria = 5,957,824 square feet (date?)

Chicago, Illinois = 5,564,412 square feet (2024)

Washington, DC = 5,000,000 square feet (2024)

Rotterdam, Netherlands = 4,900,000 square feet (2021)

Greater London, England = 3,427,229 square feet (2021)

Turin, Italy = 2,770,415 square feet (2020)

Seattle, Washington = 2,669,267 square feet (2020)

Copenhagen, Denmark = 2,152,782 square feet (2020)

Istanbul, Turkey = 1,463,892 square feet (calculated)

Sydney, Australia = 1,054,863 square feet (2014)

Ottawa, Ontario = 1,021,517 square feet (calculated)

The Hague, Netherlands = 828,821 square feet (date?)

Kuwait City, Kuwait = 807,293 square feet (2021)

Newark, New Jersey = 600,000 square feet (2018)

Hong Kong, China = 538,196 square feet (2014)

Amsterdam, Netherlands = 500,000 square feet (date?)

Melbourne, Australia = 403,345 square feet (2021)

Philadelphia, Pennsylvania = 400,000 square feet (2019)

Vancouver, British Columbia = 368,997 square feet (calculated)

Zurich, Switzerland = 360,056 square feet (calculated)

Bogota, Colombia = 344,445 square feet (2018)

Stockholm, Sweden = 285,136 square feet (2023)

Mexico City, Mexico = 380,779 square feet (2022)

Groningen, Netherlands = 215,278 square feet (2019)

Salt Lake City, Utah = 200,000 square feet

Champaign, Illinois = 195,560 square feet (calculated)

Helsinki, Finland = 194,931 square feet (calculated)

Columbus, Ohio = 194,000 square feet (calculated)

Milwaukee, Wisconsin = 178,200 square feet (calculated)

Atlanta, Georgia = 119,068 square feet (calculated)

Malmo, Sweden = 118,403 square feet (2023)

Madison, Wisconsin = 115,000 square feet (calculated)

Boston, Massachusetts = 100,000 square feet (2023)

SOURCES:

• https://www.smartcitiesdive.com/news/dc-is-home-to-the-most-green-roofs-in-north-america/528865/
• https://www.wired.com/story/blue-green-roofs-amsterdam-resilio-climate-adaptation-sponge-cities/#:~:text=Welcome%20to%20the%20squeezable%20sponge%20city%20of%20tomorrow.&text=You%20might%20visit%20Amsterdam%20for,resource%20instead%20of%20fighting%20it.
• https://www.sempergreen.com/se/senaste-nytt/10-of-the-best-sustainable-city-plans-in-the-world#:~:text=9.,set%20for%202030%20and%202050.
• https://pmc.ncbi.nlm.nih.gov/articles/PMC1892107/#:~:text=Today%20Chicago%20leads%20the%20country,civic%20buildings%20and%20smaller%20stores.
• https://pmc.ncbi.nlm.nih.gov/articles/PMC1892107/#:~:text=Today%20Chicago%20leads%20the%20country,civic%20buildings%20and%20smaller%20stores.
• https://www.chicago.gov/city/en/depts/dcd/supp_info/chicago_green_roofs.html#:~:text=509%20vegetated%20roofs%20within%20the,feet%20of%20green%20roof%20coverage
• https://urbanstrong.com/blog/how-washington-dc-is-addressing-stormwater-management#:~:text=Washington%20D.C%20has%20over%20five,permeable%20pavers%2C%20and%20shade%20trees.
• https://ecologyandsociety.org/vol27/iss3/art20/
• https://thecela.org/wp-content/uploads/GREENROOF-PERFORMANCE-STUDY.pdf
• https://climate-adapt.eea.europa.eu/en/metadata/case-studies/green-roofs-in-basel-switzerland-combining-mitigation-and-adaptation-measures-1#:~:text=An%20investigation%20of%20the%20total,according%20to%20the%20Basel%20municipality.
• https://interlace-hub.com/green-roof-subsidy-rotterdam#:~:text=Achieved%20outcomes%20and%20impacts:,Success%20factors%20and%20lessons%20learned:
• https://www.fastcompany.com/90755913/inside-rotterdams-quest-to-green-10-million-square-feet-of-rooftops
• https://www.berlin.de/umweltatlas/en/land-use/green-roofs/2020/map-description/
• https://climate-adapt.eea.europa.eu/en/metadata/case-studies/four-pillars-to-hamburg2019s-green-roof-strategy-financial-incentive-dialogue-regulation-and-science#:~:text=Since%202014%2C%20when%20the%20Green,with%20green%20roofs%20are%20underway.
• https://resilientthehague.nl/en/projects/meer-groene-daken/#:~:text=The%20Hague%20introduced%20a%20green,%25)%20for%20potential%20green%20roofs!
• https://livingarchitecturemonitor.com/articles/the-scandinavian-green-roof-institute-fa23#:~:text=As%20part%20of%20this%2C%20Augustenborg’s,green%20roof%20projects%20around%20Scandinavia.
• https://www.norradjurgardsstaden2030.se/results/let-nature-do-the-work
• https://www.greenroofs.com/2021/07/08/the-bugg-market-report-on-green-building-2020-is-now-available-in-english/#:~:text=In%202019%2C%207%2C217%2C720%20m%C2%B2%20of,roof%20index%20is%201.2%20m%C2%B2.
• https://wwf.panda.org/wwf_news/?204461/Stuttgart-green-corridors#:~:text=Urban%2Dcompact%2Dgreen,stopped%20due%20to%20greenspace%20protection.
• perplexity.ai
• google.ai
• https://www.vivid-magazin.de/story/en/sustainable-city#:~:text=According%20to%20Thomas%20Loosen%2C%20as%20of%20October,within%20the%20framework%20of%20the%20funding%20project.
• https://livingroofs.org/paris-impact-green-roofs-green-city/
• https://livingarchitecturemonitor.com/articles/growing-green-roofs-and-industry-under-torontos-bylaw-su24#:~:text=Since%202010%2C%20the%20Green%20Roof,all%20at%20the%20same%20time.
• https://storymaps.arcgis.com/stories/c5c2c744a50a4609bbc020505d481ab0
• https://www.tmj4.com/news/milwaukee-tonight/exploring-milwaukees-green-rooftops#:~:text=In%20fact%2C%20according%20to%20the,Grohmann%20Museum%20in%20downtown%20Milwaukee.
• https://greeneconomy.media/bill-encourage-rooftop-gardens-new-san-francisco-buildings/#:~:text=An%20October%202013%20study%20by,to%20$30%20per%20square%20foot.
• https://www.london.gov.uk/programmes-strategies/environment-and-climate-change/parks-green-spaces-and-biodiversity/green-infrastructure-maps-and-tools/green-roof-map#:~:text=Information%20on%20the%20Green%20roof%20map&text=It%20shows%20that%20at%20that,or%20around%2025%20football%20pitches.
• https://link.springer.com/chapter/10.1007/978-981-16-7160-9_136#:~:text=To%20date%2C%20survey%20findings%20have,buy%2Din%20from%20local%20businesses.
• https://www.sciencedirect.com/science/article/pii/S0048969719354804#:~:text=According%20to%20the%20Municipal%20Urban,alone%20(BCNecologia%2C%202010).
• https://www.c40.org/case-studies/nature-conservation-ordinance-is-greening-tokyo-s-buildings/
• https://www.sciencedirect.com/science/article/abs/pii/S0360132318308023#:~:text=The%20municipal%20government%20is%20working,to%20transform%20100%2C000%E2%80%93120%2C000%20more
• https://worldgreeninfrastructurenetwork.org/wp-content/uploads/2022/04/Green-Roofs-in-China-2021.pdf
• https://wsbe17hongkong.hk/_bin/ckfinder/userfiles/files/PDF/Session%206_9_3.pdf
• https://www.nparks.gov.sg/-/media/cuge/ebook/citygreen/cg11/cg11_journey_of_skyrise_greenery_in_singapore.pdfhttps://www.straitstimes.com/singapore/155ha-of-skyrise-greenery-up-as-singapore-closes-in-on-green-plan-target-of-200ha
• https://aerometrex.com.au/resources/projects/spatial-data-growing-our-green-rooftops/#:~:text=MEASURING%20MELBOURNE’S%20GREEN%20ROOFTOPS%20AND%20FACADES&text=The%20data%20measured%20an%20increase,risen%20from%2025%20to%2063.
• https://tropicalcommons.co/en/2018/09/04/vertical-gardens-and-green-roofs-of-colombia/#:~:text=The%20company%20claims%20to%20have,centers%2C%20business%20buildings%20and%20restaurants.
• https://climatechampions.unfccc.int/race-to-resilience-in-action-10-ways-sao-paulo-is-leading-the-way-in-climate-resilience/#:~:text=S%C3%A3o%20Paulo%20integrates%20nature%2Dbased,insulating%20buildings%20and%20managing%20rainwater.
• https://rioonwatch.org/?p=44424#:~:text=%EF%BB%BF,profiles%20of%20mapped%20projects%20here.
• https://www.mdpi.com/2073-4433/11/2/123#:~:text=Based%20on%20the%20results%20of,are%20poor%20with%20low%20vegetation.
• https://www.mdpi.com/2073-4433/11/2/123#:~:text=Based%20on%20the%20results%20of,are%20poor%20with%20low%20vegetation.
• https://www.watereducationcolorado.org/fresh-water-news/denvers-new-green-roof-law-has-some-surprising-implications-for-water/#/
• https://ordspub.epa.gov/ords/grts/f?p=109:700:14136411261641::NO:700:P700_PRJ_SEQ:78161
• https://makinglewes.org/2014/05/30/the-green-roof-centre-sheffield-leads-the-way/
• https://www.cbsnews.com/philadelphia/news/green-roofs-roof-meadows-becoming-popular-in-philadelphia/#:~:text=There%20are%20now%20over%20400%2C000%20square%20feet,County%20alone%2C%20beautifying%20the%20city%20and%20making
• https://www.theguardian.com/global-development/2014/apr/24/mexico-city-roof-gardens-pollution-smog
• https://www.greenroofs.com/2022/11/03/costco-in-mexico-city-may-be-the-lushest-of-all/
• https://www.theurbanist.org/2021/12/17/green-roofs-provide-many-benefits-as-cities-densify/#:~:text=According%20to%20the%20most%20recently,elevated%20green%20courtyards%20in%20Seattle.
• https://www.info.gov.hk/gia/general/201506/03/P201506030648.htm
• file:///Users/ricknkathy/Downloads/Green%20Roofs%20and%20Walls%20Policy%20Implementation%20Plan%20Adopted%20(1).pdf
• https://livingroofs.org/garden-roof-linz-green-roof-cities/#:~:text=Linz%20in%20Austria%20is%20one,the%20city%20of%20Linz%2C%20Austria
• https://www.comune.milano.it/en/-/milano-green-week.-un-futuro-con-13-milioni-di-mq-di-tetti-verdi-in-citta
• https://essd.copernicus.org/articles/15/1521/2023/essd-15-1521-2023.pdf
• https://www.greenroofs.com/2021/11/02/featured-project-al-shaheed-park-kuwait-city/#:~:text=Al%20Shaheed%20Park%20is%20also,Haifa%20Al%20Muhanna%E2%80%9C
• https://ottawacitizen.com/opinion/columnists/pellerin-healthy-ottawa-why-the-city-needs-more-tree-huggers
• https://www.kuer.org/health-science-environment/2022-11-14/green-roofs-are-a-chance-to-study-the-virtuous-circle-between-plants-and-solar-panels
• https://frw.studenttheses.ub.rug.nl/2463/1/Ruben_Adriaanse_Bachelorprojec_1.pdf#:~:text=From%202009%20to%202016%2C%2020000%20m%C2%B2%20of,at%20the%20Zernike%20Campus%20(Gemeente%20Groningen%2C%202016).

https://panethos.wordpress.com/2024/11/07/green-roof-champion-cities-around-the-globe/

#architecture #cities #climateChange #ecosystems #environment #fun #geography #greenFacades #greenRoofs #history #landUse #landscaping #planning #sustainability #travel

In my column this week I advocate for a carrot-and-then-stick method of incentivizing green roofs in urban areas.

Tax benefits today, penalties tomorrow.

You have to ask yourself, are we doing this or not?

"So far, tax initiatives haven’t translated into big progress. According to the NYC DoF, only 14 properties have received abatements under the city’s green roof initiative since the policy was adopted in 2011.”

#greenroofs #urbanism #environment #sustainable

https://news.bloombergtax.com/tax-insights-and-commentary/developers-need-better-tax-incentives-to-adopt-green-roofs

In my column this week I advocate for a carrot-and-then-stick method of incentivizing green roofs in urban areas.

Tax benefits today, penalties tomorrow.

You have to ask yourself, are we doing this or not?

"So far, tax initiatives haven’t translated into big progress. According to the NYC DoF, only 14 properties have received abatements under the city’s green roof initiative since the policy was adopted in 2011.”

#greenroofs #urbanism #environment #sustainable

https://news.bloombergtax.com/tax-insights-and-commentary/developers-need-better-tax-incentives-to-adopt-green-roofs

In my column this week I advocate for a carrot-and-then-stick method of incentivizing green roofs in urban areas.

Tax benefits today, penalties tomorrow.

You have to ask yourself, are we doing this or not?

"So far, tax initiatives haven’t translated into big progress. According to the NYC DoF, only 14 properties have received abatements under the city’s green roof initiative since the policy was adopted in 2011.”

#greenroofs #urbanism #environment #sustainable

https://news.bloombergtax.com/tax-insights-and-commentary/developers-need-better-tax-incentives-to-adopt-green-roofs

In my column this week I advocate for a carrot-and-then-stick method of incentivizing green roofs in urban areas.

Tax benefits today, penalties tomorrow.

You have to ask yourself, are we doing this or not?

"So far, tax initiatives haven’t translated into big progress. According to the NYC DoF, only 14 properties have received abatements under the city’s green roof initiative since the policy was adopted in 2011.”

#greenroofs #urbanism #environment #sustainable

https://news.bloombergtax.com/tax-insights-and-commentary/developers-need-better-tax-incentives-to-adopt-green-roofs

In my column this week I advocate for a carrot-and-then-stick method of incentivizing green roofs in urban areas.

Tax benefits today, penalties tomorrow.

You have to ask yourself, are we doing this or not?

"So far, tax initiatives haven’t translated into big progress. According to the NYC DoF, only 14 properties have received abatements under the city’s green roof initiative since the policy was adopted in 2011.”

#greenroofs #urbanism #environment #sustainable

https://news.bloombergtax.com/tax-insights-and-commentary/developers-need-better-tax-incentives-to-adopt-green-roofs

A fun climate adaptation update from the world of roofing construction:

-blue roofs, which are designed to retain water. New to me. One must design roof deck to hold greater loads, of course, but this is going to be a requirement across the board regardless of whether one builds a blue roof or not, just because of increased storm severity. Anyway, the water retained on a blue roof can be directed inside to water plants or, I suppose, flush toilets. Or it can be released into the storm drain system, but slowly, thus reducing local flooding. Stored water can insulate and it can actively cool a building during hot weather as it evaporates.

-green roofs, you've probably heard about them, it's a roof with plants on top! Also requires increased load-bearing capacity. Can be challenging to maintain, especially during dry weather. But the advantages: insulation and cooling, reduction in flooding and in air pollution impacts. When paired with solar panels, they can increase the efficiency of electricity generation, since photovoltaic panels don't love operating in high heat.

-the simplest roofing climate intervention: changing the color of the roofing membrane or shingles from dark to light. A simple increase in albedo can decrease temperatures in the vicinity 1 - 2 C.

#ClimateChange #Construction #Roofing #Climate #ClimateCrisis #GreenRoofs #BlueRoofs

https://canada.constructconnect.com/dcn/news/projects/2024/05/roofs-on-front-lines-of-climate-change-adaption

A fun climate adaptation update from the world of roofing construction:

-blue roofs, which are designed to retain water. New to me. One must design roof deck to hold greater loads, of course, but this is going to be a requirement across the board regardless of whether one builds a blue roof or not, just because of increased storm severity. Anyway, the water retained on a blue roof can be directed inside to water plants or, I suppose, flush toilets. Or it can be released into the storm drain system, but slowly, thus reducing local flooding. Stored water can insulate and it can actively cool a building during hot weather as it evaporates.

-green roofs, you've probably heard about them, it's a roof with plants on top! Also requires increased load-bearing capacity. Can be challenging to maintain, especially during dry weather. But the advantages: insulation and cooling, reduction in flooding and in air pollution impacts. When paired with solar panels, they can increase the efficiency of electricity generation, since photovoltaic panels don't love operating in high heat.

-the simplest roofing climate intervention: changing the color of the roofing membrane or shingles from dark to light. A simple increase in albedo can decrease temperatures in the vicinity 1 - 2 C.

#ClimateChange #Construction #Roofing #Climate #ClimateCrisis #GreenRoofs #BlueRoofs

https://canada.constructconnect.com/dcn/news/projects/2024/05/roofs-on-front-lines-of-climate-change-adaption

A fun climate adaptation update from the world of roofing construction:

-blue roofs, which are designed to retain water. New to me. One must design roof deck to hold greater loads, of course, but this is going to be a requirement across the board regardless of whether one builds a blue roof or not, just because of increased storm severity. Anyway, the water retained on a blue roof can be directed inside to water plants or, I suppose, flush toilets. Or it can be released into the storm drain system, but slowly, thus reducing local flooding. Stored water can insulate and it can actively cool a building during hot weather as it evaporates.

-green roofs, you've probably heard about them, it's a roof with plants on top! Also requires increased load-bearing capacity. Can be challenging to maintain, especially during dry weather. But the advantages: insulation and cooling, reduction in flooding and in air pollution impacts. When paired with solar panels, they can increase the efficiency of electricity generation, since photovoltaic panels don't love operating in high heat.

-the simplest roofing climate intervention: changing the color of the roofing membrane or shingles from dark to light. A simple increase in albedo can decrease temperatures in the vicinity 1 - 2 C.

#ClimateChange #Construction #Roofing #Climate #ClimateCrisis #GreenRoofs #BlueRoofs

https://canada.constructconnect.com/dcn/news/projects/2024/05/roofs-on-front-lines-of-climate-change-adaption

A fun climate adaptation update from the world of roofing construction:

-blue roofs, which are designed to retain water. New to me. One must design roof deck to hold greater loads, of course, but this is going to be a requirement across the board regardless of whether one builds a blue roof or not, just because of increased storm severity. Anyway, the water retained on a blue roof can be directed inside to water plants or, I suppose, flush toilets. Or it can be released into the storm drain system, but slowly, thus reducing local flooding. Stored water can insulate and it can actively cool a building during hot weather as it evaporates.

-green roofs, you've probably heard about them, it's a roof with plants on top! Also requires increased load-bearing capacity. Can be challenging to maintain, especially during dry weather. But the advantages: insulation and cooling, reduction in flooding and in air pollution impacts. When paired with solar panels, they can increase the efficiency of electricity generation, since photovoltaic panels don't love operating in high heat.

-the simplest roofing climate intervention: changing the color of the roofing membrane or shingles from dark to light. A simple increase in albedo can decrease temperatures in the vicinity 1 - 2 C.

#ClimateChange #Construction #Roofing #Climate #ClimateCrisis #GreenRoofs #BlueRoofs

https://canada.constructconnect.com/dcn/news/projects/2024/05/roofs-on-front-lines-of-climate-change-adaption