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                                       The climate change phenomenon of rising temperatures was crucial for the extinction of many organisms. This, a European hedgehog fell victim to such dramatic heat rises. So how come there are so many organisms in Bangkok Thailand that were able to survive such high temperatures. Bangkok has implemented many strategies to combat extreme heat, including green infrastructure such as urban forests and rooftop gardens to help cool the environment through shade and evapotranspiration. 

So in detail, how exactly could green infrastructure help address past temperature risings in Europe? Trees and natural elements implemented into urban environments could provide shade which reduces surface temperature and shade. Natural surfaces like parks and wetlands absorb less heat than concrete and asphalt. Evapotranspiration is something that plants perform which could lower air temperatures though the process by which water moves from the land surface into the atmosphere. All steps and materials included are simply just planting more trees and bushes etc.

Green infrastructure cooling could have helped European hedgehogs by changing habitat conditions. In the past 20th century, European hedgehogs were faced with climate change affecting their hibernation patterns and food availability. Through reducing temperatures using such solutions, we are regulating the issues and potentially preserving the European hedgehogs. Green Infrastructure can also influence ecosystem services by altering local temperature dynamics and greenhouse gas emissions. By providing shade and processes such as photosynthesis, we reduce the carbon and other greenhouse gases in the atmosphere and in turn receive oxygen. This decreases the temperature of ecosystems over all and supports biodiversity by providing cooler urban environments. Shade provides natural cooling solutions rather than spending costs and reliance on air conditioners which cause temperatures to increase overall.

Sources:

www.weforum.org

www.lifehacks.org

users.abo.fi

homeandroost.co.uk

                                       The climate change phenomenon of rising temperatures was crucial for the extinction of many organisms. This, a European hedgehog fell victim to such dramatic heat rises. So how come there are so many organisms in Bangkok Thailand that were able to survive such high temperatures. Bangkok has implemented many strategies to combat extreme heat, including green infrastructure such as urban forests and rooftop gardens to help cool the environment through shade and evapotranspiration. 

So in detail, how exactly could green infrastructure help address past temperature risings in Europe? Trees and natural elements implemented into urban environments could provide shade which reduces surface temperature and shade. Natural surfaces like parks and wetlands absorb less heat than concrete and asphalt. Evapotranspiration is something that plants perform which could lower air temperatures though the process by which water moves from the land surface into the atmosphere. All steps and materials included are simply just planting more trees and bushes etc.

Green infrastructure cooling could have helped European hedgehogs by changing habitat conditions. In the past 20th century, European hedgehogs were faced with climate change affecting their hibernation patterns and food availability. Through reducing temperatures using such solutions, we are regulating the issues and potentially preserving the European hedgehogs. Green Infrastructure can also influence ecosystem services by altering local temperature dynamics and greenhouse gas emissions. By providing shade and processes such as photosynthesis, we reduce the carbon and other greenhouse gases in the atmosphere and in turn receive oxygen. This decreases the temperature of ecosystems over all and supports biodiversity by providing cooler urban environments. Shade provides natural cooling solutions rather than spending costs and reliance on air conditioners which cause temperatures to increase overall.

Sources:

www.weforum.org

www.lifehacks.org

users.abo.fi

homeandroost.co.uk

                                       The climate change phenomenon of rising temperatures was crucial for the extinction of many organisms. This, a European hedgehog fell victim to such dramatic heat rises. So how come there are so many organisms in Bangkok Thailand that were able to survive such high temperatures. Bangkok has implemented many strategies to combat extreme heat, including green infrastructure such as urban forests and rooftop gardens to help cool the environment through shade and evapotranspiration. 

So in detail, how exactly could green infrastructure help address past temperature risings in Europe? Trees and natural elements implemented into urban environments could provide shade which reduces surface temperature and shade. Natural surfaces like parks and wetlands absorb less heat than concrete and asphalt. Evapotranspiration is something that plants perform which could lower air temperatures though the process by which water moves from the land surface into the atmosphere. All steps and materials included are simply just planting more trees and bushes etc.

Green infrastructure cooling could have helped European hedgehogs by changing habitat conditions. In the past 20th century, European hedgehogs were faced with climate change affecting their hibernation patterns and food availability. Through reducing temperatures using such solutions, we are regulating the issues and potentially preserving the European hedgehogs. Green Infrastructure can also influence ecosystem services by altering local temperature dynamics and greenhouse gas emissions. By providing shade and processes such as photosynthesis, we reduce the carbon and other greenhouse gases in the atmosphere and in turn receive oxygen. This decreases the temperature of ecosystems over all and supports biodiversity by providing cooler urban environments. Shade provides natural cooling solutions rather than spending costs and reliance on air conditioners which cause temperatures to increase overall.

Sources:

www.weforum.org

www.lifehacks.org

users.abo.fi

homeandroost.co.uk

                                       The climate change phenomenon of rising temperatures was crucial for the extinction of many organisms. This, a European hedgehog fell victim to such dramatic heat rises. So how come there are so many organisms in Bangkok Thailand that were able to survive such high temperatures. Bangkok has implemented many strategies to combat extreme heat, including green infrastructure such as urban forests and rooftop gardens to help cool the environment through shade and evapotranspiration. 

So in detail, how exactly could green infrastructure help address past temperature risings in Europe? Trees and natural elements implemented into urban environments could provide shade which reduces surface temperature and shade. Natural surfaces like parks and wetlands absorb less heat than concrete and asphalt. Evapotranspiration is something that plants perform which could lower air temperatures though the process by which water moves from the land surface into the atmosphere. All steps and materials included are simply just planting more trees and bushes etc.

Green infrastructure cooling could have helped European hedgehogs by changing habitat conditions. In the past 20th century, European hedgehogs were faced with climate change affecting their hibernation patterns and food availability. Through reducing temperatures using such solutions, we are regulating the issues and potentially preserving the European hedgehogs. Green Infrastructure can also influence ecosystem services by altering local temperature dynamics and greenhouse gas emissions. By providing shade and processes such as photosynthesis, we reduce the carbon and other greenhouse gases in the atmosphere and in turn receive oxygen. This decreases the temperature of ecosystems over all and supports biodiversity by providing cooler urban environments. Shade provides natural cooling solutions rather than spending costs and reliance on air conditioners which cause temperatures to increase overall.

Sources:

www.weforum.org

www.lifehacks.org

users.abo.fi

homeandroost.co.uk

Jodenruft

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