A number of heat scenarios studying how green infrastructure would affect the future climate of Stockholm. The dataset consist of a number of scenarios which simulates how building plans could affect heat exposure in Stockholm. The scenarios are: Stockholm 2014: Baseline scenario simulating the heatwave during the summer of 2014 in Stockholm Stockholm 2030: Simulating the effects of the heatwave 2014 with new building according to plans for city expansion 2030. Stockholm 2050: Simulating the effects of the heatwave 2014 with new buildings according to available plans for city expansion 2050. Grey Scenario: Simulating the effects of the heatwave 2014 in a city where green infrastructure has been minimized
AbstractIn this study we use dynamic computer simulation modelling to investigate the potential impa...
Scenarios for predicting future climate changes build on emission scenarios and climate model simula...
The City of Stockholm’s energy and climate goals are analyzed and projected in several scenarios. Us...
Stockholm is expanding fast in response to increasing housing needs. This paper evaluates the conseq...
The mean air temperature in Sweden is expected to rise 2 to 5°C by 2100. Heat waves will become more...
Higher availability of future climate data sets, generated by regional climate models (RCMs) with fi...
Making a sustainable built environment needs knowing about the probable future climate conditions. T...
Climate change and urbanization are two major challenges when planning for sustainable energy transi...
Future climate change will affect many human activities and sectors. Among those, the built environm...
Global warming and its effects on climate are of great concern. Climate change can affect buildings ...
With an increasing global concern about climate change, an important topic for the building industry...
Many cities are striving to develop urban transformation strategies, in order to transit from tradit...
This work describes the research conducted in order to assess possible changes and uncertainties in ...
The building sector has a strategic role in the clean energy transition towards a fully decarbonized...
AbstractIn this study we use dynamic computer simulation modelling to investigate the potential impa...
Scenarios for predicting future climate changes build on emission scenarios and climate model simula...
The City of Stockholm’s energy and climate goals are analyzed and projected in several scenarios. Us...
Stockholm is expanding fast in response to increasing housing needs. This paper evaluates the conseq...
The mean air temperature in Sweden is expected to rise 2 to 5°C by 2100. Heat waves will become more...
Higher availability of future climate data sets, generated by regional climate models (RCMs) with fi...
Making a sustainable built environment needs knowing about the probable future climate conditions. T...
Climate change and urbanization are two major challenges when planning for sustainable energy transi...
Future climate change will affect many human activities and sectors. Among those, the built environm...
Global warming and its effects on climate are of great concern. Climate change can affect buildings ...
With an increasing global concern about climate change, an important topic for the building industry...
Many cities are striving to develop urban transformation strategies, in order to transit from tradit...
This work describes the research conducted in order to assess possible changes and uncertainties in ...
The building sector has a strategic role in the clean energy transition towards a fully decarbonized...
AbstractIn this study we use dynamic computer simulation modelling to investigate the potential impa...
Scenarios for predicting future climate changes build on emission scenarios and climate model simula...
The City of Stockholm’s energy and climate goals are analyzed and projected in several scenarios. Us...