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Case studies
An increasing number of experiences, initiatives and projects aimed at developing and implementing specific actions to adapt to climate change. In this module you will be able to explore practical cases on adaptation developed in different territories of Spain and implemented by Public Administrations, private sector entities, organisations, and other actors. On the other hand, you will also be able to consult and access the case studies included in the European Climate-ADAPT Platform. Here you can find more information about this functionality and the connection with Climate-ADAPT.
Furthermore, in this publication you can find a selection of adaptation case studies with some of the most representative practices.
Note: The views and documentation provided in the case studies are the sole responsibility of the author(s) of the case studies.
Furthermore, in this publication you can find a selection of adaptation case studies with some of the most representative practices.
Note: The views and documentation provided in the case studies are the sole responsibility of the author(s) of the case studies.
4801
The project was designed to prevent fires and improve the biodiversity of a typical Mediterranean mountain environment such as Montserrat, through silvopastoral management practices.
4351
The European LIFE CERSUDS project (Ceramic Sustainable Urban Drainage System) is developing sustainable urban drainage systems (SUDS) that use ceramic materials of low commercial value as a filter system for construction or paving.
Other Case studies
During the 1980s and 1990s, the neighbourhood of Augustenborg in Malmö was an area of social and economic decline and was frequently flooded by an overflowing drainage system. Between 1998 and 2002, the area was regenerated.
Stuttgart’s location in a valley basin, its mild climate, low wind speeds, industrial activity and high volume of traffic has made the city highly susceptible to poor air quality.
Jena is a city of about 108,000 inhabitants and – due to its specific geographic location – is exposed to various climate change-related risks, whereas heatwaves are the most relevant. Climate projections for Jena expect a substantial increase of this risk in the future.
The city of Antwerp, in order to better understand the problem of heat stress, commissioned the research organization VITO to map the current and future temperatures and thermal comfort in the city.
At Nijmegen, the Waal River bends sharply and narrows. This creates a bottleneck, which often caused flooding of the historic city centre of Nijmegen, located on the south bank of the Wall.
The 19th century industrialisation in Lodz heavily affected the city’s rivers, altering their ecosystems and hydrology. Many rivers in the densely built-up city were canalized. This resulted in a higher flood risk from runoff during heavy rain periods.
The neighbourhood of Augustenborg, during the 1980s and 1990s an area of social and economic decline, was frequently flooded by an overflowing drainage system. Between 1998 and 2002 it was regenerated.
As a result of sloped topography and impermeable ground surface, the Gomeznarro Park in Madrid was affected by erosion during heavy rainfall events, and the surrounding residential areas suffered from flash flooding.