The project was designed to prevent fires and improve the biodiversity of a typical Mediterranean mountain environment such as Montserrat, through silvopastoral management practices.
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The City of Tatabánya has a Local Climate Change Strategy and Action Plan, approved in 2008, which have been implemented to address diverse climate hazards, which mainly impact people’s health (e.g. heatwaves and heat stress, UV radiation, forest fires).
Las Tablas de Daimiel National Park is a protected natural space, a unique Mediterranean wetland of great natural and cultural value due to the hydrographic basin and geology on which it sits. The confluence of two rivers in an area of minimum slope causes their waters to overflow, which together with the underground contribution of a large aquifer leads to the formation of a puddled river zone: the fluvial flats.
The objective of the Pteridum project was to analyze the economic viability of controlling common fern populations (Pteridium aquilinum) in a circular economy system adapted to climate change in the Cantabrian Mountains, and reducing forest fires caused or favored by their presence by controlling their expansion in an environmentally respectful way.
Fire is the most significant natural threat to forests and wooded areas of the Mediterranean basin. The average annual number of forest fires in the Mediterranean basin, particularly in southern Europe, is close to 50,000 - twice as many as during the 1970s. The natural plant ecosystem of the Mediterranean basin is rich in shrubs and coniferous forests and, thus, particularly susceptible to fire. Meanwhile, summer periods are now warmer, drier and longer and projected changes in the climate suggest increases in the frequency and severity of forest fires.
Körös-Maros National Park, SE-Hungary, was created in 1997 for the protection of birds. Located in the region consisting of the meandering branches of river Körös and on the Dévaványai, it has a variety of habitats including steppes, remnants of wooded grasslands and marshlands as well as meadows and groves of extraordinary value. The impacts of climate change to these habitats can be great and varied, but also can exasperate the impacts caused by other pressures.
The Forested Infiltration Area (FIA) is proving to be an effective tool in Northern Italy helping to address water scarcity challenges and/or to achieve environmental benefits over the long term. FIA is a method to recharge groundwater aquifers by channelling surface waters during times of excess into designated areas that have been planted with various species of trees and/or shrubs.
Forests can provide effective protection against rockfalls, landslides and avalanches; their preservation and proper management can maintain these services and functions which assume relevance also in the perspective of adaptation to current extreme events and future climate changes. The Protect Bio method enables the evaluation of these ecosystem services. The method aims to evaluate if technical protective (and expensive) measures (i.e.
The densely populated River Lavant valley region in the eastern part of Carinthia in the southern Austrian Alps is characterised by a low level of precipitation, geological conditions unfavourable to groundwater storage and a limited number of springs that can be used for water supply. In the past decades, annual precipitation amounts have declined significantly, and the region has been affected by water shortages during hot summers several times.