Plataforma sobre Adaptación al Cambio Climático en España

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Agriculture

Reconversion of old irrigated farmland in pasturelands (dehesas) in the area of Las Tablas de Daimiel National Park

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.

Hydrologic connection and habitat improvement in the meanders of the lower course of the Arga River (Navarra)

Until the 70s, the lower course of the Arga River near the confluence with the Aragon River flowed with a meandering channel, occupying a wide flood plain characterized by intense fluvial dynamics. In this situation, it was considered necessary to carry out works to contain river floods, by rectifying and channel the section stretching from the town of Falces to the mouth of the Aragón River.

Autonomous adaptation to droughts in an agro-silvo-pastoral system in Alentejo

Herdade do Freixo do Meio is an organic certified farm of 440 hectares located in the Alentejo region in the south of Portugal, a region characterized by the multifunctional agro-silvo-pastoral system of cork and holm oak trees, named montado. This farm employs about 20 people and produces cork, vegetables, fruit, wine and herbs, and holds animals (such as sheep, cows, pig, turkey and chicken) extensively.

Temporary flood water storage in agricultural areas in the Middle Tisza river basin - Hungary

The increasing exposure to floods is a consequence of the river regulation and land reclamation works that shaped the landscape in the Tisza River floodplain. During the last 150 years an extensive flood defence and water management infrastructure has been constructed. Climate and land use change in the basin are increasing the frequency and magnitude of floods. The Hungarian Government has been pursuing a new flood defence strategy for the Tisza based on temporary reservoirs where peak flood-water can be released.

Infrastructure and economic incentives to reduce vulnerability to drought in Segura and Tagus basins

The Segura River Basin in the south east of Spain suffers from a structural condition of water scarcity and drought occurrence. For decades, the focus for dealing with this condition has been placed on instrumental objectives such as increasing water transfer facilities (i.e. Tagus Segura Water Transfer, a major diversion project), developing alternative sources (i.e. desalination and reuse) or making use of water in a more technically efficient way (i.e. irrigation modernization).

Room for the River Regge, Netherlands - restoring dynamics

The Regge River is a typical rain fed river. Starting in the 19th century the first bends were cut and over the years the Regge River was largely turned into a canal. In situations with heavy rainfall, large areas in the valley of the river are flooded. In dry periods, on the contrary, agriculture and the wetlands suffer from the lack of water. Because of climate change, precipitation is projected to become more extreme; showers heavier and dry spells more prolonged. Measures directed at restoring the dynamics of the river must also help to adapt to these projected changes.

 

Tamera water retention landscape to restore the water cycle and reduce vulnerability to droughts

Tamera, a farm of 154 ha, is located in the most arid region of Portugal (Alentejo). This area has shown significant trends of increasing erosion and desertification and climate change will most probably exacerbate these issues. Tamera has managed to counteract such trends of increasing erosion and desertification through the creation of a “Water Retention Landscape” (WRL) comprised of a system of lakes and of other retention systems, and also including other structures such as terraces, swales and rotational grazing ponds.

Integrating climate change adaptation into coastal planning in Šibenik-Knin County (Croatia)

Šibenik-Knin County in Croatia has 960 km of coast and 285 islands and rocks. Its coastal zone consists of seven municipalities and three cities including Šibenik, the administrative centre. The Coastal Plan for the Šibenik-Knin County focuses on the impacts of climate change in the coastal zone and adaptation to projected changes. The Coastal Plan (at December 2014) is being prepared by the PAP/RAC (Priority Actions Programme/ Regional Activity Centre) in Split and the Plan Bleu: both are components of the UNEP Mediterranean Action Programme.