Case Study

03-Leze_SimonBarreau
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03 Leze FR

The Lèze catchment (350 km², about 34,000 inhabitants) in south-west France is located in a hilly pre-mountainous area (Pyrenees), and is part of the larger Garonne catchment. The Lèze river has very marked seasonal variations in flow. A large irrigation dam in the upper part of the basin and 11 small dams along the river control the flow. The case study is located in regions that signed the Mission Charter of the EU Mission on Climate Adaptation.
 

12_IT_BoscoLimite_sign
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12 Bosco Limite IT

Bosco Limite is located in the middle basin of the Brenta river, in the northwestern part of the Po valley (Veneto Region, Italy). Bosco Limite is the largest forest infiltration area in the Venetian plain and an expansion design is currently under development.

06_UK_NewForestCole_Coleshill
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06 New Forest and Cole catchments UK

Blackwater and Highland Water are sub-catchments of the Lymington river in the New Forest National Park (in the UK South-East River Basin District) The River Cole is located in the Thames River Basin District, west of Oxford. Lymington River and Cole River catchments benefited from floodplain restoration (river remeandering, logjams, etc) in the early 2000’s. For this case study the core objective is to understand better the impact of floodplain restoration activities in the long term (over almost three decades).

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11 Agripolis site IT

The Agripolis site (see also related case studies 09 and 10) is located near the Venetian Pre-Alps, crossed by the Leogra and the Timonchio rivers and artificial channels crucial for historical manufacturing, irrigation, and runoff control. The case study is located in the Veneto region that signed the Mission Charter of the EU Mission on Climate Adaptation.
 

Chaamse Beken, Netherlands
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01 Chaamse Beken NL

Extensive artificial drainage of agricultural land has been carried out because excessively wet soils are more difficult for farmers to access and cultivate. Over the years, the river system has been heavily modified to provide an efficient network of drainage and water supply, causing challenges for aquatic and riparian ecosystems, but also combatting drought events in the region.