Case Study

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.
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10 Timonchio site IT

The Timonchio site (see case studies 09 and 11) 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.
 

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05 Riseholme stream UK

Riseholme case study is located in the Anglian River Basin District (RBD), in the east of England. It is part of the catchment of the River Witham, which covers an area of approximately 3,000 km² and a population of around 375,000 people. The catchment is predominantly rural and there is high grade agricultural land in the Fens. The site is an example of the unique chalk streams. It is part of the Riseholme College Campus which is part of the University of Lincoln. 
 

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13 Upper Biebrza catchment PL

Located in the Podlaskie Voivodeship in north-eastern Poland, the Upper Biebrza region within the Biebrza National Park is characterised by its valuable and relatively untouched wetland ecosystems. These include alkaline fens, transitional peatlands, and bog woodlands. The peat soils prevalent in this area, combined with a largely unaltered hydrological system, contribute to its significant water retention and carbon storage capacity.

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07 Upper Thames agricultural site UK

The Thames regenerative agriculture sites which we are studying are predominantly located on farms in Oxfordshire and Berkshire, in the Thames catchment. Both of these sites are on slowly permeable loamy/clayey soils over a mudstone geology. Regenerative agriculture aims to improve the sponge function of the soil..