Top soil and water - The climate challenge in the near subsurface (Q4296151): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Changed an Item: Attach the beneficiary based on the string) |
||
| Property / beneficiary | |||
| Property / beneficiary: Q4361605 / rank | |||
Normal rank | |||
Revision as of 10:53, 22 June 2022
Project Q4296151 in Belgium, Germany, United Kingdom, Netherlands, Denmark
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Top soil and water - The climate challenge in the near subsurface |
Project Q4296151 in Belgium, Germany, United Kingdom, Netherlands, Denmark |
Statements
4,226,503.0 Euro
0 references
8,453,013.0 Euro
0 references
50.0 percent
0 references
1 December 2015
0 references
31 December 2021
0 references
Central Denmark Region
0 references
55°41'18.28"N, 12°34'50.59"E
0 references
52°59'7.73"N, 6°32'21.34"E
0 references
55°42'17.82"N, 9°31'30.29"E
0 references
55°51'36.86"N, 9°50'55.07"E
0 references
53°6'36.68"N, 8°51'3.20"E
0 references
53°6'16.42"N, 6°51'54.25"E
0 references
50°56'38.98"N, 4°2'41.35"E
0 references
52°24'19.84"N, 9°49'21.11"E
0 references
56°8'13.06"N, 8°58'29.60"E
0 references
50°32'51.61"N, 4°18'53.35"W
0 references
56°9'57.92"N, 10°12'11.56"E
0 references
54°40'40.91"N, 1°45'6.59"W
0 references
55°51'57.42"N, 9°50'23.64"E
0 references
53°14'13.42"N, 6°36'2.16"E
0 references
54°14'49.42"N, 10°2'58.16"E
0 references
53°19'29.75"N, 8°29'2.44"E
0 references
52°57'37.08"N, 10°35'16.44"E
0 references
53°9'3.42"N, 8°12'27.79"E
0 references
The values of society are tied to the uppermost subsurface and climate change has a rapid impact here.In the WaterCAP projects (InterReg IVB) the TOPSOIL partnership has performed an extensive consultation with the EU commission, waterworks, farmers, city planners and public bodies across the NSR. Five shared climate adaptation challenges related to the top soil and groundwater were revealed: Groundwater flooding in towns and agricultural areas. Saltwater intrusion into freshwater reserves. The need for a groundwater buffer to store excess rain water for later use. Better management of soil conditions, to strengthen the resilience to extreme rain events and improve water quality. An unused capacity to break down nutrients and hazardous pollutants in the uppermost layersThese challenges will be addressed in 16 pilot areas, to develop and test solutions for managing uppermost 20-30 m of the subsurface. This will lead to a strong improvement of climate resilience in and across pilot areas, The project will improve e.g.:protection against groundwater flooding, groundwater storage for irrigation and drinking water inland and in coastal areasless leaching of nutrients and pollutants along with improved yieldsNew investigation and managament methods will be developed through transnational joint approach techniques and management will be transferred between the countries. The partnership is strongly commited to bridging science, practice and countries. (English)
0 references