Year of Issue
2024
National Id
CZ_06
Site name
Čechtický stream catchment
Summary
The Cechticky stream catchment case study is located at the Central Bohemian Region of the Czech Republic. The catchment area is about 72 km², most of which is used as agricultural land (69%). Fifty nine percent of which is cropland. Čechtický stream catchment is a part of the Želivka river basin, which includes the Švihov drinking water reservoir. The reservoir is currently facing persistent problems with poor water quality linked to phosphorus, nitrogen and pesticide pollution. The area is also threatened by soil erosion in large fields as well as poor soil quality linked to dehumidification, soil compaction and increasing periods of drought. Tile drainage is common in the area and issues linked to technical failures, unintended runoff and poor quality are increasing.

OPTAIN aims to develop strategies and advanced tools for designing and evaluating the effectiveness of Natural Small Water Retention Measures taking into account the principles of their feasibility in small agricultural river basins in terms of increasing water accumulation and retention and improving water quality. Emphasis will be placed on measures on agricultural drainage systems in terms of possibility of their modernization, regulation, professional elimination.
Light or indepth?
In-depth
The in-depth description of the case study
Transboundary
0
Data provider
Research Institute for Soil and Water Conservation
NWRM(s) implemented in the case study
Longitude
15.61694
Latitude
50.51159
Mean annual rainfall
600 - 900 mm
Mean rainfall
660 - 780
Mean rainfall unit
mm/year
Monitoring impacts effects
0
Public consultation
0
Contractural arrangements
0
Design contractual arrangement
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Design land use change
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Financing mechanism
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Policy description
The stream catchment area is facing issues of water pollution and soil degradation due to poor land management and agricultural practices. Soil erosion caused by large agricultural fields is endangering soil quality, resulting in lowered water retention at soil level. Mechanised agricultural practices are also resulting in increased soil compaction. The impacts of soil erosion and poor soil quality are expected to increase with longer periods of drought.

In addition, dense tile drainage systems which ensure draining of agricultural plots are becoming problematic as they increase runoff, poor water quality, and lack of maintenance is increasing failure.
In partnership with the Ministry of Agriculture of the Czech Republic, the Departement of Water Policy and Flood Prevention, the Central Bohemian Region, and the Vltava River Basin Management Authority, NSWRM will be piloted in coordination with local farmers to reduce pollution risks to the Švihov drinking water reservoir.
Part of wider plan
0
Policy target
Target purpose
Erosion Control
Pollutants Removal
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