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protect a watershed/ downstream areas – in combination with other Technologies

Submitted by Philippe Lanceleur on
Location
POINT (15.720501711676 46.603780588067)
Riparian buffer strips are vegetative zones alongside watercourses. In compliance with EU and Slovenia’s Acts, these protective strips reduce soil erosion, filter pollutants, improve water quality, enhance biodiversity and support climate resilience.
Submitted by Philippe Lanceleur on
Location
POINT (15.723522582946 46.601704607453)
Non-winter-hardy honey-producing cover crops enhance soil fertility, prevent erosion, reduce nutrient leaching, and support biodiversity. These fast-growing, flowering plants are integrated into crop rotation, offering ecological and long-term economic benefits - and are supported by EU agricultural subsidies.
Submitted by Philippe Lanceleur on
Location
POINT (6.9571184036133 46.872085813194)
The riparian zone is the buffer area between a watercourse and the adjacent land. Healthy riparian ecosystems stabilise the banks, maintain the microclimate, protect against flooding, filter chemicals and improve both biodiversity and water quality.
Submitted by Philippe Lanceleur on
Location
POINT (14.7681 51.1411)
Detention ponds are artificially excavated basins that collect stormwater runoff and eroded sediment from the upstream catchment. The water stored in these ponds is slowly released into a water body or it infiltrates into the groundwater – or both. Their primary functions are flood control, erosion control and water quality improvement.
Submitted by Philippe Lanceleur on
Location
POINT (14.792542053287 51.22619957148)
Riparian buffer strips refer to the permanent greening of arable land alongside streams and other water bodies. By slowing down runoff water from the land, they help to protect water bodies from diffuse pollution. Riparian buffer strips have multiple other environmental benefits, but disadvantages also.
Submitted by Philippe Lanceleur on
Location
POINT (5.017614493157 50.036923958778)
Forests in headwater areas benefit water quality and hydrologic cycling. Furthermore, maintaining and restoring the forest cover in headwater catchments offers other, multiple benefits such as increased soil water retention, intercepted pollution pathways, improved soil, maintained biodiversity and captured carbon dioxide.
Submitted by Philippe Lanceleur on
Location
POINT (15.307410811629 49.484020850918)
A constructed wetland connected to tile drains that slows drainage flow, removes nitrogen and pesticides from drainage waters, and improves biodiversity. Formed from a substrate of matured birch chips and gravel, and is planted with reeds (Phalaris arundinacea) and reed manna grass (Glyceria maxima).
Submitted by Philippe Lanceleur on
Location
POINT (15.269156615049 49.479630134296)
Grassing recharge zones of agricultural drainage systems significantly improves the quality of drainage water. It can be a useful, effective and relatively cheap measure for improvement of shallow groundwater quality.
Submitted by Philippe Lanceleur on
Location
POINT (15.263626033789 49.482305038699)
Biofilters or “bioreactors” connected to agricultural tile drains are relatively inexpensive and space-saving measures with considerable potential to improve the quality of drainage water.
Submitted by Philippe Lanceleur on
Location
POINT (14.7792019 51.1401741)
A grassed waterway is a strip of grass and other permanent low growing vegetation that is established along in the main drainage line (the thalweg) of an agricultural field to discharge water safely and prevent gully development.
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