Sentence examples for vegetated buffer from inspiring English sources
Vegetated buffer zones adjacent to a stream can effectively remove and retain nutrients and sediments.
Vegetated buffer strips alongside watercourses are commonly used to counteract diffuse pollution from agricultural activities.
On these CSA an adapted land use is recommended, supported by vegetated buffer strips preventing sediment load.
In agricultural landscapes, establishment of vegetated buffer zones in riparian wetlands (RWs) is promoted to decrease phosphorus (P) emissions because RWs can trap particulate P from upslope fields.
Evidence for this idea is, however, scarce and it remains unclear whether densely vegetated buffer strips benefit biodiversity in structurally complex landscapes of Northern Europe.
The problem of soil erosion owing to ploughing of open furrows has largely been obviated by improved drainage network design coupled with the use of vegetated buffer strips and sediment catchpits.
Hillslope vegetated buffers are recommended to prevent water pollution from agricultural runoff.
However, during high-magnitude events, vegetated buffers are saturated, connecting areas covered by BSCs with the channel network and increasing the catchment efficiency in exporting water out of the system.
Earthworm communities are typically smaller with fewer species in agricultural soils, but the effect of agriculture on earthworms could be mitigated by the more favorable soil moisture regime in riparian areas, as well as planting perennial grasses or keeping forest fragments as permanently vegetated buffers.
These findings add to the growing body of literature on preferences for buffers in different landscape settings and provide ample evidence for planners and policy-makers to take necessary steps to preserve or restore vegetated riparian buffers and meandering channels along Mid-western waterways.
Vegetated riparian buffers that serve as barriers of surface runoff often provide cost-effective management practices to slow down overland flow, trap sediment, and take up excess nutrients (Boggs et al. 2016; Endreny 2002).
