The methodology summarizes the codes of good agricultural practices for protection of waters against pollution caused by nitrates from agricultural sources. The requirements contributing to reduction of nitrogen losses as exclusion of nitrogen fertilization during unsuitable periods, on flooded or frozen soils are concisely described. Further, the recommendations for management of sloping fields, in proximity of surface waters and the principles of fertilizer use respecting soil-climate conditions, nitrogen demand by crops and soil nutritional status are given. Explanation of basic technical terms and references of relevant publications and legislative norms are supplied
Nitrogen (N) loss from agriculture threatens water quality and affects human health, especially the ...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...
The methodology summarizes the codes of good agricultural practices for protection of waters against...
The methodology describes the main risks of nitrogen losses and recommended practices for their redu...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
The marked shift in conventional agriculture has brought detrimental effects on natural resources le...
After considerable improvements of wastewater treatment, the loads of nutrients and plant protection...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
International audienceWith the intensification of agriculture over the past decades, yields have sign...
International audienceWith the intensification of agriculture over the past decades, yields have sign...
Nitrogen (N) is a fundamental nutrient for plant growth and for the performance of biological functi...
One of the biggest water pollution problem is created by nitrates resulted from agriculture. This pa...
This publication describes practices that help protect ground-water and surface water from pesticide...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
Nitrogen (N) loss from agriculture threatens water quality and affects human health, especially the ...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...
The methodology summarizes the codes of good agricultural practices for protection of waters against...
The methodology describes the main risks of nitrogen losses and recommended practices for their redu...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
The marked shift in conventional agriculture has brought detrimental effects on natural resources le...
After considerable improvements of wastewater treatment, the loads of nutrients and plant protection...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
International audienceWith the intensification of agriculture over the past decades, yields have sign...
International audienceWith the intensification of agriculture over the past decades, yields have sign...
Nitrogen (N) is a fundamental nutrient for plant growth and for the performance of biological functi...
One of the biggest water pollution problem is created by nitrates resulted from agriculture. This pa...
This publication describes practices that help protect ground-water and surface water from pesticide...
The methodology describes measures for protection of waters against pollution caused by nitrates fro...
Nitrogen (N) loss from agriculture threatens water quality and affects human health, especially the ...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...
Nitrogen (N) is the most important nutrient for plant growth and production. Nitrogen uptake efficie...