The EU Nitrates, Habitat and National Emissions Ceilings directives and the Kyoto Agreement mean that agricultural losses of NO3, NH3 and N2O are under scrutiny by national and international environmental authorities. When farmers wish to intensify their operations, the authorities must then assess the likely environmental impact of the change in operation. The FARM-N internet tool was developed to help farmers and authorities agree how the farm will be structured and managed in the future, and to provide an objective assessment of the environmental losses that will result
International attention has focused on agricultural production systems as non-point sources of pollu...
A series of environmental policies have been implemented in the European Union (EU) to decrease nitr...
Udgivelsesdato: DecemberThere is a need for valid and representative data on the production, resourc...
Agricultural systems, especially livestock systems, are a large source of emissions of grennhouse ga...
For the last many decades, the EU’s intensified agriculture model has shown a significant trend to r...
Nitrogen is a key element to ensure modern agriculture’s output, sustaining global food, feed, fibre...
Which decision support tools should be developed to help agricultural stakeholders manage nitrogen ...
In most ecosystems, nitrogen is a scarce and growth-limiting nutrient. Natural and anthropogenic pro...
A European Union (EU-27) wide N2O emission estimate for the agricultural sector is presented, using ...
In the Netherlands, nutrient emissions from intensive animal husbandry have contributed to decreased...
Quantification of nitrogen (N) flows creates awareness among farmers, can help them to re-evaluate N...
This article describes several indicators and methods for estimating nitrogen flows and balance shee...
FarmN is a web-based, whole-farm model for nitrogen flow. In this paper a prototype internet-based a...
International audienceThe efficiency of nitrogen (N) use in dairy herds is an important challenge du...
In the Netherlands, nutrient emissions from intensive animal husbandry have contributed to decreased...
International attention has focused on agricultural production systems as non-point sources of pollu...
A series of environmental policies have been implemented in the European Union (EU) to decrease nitr...
Udgivelsesdato: DecemberThere is a need for valid and representative data on the production, resourc...
Agricultural systems, especially livestock systems, are a large source of emissions of grennhouse ga...
For the last many decades, the EU’s intensified agriculture model has shown a significant trend to r...
Nitrogen is a key element to ensure modern agriculture’s output, sustaining global food, feed, fibre...
Which decision support tools should be developed to help agricultural stakeholders manage nitrogen ...
In most ecosystems, nitrogen is a scarce and growth-limiting nutrient. Natural and anthropogenic pro...
A European Union (EU-27) wide N2O emission estimate for the agricultural sector is presented, using ...
In the Netherlands, nutrient emissions from intensive animal husbandry have contributed to decreased...
Quantification of nitrogen (N) flows creates awareness among farmers, can help them to re-evaluate N...
This article describes several indicators and methods for estimating nitrogen flows and balance shee...
FarmN is a web-based, whole-farm model for nitrogen flow. In this paper a prototype internet-based a...
International audienceThe efficiency of nitrogen (N) use in dairy herds is an important challenge du...
In the Netherlands, nutrient emissions from intensive animal husbandry have contributed to decreased...
International attention has focused on agricultural production systems as non-point sources of pollu...
A series of environmental policies have been implemented in the European Union (EU) to decrease nitr...
Udgivelsesdato: DecemberThere is a need for valid and representative data on the production, resourc...