Add to ORKG<p>The assessment of the performance of nutrient use along livestock supply chains can help to identify targeted nutrient management interventions, with a goal to benchmark and to monitor the improvement of production practices. It is necessary, therefore, to develop indicators that are capable to describe all nutrient dynamics and management along the chain. This paper proposed a comprehensive framework, based on life-cycle thinking, to assess the sustainability of nitrogen and phosphorus use. The proposed framework represents nutrient flows in typical livestock supply chain from the "cradle-to-primary-processing-gate", including crop/pasture production, animal production, and primary processing stage as well as the transportation of feed ...
This paper was presented at the 2018 Cornell Nutrition Conference. For more information, please vis...
The global livestock system puts increasing pressures on ecosystems. Studies analyzing the ecologica...
Food supply chains consist on the wide range of food production-distribution-consumption-disposal co...
<p>The assessment of the performance of nutrient use along livestock supply chains can help to ident...
to the significant contribution of the livestock sector to nitrogen (N) losses, improving N use effi...
Livestock have a large impact on nutrient cycles, with repercussions on environmental and public hea...
The global livestock sector is rapidly transforming. Over the past few decades, many livestock syste...
Animal production systems provide nutritious food for humans, income and survivability for numerous ...
Crop-livestock production systems are the largest cause of human alteration of the global nitrogen (...
Sustainable husbandry systems for grazing animals (cattle and sheep) can be achieved by sustainable ...
The cycles of several key nutrients have been substantially altered by agricultural activities over ...
Nitrogen (N) inputs from fertilizer, biologically-fixed N, feed, and animal manure sustain productiv...
Primary data was gathered from commercial grass-based dairy farms in the south and south east of Ire...
Life cycle assessment (LCA) is widely regarded as a useful tool for comparing the environmental impa...
This paper was presented at the 2018 Cornell Nutrition Conference. For more information, please vis...
The global livestock system puts increasing pressures on ecosystems. Studies analyzing the ecologica...
Food supply chains consist on the wide range of food production-distribution-consumption-disposal co...
<p>The assessment of the performance of nutrient use along livestock supply chains can help to ident...
to the significant contribution of the livestock sector to nitrogen (N) losses, improving N use effi...
Livestock have a large impact on nutrient cycles, with repercussions on environmental and public hea...
The global livestock sector is rapidly transforming. Over the past few decades, many livestock syste...
Animal production systems provide nutritious food for humans, income and survivability for numerous ...
Crop-livestock production systems are the largest cause of human alteration of the global nitrogen (...
Sustainable husbandry systems for grazing animals (cattle and sheep) can be achieved by sustainable ...
The cycles of several key nutrients have been substantially altered by agricultural activities over ...
Nitrogen (N) inputs from fertilizer, biologically-fixed N, feed, and animal manure sustain productiv...
Primary data was gathered from commercial grass-based dairy farms in the south and south east of Ire...
Life cycle assessment (LCA) is widely regarded as a useful tool for comparing the environmental impa...
This paper was presented at the 2018 Cornell Nutrition Conference. For more information, please vis...
The global livestock system puts increasing pressures on ecosystems. Studies analyzing the ecologica...
Food supply chains consist on the wide range of food production-distribution-consumption-disposal co...