The present study evaluates the consequences of a change in pig and poultry protein nutrition through compound feed over time in France, on raw materials consumption, economic performances, and environmental impacts. It has been conducted using the “Prospective Aliments” model by Céréopa, which applies the principles of linear programming at a national scale (France). The study is based on a prospective approach. A decrease of 1 and 2 percentage points in pig and poultry feed crude protein (CP) content is applied (CP-1 or CP-2, respectively). As a consequence, consumptions of raw materials for total French compound feed production change drastically, by using rapeseed meals, over soybean meals (−425 000 t for CP-2) and sunflower meals, and ...
The production of pig feeds has a major contribution to climate change, energy use and land occupati...
Livestock production has a variety of environmental impacts such as greenhouse gas emissions, water ...
With the rising atmospheric CO2, crops will assimilate more carbon. Yields will increase in terms of...
The present study evaluates the consequences of a change in pig and poultry protein nutrition throug...
International audienceReducing dietary crude protein (CP) is a recognized strategy to reduce environ...
<p>The major impact of the livestock sector on the environment may be reduced by feeding agricultura...
International audienceThe autonomy for Protein-Rich resources of poultry feed in France is around 40...
Japanese pigs are farmed by giving them cereal crop feed, consequently, the Japanese pig industry in...
International audienceIn France, the intensification and specialisation of territories and farms hav...
Livestock may be perceived as less efficient and in competition with crops for the human food supply...
International audienceEconomic assessment of feed restriction or amino-acid deficiency during the pi...
Purpose: Feed production is responsible for the majority of the environmental impact of livestock pr...
Poultry and swine farming are large contributors to environmental impacts, such as climate change, e...
Sunflower meal is an alternative source of proteins for feedstuff but its high fiber content reduces...
With the rising atmospheric CO2, crops will assimilate more carbon. Yields will increase in terms of...
The production of pig feeds has a major contribution to climate change, energy use and land occupati...
Livestock production has a variety of environmental impacts such as greenhouse gas emissions, water ...
With the rising atmospheric CO2, crops will assimilate more carbon. Yields will increase in terms of...
The present study evaluates the consequences of a change in pig and poultry protein nutrition throug...
International audienceReducing dietary crude protein (CP) is a recognized strategy to reduce environ...
<p>The major impact of the livestock sector on the environment may be reduced by feeding agricultura...
International audienceThe autonomy for Protein-Rich resources of poultry feed in France is around 40...
Japanese pigs are farmed by giving them cereal crop feed, consequently, the Japanese pig industry in...
International audienceIn France, the intensification and specialisation of territories and farms hav...
Livestock may be perceived as less efficient and in competition with crops for the human food supply...
International audienceEconomic assessment of feed restriction or amino-acid deficiency during the pi...
Purpose: Feed production is responsible for the majority of the environmental impact of livestock pr...
Poultry and swine farming are large contributors to environmental impacts, such as climate change, e...
Sunflower meal is an alternative source of proteins for feedstuff but its high fiber content reduces...
With the rising atmospheric CO2, crops will assimilate more carbon. Yields will increase in terms of...
The production of pig feeds has a major contribution to climate change, energy use and land occupati...
Livestock production has a variety of environmental impacts such as greenhouse gas emissions, water ...
With the rising atmospheric CO2, crops will assimilate more carbon. Yields will increase in terms of...