Nutrients are a major source of water quality impairment. This paper compares efficient use of nutrients in a wholly owned animal-crop production system versus an integrator-operator animal-crop production system and highlights the operator's tradeoff between prevention and utilization of excreted nutrients under conditions of uncertainty. Results derived from the comparison of different production systems are used to infer the consequences of implementation of nutrient land application restrictions, a key element in the recently drafted United States Department of Agriculture and United States Environmental Protection Agency Unified Strategy for Animal Feeding Operations
Nutrient emissions from animal feeding operations continue to degrade water and air quality. New reg...
Due to the high levels of manure application and the poor use efficiency of manure, the European agr...
In addition to a weakening demand for their products, livestock producers have faced historically hi...
Nutrients are a major source of water quality impairment. This paper compares efficient use of nutri...
ABSTRACT: Managing the environmental risk associated with livestock production is a significant chal...
Recent trends in livestock concentration suggest that there may be an increasing risk of water pollu...
High rates of commercial fertilizer and animal manure application on cropland have been identified a...
The intensity of animal production around the world has increased substantially during the last half...
Current day large animal facilities generate more manure than they need on their own feed production...
verbatim copies of this document for non-commercial purposes by any means, provided that this copyri...
Recent trends in livestock concentration in major corn producing states suggest that increasing risk...
Large animal facilities generate more manure than needed on their own feed production areas. Excessi...
Managing the environmental risk associated with livestock production is a significant challenge. Nit...
Livestock and poultry manure can provide valuable organic material and nutrients for crop and pastur...
Recent trends in livestock concentration in major corn producing states suggest that increasing risk...
Nutrient emissions from animal feeding operations continue to degrade water and air quality. New reg...
Due to the high levels of manure application and the poor use efficiency of manure, the European agr...
In addition to a weakening demand for their products, livestock producers have faced historically hi...
Nutrients are a major source of water quality impairment. This paper compares efficient use of nutri...
ABSTRACT: Managing the environmental risk associated with livestock production is a significant chal...
Recent trends in livestock concentration suggest that there may be an increasing risk of water pollu...
High rates of commercial fertilizer and animal manure application on cropland have been identified a...
The intensity of animal production around the world has increased substantially during the last half...
Current day large animal facilities generate more manure than they need on their own feed production...
verbatim copies of this document for non-commercial purposes by any means, provided that this copyri...
Recent trends in livestock concentration in major corn producing states suggest that increasing risk...
Large animal facilities generate more manure than needed on their own feed production areas. Excessi...
Managing the environmental risk associated with livestock production is a significant challenge. Nit...
Livestock and poultry manure can provide valuable organic material and nutrients for crop and pastur...
Recent trends in livestock concentration in major corn producing states suggest that increasing risk...
Nutrient emissions from animal feeding operations continue to degrade water and air quality. New reg...
Due to the high levels of manure application and the poor use efficiency of manure, the European agr...
In addition to a weakening demand for their products, livestock producers have faced historically hi...