Add to ORKGWP 1994-07 July 1994Soil specific, chance constrained, dynamic models of agricultural production and nitrate leaching are developed to assess the impacts of nitrogen fertilizer taxes, quantity restrictions on fertilizer or leachate, and leachate permits. A programming model uses the solutions of these bioeconomic models to determine regional impacts of the regulations
Several recent studies have examined how excess nutrient runoff from nitrogen and phosphorous have c...
Environmental pollution has become one of the most important of society's problems and the extent of...
Unlike point-source contaminants, agricultural contaminants of ground water are often stochastic in ...
Soil specific, chance constrained, dynamic models of agricultural production and nitrate leaching ar...
Agricultural production in the United States, through its intensive use of nitrogen fertilizer, has ...
Graduation date: 1996Accompanying data file formats may be obsolete and not compatible with current ...
International audienceWe combine a theoretical model and a quantitative modeling chain based on a bi...
R.B. 95-06Agricultural production in the United States, through its intensive use of nitrogen fertil...
Graduation date: 1990Technological advances in agricultural production over the past 40\ud years hav...
We develop a programming model of crop production to predict the effects of environmental policies o...
An economic relationship between agricultural production and groundwater pollution is established fi...
We develop a dynamic economic model that includes control variables for both nitrogen fertilizer and...
A multiyear regional risk programming model was used in evaluating the impacts of different environm...
Nitrate contamination of municipal and domestic well water supplies is becoming an in-creasing probl...
This paper analyses the costs and benefits of controlling groundwater pollution from nitrogen fertil...
Several recent studies have examined how excess nutrient runoff from nitrogen and phosphorous have c...
Environmental pollution has become one of the most important of society's problems and the extent of...
Unlike point-source contaminants, agricultural contaminants of ground water are often stochastic in ...
Soil specific, chance constrained, dynamic models of agricultural production and nitrate leaching ar...
Agricultural production in the United States, through its intensive use of nitrogen fertilizer, has ...
Graduation date: 1996Accompanying data file formats may be obsolete and not compatible with current ...
International audienceWe combine a theoretical model and a quantitative modeling chain based on a bi...
R.B. 95-06Agricultural production in the United States, through its intensive use of nitrogen fertil...
Graduation date: 1990Technological advances in agricultural production over the past 40\ud years hav...
We develop a programming model of crop production to predict the effects of environmental policies o...
An economic relationship between agricultural production and groundwater pollution is established fi...
We develop a dynamic economic model that includes control variables for both nitrogen fertilizer and...
A multiyear regional risk programming model was used in evaluating the impacts of different environm...
Nitrate contamination of municipal and domestic well water supplies is becoming an in-creasing probl...
This paper analyses the costs and benefits of controlling groundwater pollution from nitrogen fertil...
Several recent studies have examined how excess nutrient runoff from nitrogen and phosphorous have c...
Environmental pollution has become one of the most important of society's problems and the extent of...
Unlike point-source contaminants, agricultural contaminants of ground water are often stochastic in ...