We model a simulated green-payment policy to reduce nitrogen application on corn. In contrast to other papers, we recognize that the farm’s business-as-usual application rate cannot be known by the policymaker. We develop a structural model and data-driven approach to address this issue. We find that only one-third of the credits that would receive payments would be additional nitrogen reductions. The substantial volume of non-additional “reductions” leads the effective payment rate to be 3.5 times the price paid by the simulated policy. We discuss a further eligibility criterion that can improve policy performance
Surplus nitrogen (N) risks being lost from agricultural systems and causing environmental N pollutio...
Nitrogen sourced from agricultural fertilizers is a major contributor to water pollution. Despite po...
A delayed response model was used to examine the optimal nitrogen application for irrigated corn in ...
We model a simulated green-payment policy to reduce nitrogen application on corn. In contrast to oth...
A model of a voluntary "green" payment program is developed to control nitrate leaching and runoff f...
On average, U.S. farmers choose to apply nitrogen fertilizer at a rate that exceeds the ex post agro...
The environmental consequences of farming have become increasingly important to policymakers, produc...
A proposed Yield Reserve Program designed to compensate farmers for any reduced yields resulting fro...
Nitrogen (N) is an essential and often a limiting nutrient in corn production systems. Fertilization...
A proposed Yield Reserve Program designed to compensate farmers for any reduced yields resulting fro...
Farmers may choose to apply nitrogen fertilizer at a rate that exceeds the average ex post agronomic...
Nitrogen (N) pollution has mostly been controlled using command-and-control instruments. However, ni...
Nitrogen (N) pollution has mostly been controlled using command-and-control instruments. However, ni...
The reduction of nitrogen (N) surplus is an ongoing topic in the agri-environmental policies of many...
We estimate the cost of offsets tied to reductions in the use of nitrogen on U.S. cornfields under t...
Surplus nitrogen (N) risks being lost from agricultural systems and causing environmental N pollutio...
Nitrogen sourced from agricultural fertilizers is a major contributor to water pollution. Despite po...
A delayed response model was used to examine the optimal nitrogen application for irrigated corn in ...
We model a simulated green-payment policy to reduce nitrogen application on corn. In contrast to oth...
A model of a voluntary "green" payment program is developed to control nitrate leaching and runoff f...
On average, U.S. farmers choose to apply nitrogen fertilizer at a rate that exceeds the ex post agro...
The environmental consequences of farming have become increasingly important to policymakers, produc...
A proposed Yield Reserve Program designed to compensate farmers for any reduced yields resulting fro...
Nitrogen (N) is an essential and often a limiting nutrient in corn production systems. Fertilization...
A proposed Yield Reserve Program designed to compensate farmers for any reduced yields resulting fro...
Farmers may choose to apply nitrogen fertilizer at a rate that exceeds the average ex post agronomic...
Nitrogen (N) pollution has mostly been controlled using command-and-control instruments. However, ni...
Nitrogen (N) pollution has mostly been controlled using command-and-control instruments. However, ni...
The reduction of nitrogen (N) surplus is an ongoing topic in the agri-environmental policies of many...
We estimate the cost of offsets tied to reductions in the use of nitrogen on U.S. cornfields under t...
Surplus nitrogen (N) risks being lost from agricultural systems and causing environmental N pollutio...
Nitrogen sourced from agricultural fertilizers is a major contributor to water pollution. Despite po...
A delayed response model was used to examine the optimal nitrogen application for irrigated corn in ...