Nitrogen (N) fertilizer demand in relation to economic and environmental risks associated with N-fertilizer management are examined. Both nominal and environmental damage-adjusted net returns distributions are evaluated using stochastic dominance analysis. Results suggest that, in the absence of environmental risk, N demand becomes more elastic as farmers become more risk averse. When environmental risk is introduced to the decision-making process, N demand becomes even more elastic
This paper considers an agricultural production model of sequential nitrogen application under risk....
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...
Nitrogen (N) fertilizer demand in relation to economic and environmental risks associated with N-fer...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
This paper evaluates the consequences of considering environmental and economic risk in the analysis...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
This paper evaluates the consequences of considering environmental and economic risk in the analysis...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
United States farmers typically spend over $10 billion annually on commercial fertilizer. Chemical i...
This study examined the effect that decision-maker risk preferences may have on the rate of nitrogen...
Nonpoint pollution problems resulting from current agricultural practices are forcing policymakers t...
This article considers an agricultural production model of sequential nitrogen application under ris...
This paper considers an agricultural production model of sequential nitrogen application under risk....
This paper considers an agricultural production model of sequential nitrogen application under risk....
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...
Nitrogen (N) fertilizer demand in relation to economic and environmental risks associated with N-fer...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
This paper evaluates the consequences of considering environmental and economic risk in the analysis...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
This paper evaluates the consequences of considering environmental and economic risk in the analysis...
Production and price risks affect optimal nitrogen use as well as the effects of nitrogen taxation i...
United States farmers typically spend over $10 billion annually on commercial fertilizer. Chemical i...
This study examined the effect that decision-maker risk preferences may have on the rate of nitrogen...
Nonpoint pollution problems resulting from current agricultural practices are forcing policymakers t...
This article considers an agricultural production model of sequential nitrogen application under ris...
This paper considers an agricultural production model of sequential nitrogen application under risk....
This paper considers an agricultural production model of sequential nitrogen application under risk....
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...
Agricultural inputs can create negative externalities. For risk averting agents, risk will alter pr...