If agricultural output results from non-separable multiproduct technologies, environmental regulation can change the set of possible output combinations. This will be important when regulation affects the quality composition of a crop. As a result, market and welfare changes have to be assessed in technology-related markets. We present a model that serves to estimate the economic impacts in such instances and use it in the assessment of pesticide regulation in the U.S. apple industry. Impacts for four pesticide cancellation scenarios are assessed. It is shown that changes in the quality of a crop lead to significant market reallocation effects
We use a random utility framework to examine within-season choices of insecticide products and appli...
This study provides a new framework of analysis of the market and welfare effects of mandatory count...
Increasing awareness of the potential adverse health and environmental effects of pesticides has pus...
If agricultural output results from non-separable multiproduct technologies, environmental regulatio...
Several particularities of apple production systems require careful consideration of the methods use...
Damage control affects both realized output and product quality; ignoring quality leads to underesti...
Economic assessments of pesticide regulations typically focus on producer impacts and generally igno...
Economic assessments of pesticide regulations typically focus on producer impacts and generally igno...
Rules governing food production and trade are more and more stringent as regards safety. This is par...
Owing to the improved crop yields attributable to the use of agricultural pesticides, there has been...
Economic impacts of pesticide regulations are assessed using five alternative methodologies. The reg...
Technology development for production methods of new varieties and for disease control has been wid...
We investigate how phytosanitary regulations related to apple maggot could affect optimal pest contr...
Economic impacts of pesticide regulations are assessed using five alternative methodologies. The reg...
The Environmental Protection Agency declared the pesticide azinphos-methyl must not be used in apple...
We use a random utility framework to examine within-season choices of insecticide products and appli...
This study provides a new framework of analysis of the market and welfare effects of mandatory count...
Increasing awareness of the potential adverse health and environmental effects of pesticides has pus...
If agricultural output results from non-separable multiproduct technologies, environmental regulatio...
Several particularities of apple production systems require careful consideration of the methods use...
Damage control affects both realized output and product quality; ignoring quality leads to underesti...
Economic assessments of pesticide regulations typically focus on producer impacts and generally igno...
Economic assessments of pesticide regulations typically focus on producer impacts and generally igno...
Rules governing food production and trade are more and more stringent as regards safety. This is par...
Owing to the improved crop yields attributable to the use of agricultural pesticides, there has been...
Economic impacts of pesticide regulations are assessed using five alternative methodologies. The reg...
Technology development for production methods of new varieties and for disease control has been wid...
We investigate how phytosanitary regulations related to apple maggot could affect optimal pest contr...
Economic impacts of pesticide regulations are assessed using five alternative methodologies. The reg...
The Environmental Protection Agency declared the pesticide azinphos-methyl must not be used in apple...
We use a random utility framework to examine within-season choices of insecticide products and appli...
This study provides a new framework of analysis of the market and welfare effects of mandatory count...
Increasing awareness of the potential adverse health and environmental effects of pesticides has pus...