This paper examines the hypothesis that farmers may be adopting herbicide-tolerant crops because of the simplicity and flexibility of weed control, freeing management time. We develop an econometric model to analyze the adoption of HT soybeans controlling for the effect of off-farm work and estimate it using 2000 survey data
Soybean growers have adopted herbicide tolerant varieties at a rapid rate. While some potential cost...
Abstract: More than 95 % of United States maize, cotton, soybean and sugarbeet acres are treated wit...
This study examines soybean grower adoption of the Roundup Ready® (RR) weed management program with ...
This paper examines the hypothesis that farmers may be adopting herbicide-tolerant crops because of ...
We model the interaction of off-farm work and adoption of agricultural technologies and the impact o...
Adoption of herbicide-tolerant (HT) soybeans is proceeding rapidly despite little difference between...
This paper estimates the on-farm impacts of adopting herbicide-tolerant soybean on herbicide use, yi...
This paper estimates the 011-farm impacts of ~~dopt inp herbiciclc-tolerant soybcan on her-bicide us...
Using data envelopment analysis with principal components, we calculate an adoption-intensity index ...
Soybean growers have adopted herbicide tolerant varieties at a rapid rate. While some potential cost...
Genetically modified (GM) herbicide-tolerant (HT) crops have been largely adopted where they have be...
Weeds, along with insect pests and plant diseases, are sources of biotic stress in crop systems that...
Much of the literature on herbicide resistant weeds suggests that farmers do not adopt resistance ma...
Weed control in the U.S. Midwest has become increasingly herbicide-centric due to the adoption of he...
The introduction and rapid adoption of herbicide-tolerant crops has renewed interest in better under...
Soybean growers have adopted herbicide tolerant varieties at a rapid rate. While some potential cost...
Abstract: More than 95 % of United States maize, cotton, soybean and sugarbeet acres are treated wit...
This study examines soybean grower adoption of the Roundup Ready® (RR) weed management program with ...
This paper examines the hypothesis that farmers may be adopting herbicide-tolerant crops because of ...
We model the interaction of off-farm work and adoption of agricultural technologies and the impact o...
Adoption of herbicide-tolerant (HT) soybeans is proceeding rapidly despite little difference between...
This paper estimates the on-farm impacts of adopting herbicide-tolerant soybean on herbicide use, yi...
This paper estimates the 011-farm impacts of ~~dopt inp herbiciclc-tolerant soybcan on her-bicide us...
Using data envelopment analysis with principal components, we calculate an adoption-intensity index ...
Soybean growers have adopted herbicide tolerant varieties at a rapid rate. While some potential cost...
Genetically modified (GM) herbicide-tolerant (HT) crops have been largely adopted where they have be...
Weeds, along with insect pests and plant diseases, are sources of biotic stress in crop systems that...
Much of the literature on herbicide resistant weeds suggests that farmers do not adopt resistance ma...
Weed control in the U.S. Midwest has become increasingly herbicide-centric due to the adoption of he...
The introduction and rapid adoption of herbicide-tolerant crops has renewed interest in better under...
Soybean growers have adopted herbicide tolerant varieties at a rapid rate. While some potential cost...
Abstract: More than 95 % of United States maize, cotton, soybean and sugarbeet acres are treated wit...
This study examines soybean grower adoption of the Roundup Ready® (RR) weed management program with ...
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