A test of whether minor production adaptations to climate significantly affect corn yields is the focus of this article. Cross-sectional, field-level corn data are used to analyze production across various climates. A 65°F change in temperature, when both adaptations to climate and the direct effect of weather are included, raised yields by 43.8 percent in areas with average July temperatures of 67°F and reduced yields by 69.6 percent in areas with average July temperatures of 76.5°F
Corn production throughout the Midwest has been variable during the last 3 decades after a fairly st...
Projections of the impacts of climate change on agriculture require flexible and accurate yield resp...
Global climate models predict increases over time in average temperature worldwide, with significant...
A test of whether minor production adaptations to climate significantly affect corn yields is the fo...
Weather and climate have had major influences on crop production in the Corn Belt region of the Unit...
Economists are relying on agronomic concepts to construct weather or climate independent variables a...
Heat is a serious barrier to maize productivity increases, and heat is expected to rise as a result ...
Climate change has significant impacts on the crop yields. Corn the main crop in U.S., also is the l...
Continuation of historical trends in crop yield are critical to meeting the demands of a growing and...
Recent studies of climate change impacts on agriculture have predominantly focused on crop yields. H...
The US Corn Belt supports agroecosystems that flourish in a temperate climate regime that could see ...
Climate change has been widely recognized in the U.S. Corn Belt, but what does it really mean to the...
High temperatures are associated with reduced crop yields1,2, and predictions for future warming3 ha...
Climate change has been widely recognized in the U.S. Corn Belt, but what does it really mean to the...
Growing econometric and statistical evidence points to high temperature as the main driver of large ...
Corn production throughout the Midwest has been variable during the last 3 decades after a fairly st...
Projections of the impacts of climate change on agriculture require flexible and accurate yield resp...
Global climate models predict increases over time in average temperature worldwide, with significant...
A test of whether minor production adaptations to climate significantly affect corn yields is the fo...
Weather and climate have had major influences on crop production in the Corn Belt region of the Unit...
Economists are relying on agronomic concepts to construct weather or climate independent variables a...
Heat is a serious barrier to maize productivity increases, and heat is expected to rise as a result ...
Climate change has significant impacts on the crop yields. Corn the main crop in U.S., also is the l...
Continuation of historical trends in crop yield are critical to meeting the demands of a growing and...
Recent studies of climate change impacts on agriculture have predominantly focused on crop yields. H...
The US Corn Belt supports agroecosystems that flourish in a temperate climate regime that could see ...
Climate change has been widely recognized in the U.S. Corn Belt, but what does it really mean to the...
High temperatures are associated with reduced crop yields1,2, and predictions for future warming3 ha...
Climate change has been widely recognized in the U.S. Corn Belt, but what does it really mean to the...
Growing econometric and statistical evidence points to high temperature as the main driver of large ...
Corn production throughout the Midwest has been variable during the last 3 decades after a fairly st...
Projections of the impacts of climate change on agriculture require flexible and accurate yield resp...
Global climate models predict increases over time in average temperature worldwide, with significant...