The dynamic structure of wheat acreage supply response is considerably more complex than previous studies have recognized. The distributed lag response is saw-toothed in its pattern, which is believed to eminate from the influence of summer fallow in crop rotations in the Great Plains. The acreage response elasticity estimate for the Great Plains at mean price was 1.3, and for the aggregate U.S. it was 1.5. For the Unites States, the proportion of long-run response experienced over the first five years from an increment to price was .24, .44, .70, .95, and. 99
Aggregate U.S. agricultural supply response is modeled through a modified partial adjust-ment model,...
The basic objective of the research reported here is to estimate supply response with varying produc...
Understanding how producers make decisions to allot acreage among crops and how decisions about land...
The dynamic structure of wheat acreage supply response is considerably more complex than previous st...
The dynamic structure of wheat acreage supply response is considerably more complex than previous st...
Acreage response functions for wheat are fitted to aggregate data and pooled time-series and cross-s...
Graduation date: 1980National farm legislation seeks to moderate the conditions of low farm incomes ...
The need to incorporate production response lags in agricultural supply models is established, and t...
The need to incorporate production response lags in agricultural supply models is established, and t...
Abstract models. Hoffman developed regional acreage An econometric model of planted wheat equations ...
An econometric model of planted wheat acreage was estimated for five distinct production regions in ...
This research identifies and quantifies the impact of biophysical and economic variables on Kansas g...
A wheat acreage response function was estimated for Kansas using the Generalized Method of Moments (...
A wheat supply model based on regional planted and harvested acreage equations represents Part I of ...
This study examines the constancy of the wheat acreage supply elasticity between 1950 and 1976. A bi...
Aggregate U.S. agricultural supply response is modeled through a modified partial adjust-ment model,...
The basic objective of the research reported here is to estimate supply response with varying produc...
Understanding how producers make decisions to allot acreage among crops and how decisions about land...
The dynamic structure of wheat acreage supply response is considerably more complex than previous st...
The dynamic structure of wheat acreage supply response is considerably more complex than previous st...
Acreage response functions for wheat are fitted to aggregate data and pooled time-series and cross-s...
Graduation date: 1980National farm legislation seeks to moderate the conditions of low farm incomes ...
The need to incorporate production response lags in agricultural supply models is established, and t...
The need to incorporate production response lags in agricultural supply models is established, and t...
Abstract models. Hoffman developed regional acreage An econometric model of planted wheat equations ...
An econometric model of planted wheat acreage was estimated for five distinct production regions in ...
This research identifies and quantifies the impact of biophysical and economic variables on Kansas g...
A wheat acreage response function was estimated for Kansas using the Generalized Method of Moments (...
A wheat supply model based on regional planted and harvested acreage equations represents Part I of ...
This study examines the constancy of the wheat acreage supply elasticity between 1950 and 1976. A bi...
Aggregate U.S. agricultural supply response is modeled through a modified partial adjust-ment model,...
The basic objective of the research reported here is to estimate supply response with varying produc...
Understanding how producers make decisions to allot acreage among crops and how decisions about land...