We demonstrate the use of the small-sample econometrics principles and strategies to come up with reliable yield and acreage models for policy analyses. We focus on demonstrating the importance of proper representation of systematic and random components of the model for improving forecasting precision along with more reliable confidence intervals for the forecasts. A probability distribution function modeling approach, which has been shown to provide more reliable confidence intervals for the dependent variable forecasts than the standard models that assume error term normality, is used to estimate cotton supply response in the Southeastern United States
The evolution of yields is one of the driving factors explaining crop supply growth. Part of this is...
Resurging southeastern cotton production compels better cotton acreage forecasts for planning seed, ...
In this paper we consider factors that affect both crop prices and yields in order to examine supply...
We demonstrate the use of the small-sample econometrics principles and strategies to come up with re...
Abstract: This paper demonstrates the use of the small-sample econometrics principles and strategies...
In spite of the strong interests that agricultural economists have had in measuring aggregate supply...
An expected utility model that includes output price and yield uncertainty was used to estimate cott...
This study analyzes the consequences of frequently used price expectation models by comparing the re...
Until recently econometric models of supply response have been based either on the Nerlovian models ...
An econometric model was used to estimate the supply response of corn, cotton, and soybeans in the S...
An econometric model of cotton acreage response was estimated for four distinct production regions i...
We examine the determinants of own-price output supply response in policy models, focusing primarily...
We examine the determinants of own-price output supply response in policy models, focusing primarily...
Aggregate U.S. agricultural supply response is modeled through a modified partial adjust-ment model,...
A composite supply response model is formulated that has extrapolative and rational components as we...
The evolution of yields is one of the driving factors explaining crop supply growth. Part of this is...
Resurging southeastern cotton production compels better cotton acreage forecasts for planning seed, ...
In this paper we consider factors that affect both crop prices and yields in order to examine supply...
We demonstrate the use of the small-sample econometrics principles and strategies to come up with re...
Abstract: This paper demonstrates the use of the small-sample econometrics principles and strategies...
In spite of the strong interests that agricultural economists have had in measuring aggregate supply...
An expected utility model that includes output price and yield uncertainty was used to estimate cott...
This study analyzes the consequences of frequently used price expectation models by comparing the re...
Until recently econometric models of supply response have been based either on the Nerlovian models ...
An econometric model was used to estimate the supply response of corn, cotton, and soybeans in the S...
An econometric model of cotton acreage response was estimated for four distinct production regions i...
We examine the determinants of own-price output supply response in policy models, focusing primarily...
We examine the determinants of own-price output supply response in policy models, focusing primarily...
Aggregate U.S. agricultural supply response is modeled through a modified partial adjust-ment model,...
A composite supply response model is formulated that has extrapolative and rational components as we...
The evolution of yields is one of the driving factors explaining crop supply growth. Part of this is...
Resurging southeastern cotton production compels better cotton acreage forecasts for planning seed, ...
In this paper we consider factors that affect both crop prices and yields in order to examine supply...