A profit maximization model and an ARIMA model were developed to assess and plan for future water demand need in broiler production. In planning the future water demand, successive stages of broiler production decisions were taken into consideration. The forecasted numbers of broilers from profit maximizing and ARIMA models depart significantly from the commonly used United States Geological Survey physical model. Analysis indicates 15% slippage in water demand forecasting when the role of economic variables is not considered. We also found that an appropriate lag structure can fully capture the information used in structural models, assuming no structural change. © 2006, Baywood Publishing Co., Inc
Tennessee’s water resources could become stressed as population continues to increase, climate chang...
International audienceThere is a growing need to assess the effects of policies and global changes o...
An interregional model which minimizes production and transportation costs for broilers was develope...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
purposes by any means, provided that this copyright notice appears on all such copies
An expected utility model was developed to capture the impacts of wealth, other economic, and instit...
Natural causes (such as droughts), non-natural causes (such as competing uses), and government polic...
copies of this document for non-commercial purposes by any means, provided that this copy right noti...
Southeast drought conditions have accentuated the demand for irrigation in the face of restricted wa...
Water footprint (WF) of a product is an important criterion that reflects its eco friendliness. An ...
Future agricultural water demands are determined by employing forecasts from irrigated crop acreage ...
Computer implementation of the mathematical models of quantitative relationships in aquaculture syst...
A structural time series model is used to estimate the supply response function for broiler producti...
Tennessee’s water resources could become stressed as population continues to increase, climate chang...
International audienceThere is a growing need to assess the effects of policies and global changes o...
An interregional model which minimizes production and transportation costs for broilers was develope...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
A profit maximization model and an ARIMA model were developed to forecast water demand for broiler p...
purposes by any means, provided that this copyright notice appears on all such copies
An expected utility model was developed to capture the impacts of wealth, other economic, and instit...
Natural causes (such as droughts), non-natural causes (such as competing uses), and government polic...
copies of this document for non-commercial purposes by any means, provided that this copy right noti...
Southeast drought conditions have accentuated the demand for irrigation in the face of restricted wa...
Water footprint (WF) of a product is an important criterion that reflects its eco friendliness. An ...
Future agricultural water demands are determined by employing forecasts from irrigated crop acreage ...
Computer implementation of the mathematical models of quantitative relationships in aquaculture syst...
A structural time series model is used to estimate the supply response function for broiler producti...
Tennessee’s water resources could become stressed as population continues to increase, climate chang...
International audienceThere is a growing need to assess the effects of policies and global changes o...
An interregional model which minimizes production and transportation costs for broilers was develope...