The economic concept of constant returns to scale (CRS) may be too restrictive to give an accurate description of the agricultural sector. CRS assumes that a change in the level of agricultural production yields an equivalent change in the level of all inputs (such as farm machinery, labor, energy, land). The model used here, however, demonstrates that demand varies more for some farm inputs than others with changes in farm output, input prices, and technology, and that this effect can he calculated. The model uses a decomposition technique to show the effects of each of those changes individually on farm inputs
Several quantitative methods have been developed to evaluate the Impacts of technological change on ...
Accurate estimates of returns to scale require that inputs and output are measured without error and...
This paper analyzes output changes in the U.S. agricultural economy from 1972 to 1977 using a 477-se...
The economic concept of constant returns to scale (CRS) may be too restrictive to give an accurate d...
The assumption of adjustment costs is used to specify a dynamic model of the U.S. economy. Output is...
Decline in the number of farms and the resulting increase in average farm size has been a persistent...
A Johansen style multisectoral growth model was constructed based on two level constant elasticity o...
This paper treats the demand for farm output as part of an interrelated factor demand system. The fa...
We model the U.S. agricultural sector as the producer of multiple goods and services, and we model i...
This paper explores the U.S. agricultural production systems, focusing on the interactions between t...
Producers with high labor costs may be sensitive to changes in farm labor supply because labor avail...
This paper treats the demand for farm output as part of an interrelated factor demand system. The f...
Typescript (photocopy).Economists are increasingly faced with the task of evaluating the aggregate e...
The recent rapid increase in commodity prices is not an unique event. It has happened several times ...
A method of decomposing the growth in total factor productivity into effects due to nonconstant retu...
Several quantitative methods have been developed to evaluate the Impacts of technological change on ...
Accurate estimates of returns to scale require that inputs and output are measured without error and...
This paper analyzes output changes in the U.S. agricultural economy from 1972 to 1977 using a 477-se...
The economic concept of constant returns to scale (CRS) may be too restrictive to give an accurate d...
The assumption of adjustment costs is used to specify a dynamic model of the U.S. economy. Output is...
Decline in the number of farms and the resulting increase in average farm size has been a persistent...
A Johansen style multisectoral growth model was constructed based on two level constant elasticity o...
This paper treats the demand for farm output as part of an interrelated factor demand system. The fa...
We model the U.S. agricultural sector as the producer of multiple goods and services, and we model i...
This paper explores the U.S. agricultural production systems, focusing on the interactions between t...
Producers with high labor costs may be sensitive to changes in farm labor supply because labor avail...
This paper treats the demand for farm output as part of an interrelated factor demand system. The f...
Typescript (photocopy).Economists are increasingly faced with the task of evaluating the aggregate e...
The recent rapid increase in commodity prices is not an unique event. It has happened several times ...
A method of decomposing the growth in total factor productivity into effects due to nonconstant retu...
Several quantitative methods have been developed to evaluate the Impacts of technological change on ...
Accurate estimates of returns to scale require that inputs and output are measured without error and...
This paper analyzes output changes in the U.S. agricultural economy from 1972 to 1977 using a 477-se...