This paper has a two-fold contribution. First, it examines the importance of accounting for (in)efficiency in the estimation of primal production function on the input elasticities, technical change, and calculation of returns to scale. Second, it applies a variant of the rolling regression technique to identify time-varying input elasticities, technical change, and return to scale. Empirical application to the Asian agriculture sector using Food and Agricultural Organization data from 1961-2005 indicates returns to scale are underestimated by the traditional pooled and panel models. Further, the time-varying estimates of input elasticities, technical change, and returns to scale indicate variations with each additional year of information
A stochastic production frontier model is formulated within the generalized production function fram...
The assumption of adjustment costs is used to specify a dynamic model of the U.S. economy. Output is...
This paper proposes an alternative approach for separating technical change from time-varying techni...
This paper has a two-fold contribution. First, it examines the importance of accounting for (in)effi...
The returns to scale for nineteen South Asian countries are estimated using window and cumulative ro...
In this paper, we estimate the time-varying betas or input elasticities and returns to scale in a st...
This paper presents estimates of the degree of returns to scale using nonparametric measures of prim...
International audienceReturns-to-scale (RTS) characterizations and the underlying notion of scale el...
Returns-to-scale (RTS) characterizations and the underlying notion of scale elasticity are important...
This paper derives a number of theoretical results in the context of estimating returns to scale, te...
Two stochastic production frontier models are formulated within the generalized production function ...
Estimated rates of return to research are distorted by problems of attributing the credit for partic...
AbstractIn case of a Cobb-Douglas production function, the feasible estimation of return to scale is...
The purpose of this paper is to construct a dynamic stochastic production frontier incorporating the...
Abstract: This paper analyses the importance of scale economies by means of unbalanced plant-level ...
A stochastic production frontier model is formulated within the generalized production function fram...
The assumption of adjustment costs is used to specify a dynamic model of the U.S. economy. Output is...
This paper proposes an alternative approach for separating technical change from time-varying techni...
This paper has a two-fold contribution. First, it examines the importance of accounting for (in)effi...
The returns to scale for nineteen South Asian countries are estimated using window and cumulative ro...
In this paper, we estimate the time-varying betas or input elasticities and returns to scale in a st...
This paper presents estimates of the degree of returns to scale using nonparametric measures of prim...
International audienceReturns-to-scale (RTS) characterizations and the underlying notion of scale el...
Returns-to-scale (RTS) characterizations and the underlying notion of scale elasticity are important...
This paper derives a number of theoretical results in the context of estimating returns to scale, te...
Two stochastic production frontier models are formulated within the generalized production function ...
Estimated rates of return to research are distorted by problems of attributing the credit for partic...
AbstractIn case of a Cobb-Douglas production function, the feasible estimation of return to scale is...
The purpose of this paper is to construct a dynamic stochastic production frontier incorporating the...
Abstract: This paper analyses the importance of scale economies by means of unbalanced plant-level ...
A stochastic production frontier model is formulated within the generalized production function fram...
The assumption of adjustment costs is used to specify a dynamic model of the U.S. economy. Output is...
This paper proposes an alternative approach for separating technical change from time-varying techni...