This article proposes a semi-parametric stochastic frontier model (SPSF) in which components of the technology and of technical efficiency are represented using semi-parametric methods and estimated in a Bayesian framework. The approach is illustrated in an application to US farm data. The analysis shows important scale economies for small and medium herds and constant return to scale for larger herds. With the exception of labor, estimates of marginal products were close to the value expected under profit maximization. Finally, the results suggest important opportunities to increase productivity through reductions in technical inefficiencies
The US dairy sector is facing structural changes in-cluding a geographical shift in dairy production...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
this document for non-commercial purposes by any means, provided that this copyright notice appears ...
This article proposes a semi-parametric stochastic frontier model (SPSF) in which components of the ...
A Stochastic Production Frontier (SPF) model is estimated for U.S. dairy farms to examine the produc...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
Regulatory institutions governing many industries in Canada are similar to those of the United State...
Technical inefficiency can be modeled as either input-oriented (IO) or output-oriented (OO). However...
A high degree of heterogeneity has been observed amongst Irish beef farms, with a diverse range of p...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
International audienceIn order to tackle climate change and biodiversity loss, the European Union (E...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
Technical efficiency, the ratio of physical inputs to outputs, is a popular means of assessing agric...
The present study was conducted to determine the level of technical efficiency of dairy producing fa...
The U.S. dairy industry is undergoing rapid structural change, evolving from a structure including m...
The US dairy sector is facing structural changes in-cluding a geographical shift in dairy production...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
this document for non-commercial purposes by any means, provided that this copyright notice appears ...
This article proposes a semi-parametric stochastic frontier model (SPSF) in which components of the ...
A Stochastic Production Frontier (SPF) model is estimated for U.S. dairy farms to examine the produc...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
Regulatory institutions governing many industries in Canada are similar to those of the United State...
Technical inefficiency can be modeled as either input-oriented (IO) or output-oriented (OO). However...
A high degree of heterogeneity has been observed amongst Irish beef farms, with a diverse range of p...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
International audienceIn order to tackle climate change and biodiversity loss, the European Union (E...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
Technical efficiency, the ratio of physical inputs to outputs, is a popular means of assessing agric...
The present study was conducted to determine the level of technical efficiency of dairy producing fa...
The U.S. dairy industry is undergoing rapid structural change, evolving from a structure including m...
The US dairy sector is facing structural changes in-cluding a geographical shift in dairy production...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
this document for non-commercial purposes by any means, provided that this copyright notice appears ...