This study estimates technical efficiency (TE) using a stochastic production frontier based on a randomly selected cross-sectional sample of Pennsylvania dairy farms. The Cobb-Douglas functional form is a suitable model in the estimation. Estimates of mean technical efficiency and appropriate technical efficiency of individual farms are computed and compared under three distributional assumptions of the efficiency disturbance terms. Maximum likelihood techniques are used for the estimation of the stochastic frontier. The technical efficiency measure is further broken down by different farm size
this document for non-commercial purposes by any means, provided that this copyright notice appears ...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
The purpose of this paper is to measure and explain the technical efficiency (TE) of a sample of New...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
This paper addresses issues related to efficiency measurement from an empirical point of view. A sto...
This paper addresses issues related to efficiency measurement from an empirical point of view. A sto...
Abstract. An unbalanced panel data including 1,151 farm observations from 2004 to 2008 was used to a...
The present study was conducted to determine the level of technical efficiency of dairy producing fa...
The aim of this research paper is to assess the technical efficiency (TE) of milk production in Koso...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
this document for non-commercial purposes by any means, provided that this copyright notice appears ...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
The purpose of this paper is to measure and explain the technical efficiency (TE) of a sample of New...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
Technical efficiency is estimated and examined for a cross-section of Australian dairy farms using v...
This paper addresses issues related to efficiency measurement from an empirical point of view. A sto...
This paper addresses issues related to efficiency measurement from an empirical point of view. A sto...
Abstract. An unbalanced panel data including 1,151 farm observations from 2004 to 2008 was used to a...
The present study was conducted to determine the level of technical efficiency of dairy producing fa...
The aim of this research paper is to assess the technical efficiency (TE) of milk production in Koso...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
This paper uses stochastic production frontiers (SPF) and stochastic distance frontiers (SDF) to mea...
this document for non-commercial purposes by any means, provided that this copyright notice appears ...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...
The technical efficiencies of New York dairy farms were estimated using a frontier production functi...