The aim in this article is to measure the scale efficiency of the New Zealand dairy industry and to examine the relationship between farm size and technical efficiency. Data envelopment analysis (DEA) is applied to a sample of 264 dairy farms. The results suggest that 19 per cent of these farms are operating at optimal scale, 28 per cent at above optimal scale, and 53 per cent at below optimal scale. On average, the optimal size for New Zealand dairy farms is estimated at 83 hectares with a herd of 260 animals. Average technical efficiency is estimated at 89 per cent
In this paper we use Data Envelopment Analysis (DEA) to estimate technical efficiency for a sample o...
Using data from the New Zealand dairy industry for the year 1993, this paper estimates farm-specific...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
The aim in this article is to measure the scale efficiency of the New Zealand dairy industry and to ...
The objective of this paper is to measure the scale efficiency of the New Zealand dairy industry and...
Improving efficiency is important for New Zealand dairy farming to lift productivity and performance...
Data Envelope Analysis, (DEA), a linear programming technique, provides a more consistent measure of...
Data Envelope Analysis, (DEA), a linear programming technique, provides a more consistent measure of...
The objectives of this study were to estimate the levels of technical and scale efficiency for a sam...
In this paper we use Data Envelopment Analysis (DEA) to estimate technical efficiency for a sample o...
Research on the efficiency of dairy farming in New Zealand is limited and has focused predominantly ...
Historically NZ dairy farming has held a position as the lowest cost, non-subsidized producers at th...
This dissertation evaluates the extent to which alternative methods of estimation vary from one anot...
The study examined returns to scale in 371 dairy farms sampled from different districts in East Afri...
This paper presents the assessment of scale efficiency of a panel of 29 dairy farms representing all...
In this paper we use Data Envelopment Analysis (DEA) to estimate technical efficiency for a sample o...
Using data from the New Zealand dairy industry for the year 1993, this paper estimates farm-specific...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...
The aim in this article is to measure the scale efficiency of the New Zealand dairy industry and to ...
The objective of this paper is to measure the scale efficiency of the New Zealand dairy industry and...
Improving efficiency is important for New Zealand dairy farming to lift productivity and performance...
Data Envelope Analysis, (DEA), a linear programming technique, provides a more consistent measure of...
Data Envelope Analysis, (DEA), a linear programming technique, provides a more consistent measure of...
The objectives of this study were to estimate the levels of technical and scale efficiency for a sam...
In this paper we use Data Envelopment Analysis (DEA) to estimate technical efficiency for a sample o...
Research on the efficiency of dairy farming in New Zealand is limited and has focused predominantly ...
Historically NZ dairy farming has held a position as the lowest cost, non-subsidized producers at th...
This dissertation evaluates the extent to which alternative methods of estimation vary from one anot...
The study examined returns to scale in 371 dairy farms sampled from different districts in East Afri...
This paper presents the assessment of scale efficiency of a panel of 29 dairy farms representing all...
In this paper we use Data Envelopment Analysis (DEA) to estimate technical efficiency for a sample o...
Using data from the New Zealand dairy industry for the year 1993, this paper estimates farm-specific...
In this paper we estimate and examine technical efficiency for a cross-section of Australian dairy f...