We divide countries into two technology categories: developed and developing. Agricultural efficiency within each technology category was calculated. Cross-category efficiency measures were developed and combined with own-category measures to develop a technical difference index. Results indicate convergence of efficiency within both categories but divergence of efficiency between the two categories
The paper provides a database of Total Factors Productivity growth, technical efficiency, and input ...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...
We divide countries into two technology categories: developed and developing. Agricultural efficien...
We divide countries into two technology categories: developed and developing. Agricultural efficienc...
This paper computes Malmquist agricultural productivity indexes for 125 countries over the period 19...
The objective of this study is to undertake a meta-analysis seeking to explain the variation in aver...
Agriculture is an important part of the economy of any country, because it ensures its food security...
Intercountry cross-section comparison of total productivity in agriculture showed that differences i...
Numerous methods for measuring multifactor productivity have been used by economists. This report us...
The aim of the research was to measure the efficiency of agricultural activities in European Union c...
Technological heterogeneity is an important issue in studies of agricultural production. We assume t...
The paper uses a stochastic frontier analysis of production functions to estimate the level of techn...
This study utilizes frontier metaproduction functions to analyze inter‐region agricultural productiv...
Unlike the work by Hayami and Ruttan in the 1970s, this study utilizes frontier meta-production func...
The paper provides a database of Total Factors Productivity growth, technical efficiency, and input ...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...
We divide countries into two technology categories: developed and developing. Agricultural efficien...
We divide countries into two technology categories: developed and developing. Agricultural efficienc...
This paper computes Malmquist agricultural productivity indexes for 125 countries over the period 19...
The objective of this study is to undertake a meta-analysis seeking to explain the variation in aver...
Agriculture is an important part of the economy of any country, because it ensures its food security...
Intercountry cross-section comparison of total productivity in agriculture showed that differences i...
Numerous methods for measuring multifactor productivity have been used by economists. This report us...
The aim of the research was to measure the efficiency of agricultural activities in European Union c...
Technological heterogeneity is an important issue in studies of agricultural production. We assume t...
The paper uses a stochastic frontier analysis of production functions to estimate the level of techn...
This study utilizes frontier metaproduction functions to analyze inter‐region agricultural productiv...
Unlike the work by Hayami and Ruttan in the 1970s, this study utilizes frontier meta-production func...
The paper provides a database of Total Factors Productivity growth, technical efficiency, and input ...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...
This article reviews and critiques the frontier literature dealing with farm level efficiency in dev...