A stochastic grain production frontier model is estimated on a representative sample of Ukrainian state farms. Technical inefficiency effects are modeled as a function of workforce composition, other farm-specific variables, and time. Technical inefficiency increased over time. Investment in farm infrastructure is associated with higher levels of technical efficiency
This paper measures the degree of technical efficiency of Greek farms at discrete points in time. St...
Accounting for heterogeneity in the measurement of farm efficiency is crucial to avoid biases relate...
English and Welsh farm-level survey data are employed to estimate stochastic frontier production fun...
A stochastic grain production frontier model is estimated on a representative sample of Ukrainian st...
A stochastic production frontier model with technical inefficiency effects is estimated on a represe...
A representative sample of 49 state and collective farms in Ukraine provides data in physical units ...
This paper presents results of stochastic parametric approach used in estimation of farm technical e...
The paper presents a comparative analysis of the productivity of corporate and individual farms in U...
This article examines technical efficiency of the Chinese grain sector using the framework of stocha...
Even after more than 15 years of transition from plan to market, agriculture in Ukraine still faces ...
This article examines technical efficiency of the Chinese grain sector using the framework of stocha...
Technical efficiency estimates for grain, corn for grain, sunflowers, sugar beets, and vegetables ar...
Farm level technical efficiency and its determinants in wheat production in the state of Bihar has b...
In the recent decades agricultural production in Uzbekistan has been facing problems in relation to ...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
This paper measures the degree of technical efficiency of Greek farms at discrete points in time. St...
Accounting for heterogeneity in the measurement of farm efficiency is crucial to avoid biases relate...
English and Welsh farm-level survey data are employed to estimate stochastic frontier production fun...
A stochastic grain production frontier model is estimated on a representative sample of Ukrainian st...
A stochastic production frontier model with technical inefficiency effects is estimated on a represe...
A representative sample of 49 state and collective farms in Ukraine provides data in physical units ...
This paper presents results of stochastic parametric approach used in estimation of farm technical e...
The paper presents a comparative analysis of the productivity of corporate and individual farms in U...
This article examines technical efficiency of the Chinese grain sector using the framework of stocha...
Even after more than 15 years of transition from plan to market, agriculture in Ukraine still faces ...
This article examines technical efficiency of the Chinese grain sector using the framework of stocha...
Technical efficiency estimates for grain, corn for grain, sunflowers, sugar beets, and vegetables ar...
Farm level technical efficiency and its determinants in wheat production in the state of Bihar has b...
In the recent decades agricultural production in Uzbekistan has been facing problems in relation to ...
This study estimates technical efficiency (TE) using a stochastic production frontier based on a ran...
This paper measures the degree of technical efficiency of Greek farms at discrete points in time. St...
Accounting for heterogeneity in the measurement of farm efficiency is crucial to avoid biases relate...
English and Welsh farm-level survey data are employed to estimate stochastic frontier production fun...
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