I used bootstrapping data envelopment analysis (DEA) to measure changes in technical and scale efficiency in rice production in the Mekong delta region, Vietnam. The data include sample production sets from 1998 and bi-annual updates from 2002 to 2010. Technical efficiency changed significantly over this period, showing an upward trend. On the other hand, increasing return to scale is dominant trend, which reflects the need to increase the rice production scale generally and expand land use particularly. Meanwhile, the government has been trying to prevent land consolidation activities and restrict production scales using quotas and agricultural land use duration rules
In this study we use region-level panel data on rice production in Vietnam to investigate total fact...
This research study employs bootstrap data envelopment analysis and the metafrontier approach to mea...
Rice Growing and Recent Changes in Agricultural Practices in North Vietnam. In Vietnam, where 70% of...
Technical Efficiency (TE) is defined as an estimation of the ability of a household to produce the m...
Abstract The objective of the study is to measure the production efficiency of farmers by Data Enve...
Technical Efficiency (TE) is an estimation of the ability of a household to produce the maximum outp...
Extensive land and market reform in Vietnam has resulted in dramatic increases in rice output over t...
Small farm size and fragmented land are considered constraining agricultural development. This study...
The Mekong Delta (MKD) produces more than half of the total rice production in Vietnam. In the conte...
This research study employs bootstrap data envelopment analysis and the metafrontier approach to mea...
We evaluate the effects of restricted land use rights on aggregate productivity using micro-level da...
This article focuses on the Mekong Delta, the main rice bowl of the country, which produced 51% of t...
Rice-based farming systems in the Mekong Delta have been transformed over the last four decades. Nee...
Rice-based farming systems in the Mekong Delta have been transformed over the last four decades. Nee...
In this study we use region-level panel data on rice production in Vietnam to investigate total fact...
In this study we use region-level panel data on rice production in Vietnam to investigate total fact...
This research study employs bootstrap data envelopment analysis and the metafrontier approach to mea...
Rice Growing and Recent Changes in Agricultural Practices in North Vietnam. In Vietnam, where 70% of...
Technical Efficiency (TE) is defined as an estimation of the ability of a household to produce the m...
Abstract The objective of the study is to measure the production efficiency of farmers by Data Enve...
Technical Efficiency (TE) is an estimation of the ability of a household to produce the maximum outp...
Extensive land and market reform in Vietnam has resulted in dramatic increases in rice output over t...
Small farm size and fragmented land are considered constraining agricultural development. This study...
The Mekong Delta (MKD) produces more than half of the total rice production in Vietnam. In the conte...
This research study employs bootstrap data envelopment analysis and the metafrontier approach to mea...
We evaluate the effects of restricted land use rights on aggregate productivity using micro-level da...
This article focuses on the Mekong Delta, the main rice bowl of the country, which produced 51% of t...
Rice-based farming systems in the Mekong Delta have been transformed over the last four decades. Nee...
Rice-based farming systems in the Mekong Delta have been transformed over the last four decades. Nee...
In this study we use region-level panel data on rice production in Vietnam to investigate total fact...
In this study we use region-level panel data on rice production in Vietnam to investigate total fact...
This research study employs bootstrap data envelopment analysis and the metafrontier approach to mea...
Rice Growing and Recent Changes in Agricultural Practices in North Vietnam. In Vietnam, where 70% of...