Technical and environmental efficiency of eco-friendly rice production in the upstream region of the Vietnamese Mekong delta

Vo Hong Tu, Nguyen Duy Can, Yoshifumi Takahashi, Steven W. Kopp and Mitsuyasu Yabe ()
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Vo Hong Tu: Can Tho University
Nguyen Duy Can: Can Tho University
Yoshifumi Takahashi: Kyushu University
Steven W. Kopp: University of Arkansas
Mitsuyasu Yabe: Kyushu University

Environment, Development and Sustainability: A Multidisciplinary Approach to the Theory and Practice of Sustainable Development, 2019, vol. 21, issue 5, No 17, 2424 pages

Abstract: Abstract Although public policy makers, farmers, and agricultural experts have invested considerable efforts to promote environmentally friendly rice production methods, the adoption of these practices is quite low in the Vietnamese Mekong Delta. One explanation for this is an underestimation of the environmental and economic values of these practices. The present study aimed at estimating environmental and technical efficiencies for all methods of rice production and then comparing each method in terms of efficiencies and economic benefits. Survey data included responses from farmers who used either eco-friendly or conventional rice cultivation methods. Latent class stochastic frontier analysis shows that the average technical efficiency across all methods was 85.02% and environmental efficiency across all methods was 22.58%. Among individual methods, floating rice had the highest technical and environmental efficiency scores. Ecologically engineered rice had the lowest economic and environmental performance. The average environmental efficiency of conventional rice production was 16.25%, which is significantly higher than that of ecologically engineered rice, large-scale rice, and GlobalGAP rice. The results indicate considerable overuse of agrochemical inputs and also point to other specific factors of production that influence these efficiencies. Several public policy and agricultural management recommendations are derived from the study.

Keywords: Environmental efficiency; Latent class stochastic frontier analysis; Rice farming; Sustainable agriculture (search for similar items in EconPapers)
Date: 2019
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DOI: 10.1007/s10668-018-0140-0

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