Integrated Rice-Fish Farming: Safeguarding Biodiversity and Ecosystem Services for Sustainable Food Production in the Mekong Delta

H. Berg, Charlotte Berg, T. Nguyen
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引用次数: 38

Abstract

A comparison of agricultural practices, with a specific focus on pesticide use, between rice and rice-fish farmers in the Cần Thơ and Tiền Giang provinces of the Mekong Delta in 2007, shows that integrated rice-fish farming can provide a competitive alternative to intensive rice mono-cropping, if the farmer restricts the use of pesticides and takes full advantage of the ecosystem services provided by the rice-field ecosystem. In Cần Thơ, rice-fish farmers had significantly higher income (43.6 million dong ha−1 year−1) than other farmer groups, while this was not seen among rice-fish famers in Tiền Giang (32.4 million dong ha−1 year−1), which partly could be due to a high use of insecticides (0.9 kg active ingredient ha−1 crop−1) and comparatively low fish yield among these farmers. The study emphasizes the need to rethink current agricultural systems and to provide opportunities for more diverse systems that maintain and enhance a range of ecosystem services and protect human health. Future production systems should not be optimized to only provide a single ecosystem service, such as rice, but designed to deliver a variety of interlinked ecosystem service such as rice, fish, pest control, and nutrient recycling.
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稻鱼综合养殖:为湄公河三角洲可持续粮食生产保护生物多样性和生态系统服务
2007年对湄公河三角洲Cần ththn省和Tiền江省种植水稻和种植稻鱼的农民的农业实践进行了比较,特别关注农药的使用情况,结果表明,如果农民限制农药的使用,并充分利用稻田生态系统提供的生态系统服务,稻鱼综合种植可以为集约化水稻单一种植提供一种有竞争力的替代方案。在Cần thnguyen,稻鱼养殖户的收入(4360万越南盾- 1年- 1)明显高于其他养殖户群体,而在Tiền Giang(3240万越南盾- 1年- 1)稻鱼养殖户中没有出现这种情况,部分原因可能是这些养殖户大量使用杀虫剂(每作物- 1使用0.9公斤有效成分),而鱼产量相对较低。该研究强调需要重新思考当前的农业系统,并为维持和加强一系列生态系统服务并保护人类健康的更多样化的系统提供机会。未来的生产系统不应优化为只提供单一的生态系统服务,如水稻,而应设计为提供各种相互关联的生态系统服务,如水稻、鱼类、病虫害防治和养分循环。
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来源期刊
Journal of Sustainable Agriculture
Journal of Sustainable Agriculture 农林科学-农业综合
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审稿时长
9 months
期刊最新文献
Sustainable Agriculture: Circular to Reconstructive, Volume 2 Sustainable Agriculture: Circular to Reconstructive, Volume 1 Sustainable Agriculture: Technical Progressions and Transitions The Use of Genomics and Precise Breeding to Genetically Improve the Traits of Agriculturally Important Organisms Exploring the Phytoremediation Potential of Macrophytes for Treating Sewage Effluent Through Constructed Wetland Technology (CWT) for Sustainable Agriculture
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