Balancing food security, vertebrate biodiversity, and healthy rice agroecosystems in Southeast Asia

Catherine R. Propper , Jodi L. Sedlock , Richard E. Smedley , Oliver Frith , Molly E. Shuman-Goodier , Alejandro Grajal-Puche , Alexander M. Stuart , Grant R. Singleton
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Abstract

Rice is the dominant food staple and an important economic resource throughout Asia. Lowland rice production also provides important wetland habitats in support of biodiversity that may provide ecosystem services back to the rice agroecosystems. This review summarizes the literature on the ecosystem benefits that amphibians, birds, bats, and rodents support in the context of the Southeast Asia rice agroecosystems. The literature provides evidence that these taxonomic groups contribute to cultural, regulatory, and provisioning services in support of smallholder farmers and may allow for economic benefits through reduced use of chemical inputs into crops. We encourage a multipronged research approach to bring stakeholders together to provide structured and scalable education programs that will lead to improved human and agroecosystem health through the promotion of understanding the positive feedbacks from biodiversity in these important agricultural wetland habitats.

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平衡东南亚的粮食安全、脊椎动物生物多样性和健康的水稻农业生态系统
水稻是亚洲最主要的主食,也是重要的经济资源。低地水稻生产也为生物多样性提供了重要的湿地栖息地,这些栖息地可为水稻农业生态系统提供生态系统服务。本综述总结了有关两栖动物、鸟类、蝙蝠和啮齿动物在东南亚水稻农业生态系统中为生态系统带来的益处的文献。文献提供的证据表明,这些分类群有助于为小农提供文化、监管和供给服务,并可通过减少作物中化学投入品的使用带来经济效益。我们鼓励采取多管齐下的研究方法,将利益相关者聚集在一起,提供结构化和可扩展的教育计划,通过促进对这些重要农业湿地栖息地生物多样性积极反馈的了解,改善人类和农业生态系统的健康。
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Publisher's Note Light condition during grain-filling stage of main crop strongly influences ratooning ability of low-stubble ratoon rice A comparative assessment of polymer-coated and non-coated urea in direct-seeded rice: agronomic, economic, and environmental performance and sensitivity analysis Corrigendum to “Enhancing maize radiation use efficiency under high planting density by shaping canopy architecture with a plant growth regulator” [Crop and Environ Volume 3 (Issue 1) (March 2024) Pages 51–63] Response of seed vigor to experimental warming in a double rice cropping system
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