Microbial Inoculation can Enhance SRI Performance and Reduce Biotic and Abiotic Stresses in Rice

R. Khadka
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Abstract

Microbes play crucial roles in plant survival and fitness by mobilizing soil nutrients, enhancing plant performance by producing phytohormones, and protecting plant from biotic and abiotic stresses. SRI crop management system, extrapolatable to improve production of other crops beyond rice, aims to create the best growing environment above and below ground and to mobilize various services from microbes to increase factor productivity. Inoculating crop plants with effective microbial agents, either in consortia or separately, enhances rice crop performance in various ways. This paper presents results from field experiments and offers some explanation of mechanisms accounting for the higher productivity and performance of SRI rice plants with augmentation of microbial agents in soil.
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微生物接种可以提高水稻的SRI性能,减少生物和非生物胁迫
微生物通过调动土壤养分、产生植物激素提高植物性能、保护植物免受生物和非生物胁迫,在植物的生存和健康中起着至关重要的作用。SRI作物管理系统旨在创造最佳的地上和地下生长环境,并调动微生物的各种服务来提高要素生产率,可用于提高水稻以外其他作物的产量。给作物接种有效的微生物制剂,无论是联合接种还是单独接种,都能从各个方面提高水稻作物的生产性能。本文介绍了田间试验的结果,并对土壤中微生物剂的增加导致水稻高产和高产的机制作了一些解释。
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