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首页> 外文期刊>Soil & Tillage Research >Zero tillage impacts in India's rice-wheat systems: A review
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Zero tillage impacts in India's rice-wheat systems: A review

机译:零耕对印度稻麦系统的影响:回顾

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摘要

To date, the most widely adopted resource conserving technology in the Indo-Gangetic Plains (IGP) of South Asia has been zero-tillage (ZT) wheat after rice, particularly in India. The paper reviews and synthesizes the experience with ZT in the Indian IGP. ZT wheat is particularly appropriate for rice-wheat systems in the IGP by alleviating system constraints by allowing earlier wheat planting, helping control the weed Phalaris minor, reducing production costs and saving water. ZT wheat after rice generates substantial benefits at the farm level (US$97hap#) through the combination of a 'yield effect' (a 5-7% yield increase, particularly due to more timely planting of wheat) and a 'cost savings effect' (US$52hap#, particularly tillage savings). These benefits explain the widespread interest of farmers and the rapidity of the diffusion across the Indian IGP, further aided by the wide applicability of this mechanical innovation.
机译:迄今为止,南亚印度恒河平原(IGP)最广泛采用的资源节约技术是零耕小麦(ZT),仅次于稻米,特别是在印度。本文回顾并综合了印度IGP中ZT的经验。 ZT小麦特别适合用于IGP中的稻麦系统,它可以通过允许较早种植小麦,帮助控制杂草Ph草,减少生产成本和节约用水来减轻系统限制。水稻后的ZT小麦通过“增产效应”(产量提高5-7%,特别是由于更及时的小麦播种而增加产量)和“节省成本的效应”相结合,在农场一级产生了可观的收益(97hap#) (52hap#,特别是节省耕种)。这些好处说明了农民的广泛兴趣以及在印度IGP上的迅速传播,进一步得益于这种机械创新的广泛适用性。

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