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Enhancing water and cropping productivity through Integrated System of Rice Intensification (ISRI) with aquaculture and horticulture under rainfed conditions

机译:通过在雨水条件下将稻米集约化与水产养殖和园艺一体化的系统提高水和作物的生产力

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摘要

The System of Rice Intensification (SRI), based on modifications in the management practices for rice cultivation, is being utilized in many countries, although not without some controversy. One reason cited for non-adoption or disadoption of SRI is difficulties with water management under rainfed conditions with unreliable or aberrant rainfall distribution, which causes either flooding or long dry spells, or both. These constraints could be dealt with by tapping groundwater resources or by capture and use of rainwater runoff and/or by diversification of the farming system.
机译:尽管并非毫无争议,但许多国家正在采用基于稻米种植管理实践的稻米强化系统(SRI)。不采用或不采用SRI的一个原因是雨养条件下的水管理困难,雨水分配不可靠或异常,这会导致洪水或长期干旱,或两者兼而有之。这些限制可以通过开发地下水资源或通过收集和利用雨水径流和/或通过耕作制度的多样化来解决。

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