西爪哇省水稻等级生产者适应气候变化的技术

F. Liesdiana, Ni Putu Sekar Trisnaning Laksemi, R. Fachria, Salma Nursaadah, Yanyan Ahmad Hoesen, A. A. Z. I'lanul, Y. Yustiana
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引用次数: 1

摘要

气候变化对印度尼西亚的水稻生产产生了负面影响。本研究旨在确定气候变化对西爪哇农业造成的问题,确定应对气候变化的技术,并分析应对气候变化问题的技术适应情况。气候变化带来的问题包括气温升高、雨季转移和干旱延长。气候变化对西爪哇农业用地的影响是长期干旱和土地退化。为了应对气候变化,在西爪哇应用最合适的技术是水稻集约化系统(SRI)。SRI水稻栽培比常规栽培节水30%,可在水资源有限的情况下应用。在西爪哇应用的SRI方法表明,有机水稻种植比无机水稻种植生产更多的水稻。无机耕作的产量为6.0 ~ 7.0吨/公顷,而SRI有机耕作的产量为8 ~ 9.2吨/公顷。在西爪哇Bojong Picung的Cibarengkok村,SRI方法的应用产生了7-8吨/公顷的粮食,而传统方法产生了4-5吨/公顷的粮食。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology adaptation to climate change in level producers rice in West Java
Climate change has a negative impact on rice production in Indonesia. This research was conducted to identify problems caused by climate change on agriculture, identify the technology to address climate change, and analyze the technological adaptation to encounter the climate change problems in West Java. Problems arising from climate change include increasing air temperature, rainy season shift, and prolonged drought. The impact of climate change on agricultural land in West Java is prolonged drought and land degradation. The most appropriate technology to be applied in West Java in order to address climate change is System of Rice Intensification (SRI). SRI rice cultivation can save water up to 30% compared to conventional cultivation, so it can be applied when the water resources was limited. SRI method that has been applied in West Java shows that organic rice farming produces more rice than inorganic farming. The productivity of inorganic farming are 6.0 - 7.0 tons / ha, whereas the SRI organic farming could produce 8 - 9.2 tons / ha grain. The application of the SRI method in Cibarengkok Village, Bojong Picung, West Java produces 7-8 tons / ha of grain, while the conventional method yields 4-5 tons / ha of grain.
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