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Climate change impact assessment and adaptation strategies to sustain rice production in Cauvery basin of Tamil Nadu

机译:泰米尔纳德邦峡谷地区维持水稻生产的气候变化影响评估和适应战略

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摘要

The results of the projected climate change over Cauvery basin of Tamil Nadu for A1B scenario using regional climate models showed an increasing trend for maximum, minimum temperatures and rainfall. The yields of ADT 43 rice simulated by decision support system for agricultural technology transfer with CO2 fertilization effect had shown a reduction of 135 kg ha(-1) decade(-1) for providing regional climates for impact studies (PRECIS) output, while there was an increase in yield by 24 kg ha(-1) decade(-1) for regional climate model system 3 (RegCM3) output. Suggested adaptation strategies include system of rice intensification, using temperature tolerant cultivars and using green manures/biofertilizers for economizing water and increasing the rice productivity under warmer climate.
机译:使用区域气候模型,对于泰米尔纳德邦A1B情景,整个泰米尔纳德邦洞穴流域的气候变化的预测结果表明,最高,最低温度和降雨量呈上升趋势。通过决策支持系统对农业技术转让的决策支持系统模拟的ADT 43水稻的产量与CO2施肥效应表明减少了135千克公顷(-1)十年(-1),从而为影响研究(PRECIS)提供了区域气候是区域气候模型系统3(RegCM3)的产量增加了24 kg ha(-1)十年(-1)。建议的适应策略包括水稻强化系统,使用耐温品种以及使用绿色肥料/生物肥料以节约用水并在温暖的气候下提高稻米的生产率。

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