气候变化下贝塔瓦河河床小麦自然有机栽培的智慧农艺研究

R. Singh, M. Singh, V. Jaiswal, Jitendra V. Singh, I. P. Singh
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摘要

目前的创新和引进实验是在2009-10和2010-11两个连续的rabi季节进行的,该项目是“农民参与行动研究项目的水/水收集”(由新德里中央水资源委员会资助的计划)。从那时起,由于所有可耕地都被种植作物和其他农业企业所饱和,粗放式耕作几乎停止了。在对北方邦邦德尔克hand地区进行方案工作访问期间,看到了贝塔瓦河退潮后的河床开阔。发现开阔的河床适合种植冬季作物。河床受岩石结瘤(毛朗)的影响,但淤积肥沃。因此,该地区的营养状况较好,因此被选为小麦种植基地。对河床土壤施用有机肥,即FYM @ 200 q/ha,蚯蚓成本+ vermi-eggs@10 q/ha和芥菜饼@ 5 q/ha作为主要和次要植物养分,松散河床土壤。小麦的简历。WH-147于11月15日播种,在两个试验季节种植125天后,于3月20日收获。
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Smart Agronomy of Wheat Cultivation in Riverbed of Betawa through Natural and Organic Farming under Changing Climate
The present innovative and introductive experiment was laid out during two consecutive rabi seasons of 2009-10 and 2010-11 under “Farmers Participatory Action Research Project on Water/Water Harvesting” (Scheme funded by Central Water Commission, New Delhi). Since, the extensive farming almost closed up because all cultivable land saturated under cultivation of crops and other agricultural enterprises. During the visit of Bundelk hand region of U.P. for scheme work, the riverbed open after water receding of Betawa river was seen. The open riverbed was found suitable for cultivation of winter season crops. Riverbed was suffered from the nodulation of rocks (Maurang), but siltation was fertile. Therefore, the site was selected for cultivation of wheat because it has better nutrients status. The riverbed soil was fertilized with organic manure i.e., FYM @ 200 q/ha, vermi cost + vermi-eggs@10 q/ha and mustard cake @ 5 q/ha for major and minor plant nutrients and loosened the riverbed soil. Wheat cv. WH-147 was planted on 15 November and harvested 20 March after 125 days of planting in both experimental seasons.
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