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首页> 外文期刊>Mysore journal of agricultural sciences >Integrated Farming System for Sustainability and Livelihood Security - Success Storyof a Farmer of Bengaluru Rural District
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Integrated Farming System for Sustainability and Livelihood Security - Success Storyof a Farmer of Bengaluru Rural District

机译:可持续发展和生计安全综合耕作 - 孟加拉乡村农民的成功故事

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A preliminary survey of farmers conducted at Chikkamaranahalli village of Nelamangala Taluk, Bangalore rural district under National Innovation in Climate Resilient Agriculture (NICRA) project revealed that the area was dominated by resource poor marginal and small farmers. The predominant resources, crops and cropping system of the area were assessed through participatory rural appraisal (PRA) techniques. Monocropping of finger millet with akkadi crops was dominated in the domain besides other problems like imbalanced fertilizer use, delayed onset of monsoon, intermittent dry spells, lack of awareness about improved varieties and dryland production practices. Therefore an investigation was carried out from 2014-15 to 2017-18, to find out a sustainable cropping system model, which is economically viable by integrating the different components like crops, livestock and fishery in an area of 2.5 acre land holding. Four cropping system models viz., F,: finger millet based cropping system, F2: Groundnut based cropping system, F3: Pulse based cropping system and F4: Mango based Agri-Horti system were developed to find out the best package on the landholding suitable for the region. Intercropping of finger millet - pigeonpea in 8:2 proportions fetched higher net returns of Rs. 7622 ha-1 compared to farmers practice of growing akkadi finger millet (Rs. 4129 ha1). Similar was the trend in groundnut based cropping system, where in intercropping of pigeonpea with groundnut (8:2) resulted in higher groundnut pod equivalent yield of 434 kg ha"1 and B:C ratio of 3.43. With respect to pulse based intercropping system, intercropping of pigeonpea with field bean fetched higher returns (Rs.7936 ha1) compared to that of with cowpea (Rs. 6767 ha1). In mango basedagri-horti system growing of finger millet/ horsegram along with mango not only helped in generating additional remunerative income of (Rs. 2804 ha1) but also enhanced the soil fertility status compared to growing sole mango crop. Livestock was an integral part of farming system along with other agricultural components like horticulture, vegetables, agro forestry etc. Integration of fisheries along with livestock coiaponents fetched net returns of Rs.6000 and 39650/year respectively and required higherman days 235 over conventional cropping system. Thus integrated farming system with livestock + fisheries along with profitable intercropping system was most beneficial system which could augment in increasing the income of farmers to improve their socio-economic status.
机译:在班加罗尔乡村气候乡村农业区班加罗尔乡村(NICRA)项目中的Nelamangala Taluk的Chikkamaranahalli村的初步调查显示,该地区由资源差的边际和小农占主导地位。通过参与式农村评估(PRA)技术评估该地区的主要资源,作物和种植系统。与Akkadi作物中的手指小米在域名中占主导地位,除了肥料使用等其他问题,季风延迟,间歇性干燥法术,对改善品种和旱地生产实践的意识缺乏认识。因此,从2014年至2017年至2017 - 18年实施了调查,以找出可持续的种植系统模型,通过将各种组分,畜牧业和渔业相结合,在2.5英亩的土地举行的面积中,经济上是可行的。四种裁剪系统模型viz。,f ,:手指小米的裁剪系统,f2:基于地下室的种植系统,f3:脉冲的裁剪系统和f4:开发了芒果的Agri-Horti系统,以了解土地上的最佳包装对于该地区。手指小米的间作 - 8:2的Pigeonpea在8:2比例上获取了卢比的净回报。 7622 HA-1与农民练习生长Akkadi手指小米(Rs.4129 Ha1)相比。类似的是基于地下室的种植体系的趋势,其中在患有碎屑(8:2)的鸽皮中的间隙中产生的434kg HA“1和B:C比率为3.43的较高的Troudnut pod等效产率。关于脉冲的间作系统,与豇豆(Rs.6767 Ha1)相比,与田间豆类的鸽皮与田间豆类的间隔(Rs.7936 Ha1)。在Manga的芒果和芒果中,芒果和芒果一起生长,而不仅有助于发电(卢比2804 Ha1)的报酬收入,但与生长型麦片作物相比,土壤肥力状况增强。牲畜是农业系统的一个组成部分,以及园艺,蔬菜,农业林等其他农业部件。渔业的整合畜牧业股东分别获取净净回报,分别为39650卢比,并在传统的种植系统上获得高押法日235天。因此,养殖养殖系统综合养殖系统与盈利的间作系统一起进行了最有益的系统,这可能增加了增加农民收入,以提高其社会经济地位。

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