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Food - fodder cropping systems with NU management in agroforestry systems rainfed conditions

机译:农林复合系统中采用NU管理的粮食-饲料种植系统

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A field experiment was conducted during monsoon season of 1993-94 to 1995-96 at the Indian Grassland and Fodder Research Institute, Jhansi to study the different food-fodder cropping systems and manorial schedules in different agroforestry systems under rainfed conditions. Significantly higher grain and stover yields of sorghum was obtained in sorghum+pigeonpea/Cenchrus setigerus inter cropping system as compared to sorghum + cowpea intercropping system. Sorghum + cowpea intercropping system produced significantly more green fodder and dry matter yields of fodder crops than sorghum + grass strips. Higher sorghum grain equivalent yield was obtained in sorghum+piogeonpea followed by sorghun+cowpea and sorghum+grass strips. Among the different manurial schedules, combined application of organic and inorganic sources of plant nutrients produced significantly higher grain and stover yield of sorghum, green and dry matter yields of fodder crops and sorghum grain equivalent yield as compared to 100 percent inorganic fertilizers application in different agroforestry systems. The tree survival was 84.3 percent under rainfed condition after a period of 20 months of their establishment. The tree height of 103.4 cm and collar diameter of 1.33 cm were recorded under rainfed conditions. The forage production from the hedge row was 0.8 t dry matter after 8 months of its growth.
机译:在1993-94年至1995-96年的季风季节期间,在詹西印度草原和草料研究所进行了田间试验,研究了在雨育条件下不同农林业系统中不同的草料作物种植系统和庄园计划。与高粱+ cow豆间作系统相比,高粱+皮豆/ ge实间作系统的高粱籽粒和秸秆产量显着提高。高粱+ pea豆间作系统产生的饲料作物绿色饲料和干物质产量比高粱+草条高。高粱+黑皮豌豆,高粱+ and豆和高粱+草条获得较高的高粱籽粒当量产量。在不同的日程安排中,与在不同农林业中施用100%无机肥料相比,有机和无机植物营养素源的组合施用显着提高了高粱的谷物和秸秆产量,饲料作物的绿色和干物质产量以及高粱谷物当量产量系统。雨养20个月后,树木的存活率为84.3%。在雨育条件下记录的树高为103.4厘米,颈圈直径为1.33厘米。经过8个月的生长,对冲行的草料产量为0.8吨干物质。

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