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Influence of integrated management of irrigation, composted coirpith and nutrients on the relative leaf water content, transpiration rate and yield of soybean (Glycine max L. Merrill)

机译:灌溉,堆肥和养分的综合管理对大豆相对叶含水量,蒸腾速率和产量的影响(Glycine max L. Merrill)

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摘要

Field experimetns were conducted during summer (February-May) and kharif (June-September) seasons of 1996 and 1997 at Agricultural Research Station, Aliyarnagar, Tamil Nadu Agricultural University, India to study the influence of integrated managementof irrigation, composted coirpith and nutrient on the physiological parameters and yield of soybean. Results revealed that frequent irrigation (0.90 IW/ CPE) with composted coirpith and split application of N,P and K with nutrient mixture spray maintained higher relative leaf water content and transpiration rate. This treatment has also significantly increased the seed yield of soybean.
机译:在印度泰米尔纳德邦农业大学Aliyarnagar农业研究站的1996年和1997年夏季(2月至5月)和kharif(6月至9月)季节进行了田间试验,以研究灌溉,堆肥和养分对养分综合管理的影响大豆的生理参数和产量。结果表明,经常灌溉(0.90 IW / CPE),堆肥的椰壳和营养液喷雾分别施用N,P和K可以保持较高的相对叶片含水量和蒸腾速率。这种处理也显着提高了大豆的种子产量。

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