防风林(Casuarina equisetifolia L.)对南古吉拉特邦水稻产量的影响

V. Prajapati, D. J. Jilariya, R. Mevada, M. B. X. M B Tandel, B. N. Bhanderi, D. P. Patel, L. Arvadiya, M. X. M. Husain
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摘要

有意识地将树木融入农业生态系统,可产生防风林等农林业做法,同时有助于经济、环境和社会。它是保护农田和提高作物产量的重要工具。因此,我们进行了一项调查,以确定防风林(Casuarina equisetifolia L.)对南古吉拉特邦水稻生产力的影响。在目前的研究中,我们发现环境竞争导致靠近防风林的水稻生长和产量下降。防风林对水稻生长和产量的影响是正向的,与防风林距离的持续增加在 17 米处达到最大值(株高 97.34 厘米,每株分蘖数 11.17、植株总鲜重 17 799 千克/公顷、干稻草重 6 577 千克/公顷、谷物产量 4 103 千克/公顷),然后逐渐减小(株高 83 厘米、单株分蘖数 8.17、植株总鲜重 12 315 千克/公顷、干稻草重 4 855 千克/公顷、谷物产量 3 101 千克/公顷)。靠近防风林的风速最大值(4.57 千米/小时-1)呈现出相反的趋势,在距离防风林 17 米处持续下降到最低值(3.32 千米/小时-1),然后再次上升。此外,该系统的净收益(40 619 卢比)和效益成本比(0.61)明显高于露地(34 749 卢比和效益成本比 0.52)。据报告,与对照组相比,防风林下土壤的 pH 值更接近中性(7.46),而导电率(0.19 dS/m)则有所降低。与对照组相比,防风林的影响大大增加了土壤有机碳(0.68%)、可获得氮(234.46 千克/公顷)、磷(75.75 千克/公顷)和钾(398.07 千克/公顷)。根据研究的总体结果,有防风林保护的稻田明显优于露天稻田。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Windbreaks (Casuarina equisetifolia L.) on Productivity of Paddy in South Gujarat
The intentional integration of trees into an agroecosystem results in agroforestry practices such as windbreak, which simultaneously help the economy, the environment, and society. It is a crucial tool for safeguarding agricultural land and boosting crop productivity. An investigation was therefore conducted to determine the impact of windbreaks (Casuarina equisetifolia L.) on paddy productivity in South Gujarat. In the current study, we found that environmental competition caused paddy growth and production to decrease close to the Casuarina windbreak. The impact of the windbreaks on paddy growth and yield became positive, and the continuously increased distance from the windbreaks reached its maximum at 17 m (Plant height 97.34 cm, number of tillers per plant 11.17, total fresh weight plant 17,799 kg ha-1, dry straw weight 6,577 kg ha-1 and grain yield 4,103 kg ha-1) and then gradually decreased (plant height 83 cm, tillers per plant 8.17, total fresh weight plant 12,315 kg ha-1, dry straw weight 4,855 kg ha-1 and grain yield 3,101 kg ha-1). The wind velocity maximum (4.57 km hr-1) close to windbreaks exhibits an opposite tendency, decreasing continually to a minimum (3.32 km hr-1) at a distance of 17 meters from the windbreaks before increasing once again. In addition, this system's net returns (Rs. 40,619) and benefit-cost ratio (0.61) were noticeably higher than those of open fields (Rs. 34,749 and benefit cost ration 0.52). In contrast to the control, the pH of the soil beneath the windbreak was reported to be considerably closer to neutral (7.46), while electrical conductivity (0.19 dS/m) was reduced. The impact of windbreaks was found to considerably increase soil organic carbon (0.68%), accessible nitrogen (234.46 kg/ha), phosphorus (75.75 kg/ha), and potassium (398.07 kg/ha) as compared to control. According to the study's overall findings, windbreak-protected paddy fields perform noticeably better than open ones. 
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