Application of Nanotechnology in Earthen Pot System for Arid Area Afforestation

Kurosawa Katsuhiko, Sinha Sangeeta, K. Sanjay, Kojima Toshinori
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Abstract

In this study, a novel system of irrigation, Earthen Pot Irrigation System (EPIS) is proposed for desert and arid area afforestation. The system is theoretically modelled using GMS (USEPA) and experimentally verified. Field experiments were carried out in M.P., India on Aonla plantation in arid areas (sandy soil with stone chips). Results indicate 40% more fruiting due to higher water use efficiency. Further experiments with nano organic pesticide extracted from neem (Azadiractin A, B and Limonoids) in emulsion form used in conjuction with EPIS system resulted into 50-90% reduction in four pests, Apical twig, gall maker, Leaf roller, Bark and shoot borer and, termites, for which data were collected.
纳米技术在干旱区造林土盆系统中的应用
本文提出了一种用于荒漠和干旱区造林的新型灌溉系统——土罐灌溉系统(EPIS)。利用GMS (USEPA)对系统进行了理论建模,并进行了实验验证。在印度m.p.干旱地区的Aonla人工林(沙土带碎石)上进行了田间试验。结果表明,由于水分利用效率的提高,果实数量增加了40%。进一步实验中,从楝树中提取的纳米有机农药(印楝素A、B和柠檬酮)以乳化液形式与EPIS系统结合使用,可减少50-90%的4种害虫,即尖枝、瘿虫、叶辊虫、树皮和茎螟虫以及白蚁,并收集了数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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