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Effect of integrated rice-fish-azolla farming system on weed management in lowland rice fields

机译:稻-鱼-硬皮综合农业系统对低地稻田杂草治理的影响

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Field experiments were conducted at Annamalai University Experimental Farm, Annamalai Nagar during samba (Aug. -Jan.) and Navarai (Jan. -Apr.) seasons of 1995-96 to study the effect of component enterprises of an integrated rice farming system on weed control. Enterprises like fish culture (grass carp. Ctenopharyngodon idella (val.)@ 1 fish per m~2, in trenches occupying 15 per cent of rice area)and Azolla culture (Azolla microphylla @ 0.5 kg per m~2) were compared independently and in combination with rice as the main enterprise, each with and without the butachlor 1.5 kg ha~(-1). The results revealed that integration of azolla and fish culture as component enterprises in rice farming along with the herbicide (butachlor) performed significantly superior in respect of weed control (weed control index of 61.85 and 65.11 per cent), grain yield of 4.45 t ha~(-1) and 4.4 t ha~(-1) during first and second season, respectively and net return of Rs. 58413 ha~(-1) for two seasons.
机译:在1995-96年的桑巴(八月至一月)和纳瓦拉伊(一月至四月)两个季节,在安纳玛莱大学实验农场,安纳玛莱纳加尔进行了田间试验,以研究水稻综合种植系统的组成企业对杂草的影响控制。分别比较了鱼类养殖(草鱼,id鱼(val。)@每米〜2条鱼,占水稻面积的15%的沟渠)和满江红养殖(满天星@ 0.5 kg / m〜2)等企业的经营,以大米为主要原料,每只含或不含丁草胺1.5 kg ha〜(-1)。结果表明,偶氮菌和鱼类养殖作为除草剂(丁草胺)与稻作农业的组成企业相结合,在杂草控制(杂草控制指数分别为61.85和65.11%),谷物产量4.45 t ha〜方面表现出显着优势。第一和第二个季节分别为(-1)和4.4 t ha〜(-1),净收益为Rs。 58413公顷〜(-1)两个季节。

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