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首页> 外文期刊>Indian Journal of Weed Science >Utilization of Weed Biomass for Nitrogen Substitution in Rice (Oryza sativa)Rice System
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Utilization of Weed Biomass for Nitrogen Substitution in Rice (Oryza sativa)Rice System

机译:利用杂草生物量替代水稻(稻米)系统中的氮

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摘要

Field experiments were conducted during summer and kharif seasons of 2001 and 2002 to evaluate the possibility of utilizing the biomass of weeds viz., Ipomoea carnea and Eichhornia crassipes either as fresh or as vermicompost prepared from such weed biomass for substituting fertilizer nitrogen in rice-rice system under puddle soil conditions. Results revealed that vermicompost prepared from either /. carnea or E. crassipes was at par or superior to fresh biomass incorporation and FYM in increasing crop yield, nitrogen uptake and improvement in soil nutrient status. Results also showed the possibility of supplementing 25 to 50% nitrogen through fresh biomass incorporation of 7. carnea or vermicompost prepared from either /. carnea or E. crassipes. Significant increase in soil microbial population was also recorded due to incorporation of different sources of organic manure over the recommended nitrogen as fertilizer alone.
机译:在2001和2002年的夏季和卡里夫季节进行了田间试验,以评估利用杂草的生物量,即新鲜的或作为ver杂生物利用杂草生物质制备的杂草生物质,以该杂草生物质代替稻米中的肥料氮系统在水坑土壤条件下。结果显示,vermicompost从/中准备。在增加作物产量,氮素吸收和改善土壤养分状况方面,角叉菜或十字形大肠杆菌(E. crassipes)与新鲜生物质掺入和FYM相当或更好。结果还表明,通过新鲜生物质掺入由或制备的角豆或ver粉,可以补充25%至50%的氮。卡尼娅或十字花科植物。还记录了土壤微生物种群的显着增加,这是由于在推荐的氮素中单独施用了不同的有机肥,而氮肥的施用量却不同。

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