A. Ghosal, N. C. Sahu, Sasya Shyamala Krishi, Vigyan Kendra
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Spraying of panchagavya @ 5%, sasyagavya @ 5%, and dasaparni @ 1% at 30 days after sowing (DAS) onwards at 15 days intervals, in alternate application with 600 L ha -1 of jeevamrit as soil application at 30 DAS boosted the plant growth attributing characters in black gram. The same treatment recorded the highest yield of blackgram (0.95 t ha -1 ), lowest infestation of pod borer (8.6%) and lowest powdery mildew infestation (21.20%). Application of beejamrit for seed bio-priming and 5% jeevamrit at 30 and 45 DAS as spray and soil application @ 600 L ha -1 also showed potential results with 30% increased yield of black gram over existing farmers’ practices. The integrated approach consisting of the application of Trichoderma viride enriched cow dung @ 750 kg ha -1 , seed treatment with carboxin 17.5% + thiram 17.5% @ 3 mL kg -1 seed, installation of pheromone trap @ 30 ha -1 and need-based spot application of neemastra @ 3% resulted in highest seed yield of greengram (0.94 t ha -1 ) and B:C ratio (3.38) followed by chemical management (0.93 t ha -1 , 3.23).","PeriodicalId":285583,"journal":{"name":"Journal of the Indian Society of Coastal Agricultural Research","volume":"95 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2022-12-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Impact of Crop-specific Technologies and Organic Growth Stimulants on Mustard, Black Gram and Green Gram in Sundarban area of West Bengal\",\"authors\":\"A. Ghosal, N. C. 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Spraying of panchagavya @ 5%, sasyagavya @ 5%, and dasaparni @ 1% at 30 days after sowing (DAS) onwards at 15 days intervals, in alternate application with 600 L ha -1 of jeevamrit as soil application at 30 DAS boosted the plant growth attributing characters in black gram. The same treatment recorded the highest yield of blackgram (0.95 t ha -1 ), lowest infestation of pod borer (8.6%) and lowest powdery mildew infestation (21.20%). Application of beejamrit for seed bio-priming and 5% jeevamrit at 30 and 45 DAS as spray and soil application @ 600 L ha -1 also showed potential results with 30% increased yield of black gram over existing farmers’ practices. 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引用次数: 0
摘要
通过保持植物健康,可以最大限度地缩小实际作物产量与潜在作物产量之间的差距,而这需要针对特定作物的技术干预。研究人员于2017-18年和2018-19年在孙德尔本斯的农民田间进行了田间试验,以研究特定作物技术对作物产量的影响。在3 ha -1处设置蜜蜂蜂箱可使芥菜产量提高约47%,而在5 ha -1处设置蜜蜂蜂箱可使芥菜产量提高约40%。结果表明,采用蜂窝式和cerena式设置的豆荚设置,分别增加了30.17%和20.90%。在播种后30天,每隔15天喷洒5%的panchagavya, 5%的sasyagavya和1%的dasaparni,与600 L ha -1的jeevamrit交替施用,在30天的土壤施用中,促进了黑色克的植物生长属性特征。同一处理黑穗病产量最高(0.95 t ha -1),豆荚螟发病率最低(8.6%),白粉病发病率最低(21.20%)。在30和45 DAS的土壤中施用beejamrit作为种子生物引种剂和5% jeevamrit作为喷雾和土壤施用@ 600 L ha -1也显示出潜在的结果,比现有农民的做法增加了30%的黑克产量。综合方法包括:施用富绿木霉的牛粪@ 750 kg ha -1,用碳毒素17.5% +硫胺17.5% @ 3 mL kg -1种子处理,安装信息素诱捕器@ 30 ha -1,按需现场施用neemastra @ 3%,结果绿绿种子产量最高(0.94 t ha -1), B:C比(3.38),其次是化学管理(0.93 t ha -1, 3.23)。
Impact of Crop-specific Technologies and Organic Growth Stimulants on Mustard, Black Gram and Green Gram in Sundarban area of West Bengal
The gap between actual and potential crop production can be minimized by maintaining plant health, which needs crop-specific technology interventions. On-farm trials were conducted during 2017-18 and 2018-19 in the farmers’ fields in the Sundarbans to study the impact of crop-specific technologies on crop yields. The yield of mustard can be increased by about 47% with the installation of Apis mellifera bee hives @ 3 ha -1 while it was about 40% in the case of A. cerena type @ 5 ha -1 . A considerable increase (30.17% and 20.90%) in pod setting was recorded via the installation of mellifera bee hive and cerena type, respectively. Spraying of panchagavya @ 5%, sasyagavya @ 5%, and dasaparni @ 1% at 30 days after sowing (DAS) onwards at 15 days intervals, in alternate application with 600 L ha -1 of jeevamrit as soil application at 30 DAS boosted the plant growth attributing characters in black gram. The same treatment recorded the highest yield of blackgram (0.95 t ha -1 ), lowest infestation of pod borer (8.6%) and lowest powdery mildew infestation (21.20%). Application of beejamrit for seed bio-priming and 5% jeevamrit at 30 and 45 DAS as spray and soil application @ 600 L ha -1 also showed potential results with 30% increased yield of black gram over existing farmers’ practices. The integrated approach consisting of the application of Trichoderma viride enriched cow dung @ 750 kg ha -1 , seed treatment with carboxin 17.5% + thiram 17.5% @ 3 mL kg -1 seed, installation of pheromone trap @ 30 ha -1 and need-based spot application of neemastra @ 3% resulted in highest seed yield of greengram (0.94 t ha -1 ) and B:C ratio (3.38) followed by chemical management (0.93 t ha -1 , 3.23).