Molecular characterization of whitefly (&lt;em&gt;Bemesia tabaci&lt;/em&gt; Genn.) and development of management module against chilli leaf curl complex

Ghosal, Abhijit; Das, K.; Kundu, Priyanka

doi:10.22271/09746315.2021.v17.i3.1499

Cited by 1 publication

(3 citation statements)

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“…Kumari et al (2019) reported maximum N, P and K contents in soil following the application of vermicompost @ 8 t ha -1 + Jeevamrut (Drenching @ 5%). The feeding deterrent and antifeedant effect of these biostimulants was also reported by Ghosal et al (2021). As organic biostimulants are a rich source of microbiome thus their application enhances the diversity and functions of root microbiomes.…”

Section: Green Grammentioning

confidence: 64%

“…They act as bio-enhancers cum bio-pesticides improving the plant health and thus conferring host plant resistance. The effect of different organic biostimulants on pest incidence boosted through host plant resistance was also suggested by Ghosal et al (2021).…”

Section: Green Grammentioning

confidence: 99%

“…The present findings indicated that organic biostimulants like panchagavya, jeevamrit, beejamrit, sasyagavya, neemastra and dasaparni influenced the plant health providing better nourishment to crops. These biostimulants helped to boost the growth of the plant by enhancing the organic carbon level in the soil and better microbial activity (Ghosal, 2021) visa-vis reduced the pest load following the techniques of antixenosis (Ghosal et al, 2021). Kumari et al (2019) reported maximum N, P and K contents in soil following the application of vermicompost @ 8 t ha -1 + Jeevamrut (Drenching @ 5%).…”

Section: Green Grammentioning

confidence: 99%

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Impact of Crop-specific Technologies and Organic Growth Stimulants on Mustard, Black Gram and Green Gram in Sundarban area of West Bengal

Ghosal

Sahu

2022

JISCAR

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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).

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Section: Green Grammentioning

confidence: 64%

Section: Green Grammentioning

confidence: 99%