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In this study, eight (8) different selected treatments were used to observe their efficacy for managing wilt diseases of tomato. The maximum wilt incidence of tomato (100%) was observed in control plots and no wilted plants were observed under treatments Grafting), Furadan) and Sawdust up to last harvesting. The maximum root gall formation was found in control treatment and no gall was found in Sawdust, Furadan 5G and Grafting treated plants. Considering the overall performances of the treatments applied in the experiment in controlling Fusarium and Nemic wilts of tomato, application of sawdust, Khudepana, Trichoderma harzianum and Grafting of tomato with wild Solanum (Solanum sisymbriifolium) could be used as eco-friendly approach and may be advised to the farmers for profitable production. So, I strongly recommended here to use this book information that would be helpful in controlling the wilts pathogens of tomato as well as other solanacious crops like brinja, potato eco-friendly.
This study investigates the efficacy of various treatments in managing Fusarium and Nemic wilts, two significant diseases affecting tomato crops. The research evaluated eight distinct treatments, including grafting, chemical agents like Furadan, and organic amendments such as sawdust. The control plots exhibited a 100% wilt incidence, while treatments like grafting and Furadan showed no wilted plants. Furthermore, root gall formation, a symptom of Nemic wilt, was significantly reduced or eliminated by treatments like sawdust, Furadan 5G, and grafting.
The research presented in this book offers practical, eco-friendly solutions for managing common tomato wilts, drawing on experimental data to support its findings. The study highlights the effectiveness of biological and organic methods, such as sawdust application and grafting, alongside chemical treatments. It provides actionable advice for farmers seeking to improve crop yield and profitability while minimizing environmental impact. The findings are presented with the aim of informing agricultural practices for tomato and other solanaceous crops.
Page Count:
84
Publication Date:
2017-09-19
Publisher:
LAP LAMBERT Academic Publishing
ISBN-10:
3330037865
ISBN-13:
9783330037861
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