tailieunhanh - Temperature adaptability and disease development potentiality of multi-generation isolates of Sclerotium rolfsii

Sclerotium rolfsii, obtained from cucumber roots, grew up to 20 generations at 25°C and at 35°C to assess the effect of enhanced temperature on the growth pattern of the fungus. At 25°C, the isolates of early generations covered the entire plate (90 mm) on 120 h after inoculation. However, after the 8th generation, due to repeated isolation and inoculation, reduced mycelium growth observed and almost ceased after the 16th generation. At 35°C, the mycelium started to be visible after 96 h of inoculation but the growth found to be meagre. At this incubation temperature, mycelium attended the progress after 5th generation; a similar response noticed for the 5th to 15th -generation isolates. The adaptability in the growth of this fungus towards higher temperature shows its potential to survive in the changing environment as a result of climate change. Further, the comparison of pathogenicity between the 1st and 20th generation isolates was tested on moong (Vigna radiata). Across varieties, no effect of 1 st generation-and 20th generation-isolate on collar rot disease development was noticed. But yielding a similar amount of disease by the 20th generation-isolate, which is resistant to elevated temperature, is indicating to take caution that should be implemented in future to make strategies against S. rolfsii. | Temperature adaptability and disease development potentiality of multi-generation isolates of Sclerotium rolfsii

• Y khoa - Dược
• Collar rot
• Elevated temperature
• Sclerotium rolfsii
• Temperature adaptability
• Multi generation isolates
• Followed by stem rot
• Root rot and disease incidence
• Groundnut in parts
• Survey of collar rot
• Disease incidence
• Groundnut collar rot disease incidence
• Major groundnut growing areas
• Collar rot diseases
• Studies on native isolates
• Native isolates
• Fungal and bacterial bio agents against collar
• Bacterial bio agents against collar rot
• Bio agents against collar rot of Chickpea
• collar rot of Indian bean
• Sclerotium rolfsii in vitro on collar rot
• Light and pH on the growth
• Several crops
• Weather variables
• Collar rot of soybean caused
• Resistant sources against collar rot
• Chickpea caused
• Field conditions
• Phytophthora cactorum
• Trichoderma viride
• Integrated management
• Management of collar rot in apple
• In vitro studies on efficacy
• Efficacy of agro chemicals against collar rot
• Agro chemicals against collar rot
• Tomato caused
• Sclerotium Rolfsii Saccin Manipur
• Biological control
• Collar rot of chickpea
• Trichoderma spp
• Sclerotium rolfsii (The Cause of Collar Rot of Chickpea)
• Root and collar rot
• SDS PAGE
• Macrophomina phaseolina (Tassi) goid
• Okra genotypes resistant to root
• Collar rot incited
• Trichoderma harzianum and vermicompost
• Sclerotium rolfsii Sacc
• Biocontrol potential of local isolates
• Screening of groundnut varieties
• Germplasm against collar rot
• Dry root rot diseases
• Rhizoctonia bataticola
• Sick plot condition at MARS
• Sunflower (Helianthus annus L
• Collar rot of sunflower
• Epidemiology of collar rot
• Trichoderma harzianum
• Chickpea genotypes
• Management of collar rot
• Rhizoctonia solani
• Web blight
• Yard long bean
• Genotypes for collar rot
• Coffee seed priming
• Rhizoctonia solanai
• Collar rot in coffee
• Effective management of collar rot
• Morphological characterization
• Chickpea isolates
• Cultural and morphological traits
• Morphological traits
• SSR marker
• Simple sequence repeat
• Genetic diversity
• Sclerotium rolfsii isolates
• Per cent inhibition
• Collar rot of chilli
• In vitro screening
• Bacillus subtilis isolates against sclerotium rolfsii
• Hichrome Bacillus agar medium
• Chilli by RAPD
• Genetic diversity in Sclerotium rolfsii
• Collar rot of chilli by RAPD
• Cow urine
• Mustard cake
• Culture media
• Colony growth and sclerotia formation
• Epidemiological requirements for growth
• Carbendazim mancozeb
• Neem seed cake
• Collar rot of chilli caused
• Collar rot of Brinjal
• Eco friendly management of sclerotium rolfsii
• Pseudomonas fluorescens
• Integrated disease management of collar rot
• Lentil caused