TAILIEUCHUNG - Effect of temperature on growth and sporulation of rice leaf blast pathogen Magnaporthe oryzae

Temperature rise due to climate change is expected to change pathogenicity of the pathogen. Temperature has a significant influence on growth and sporulation of rice leaf blast pathogen (M. oryzae). Both growth and sporulation were increased up to a temperature (27°C) and declined further in response to increased or decreased with temperature (32°C and 22°C). Various components of rice blast infection observed maximum at 27°C (optimal temperature) compared to suboptimal (22°C) and supraoptimal (32°C) . growth and rate of growth in RSEDOMA media, lesion development and rate of lesion development in susceptible variety PRR78, sporulation and rate of sporulation in RSEDOMA media and susceptible variety PRR78. Rise in temperature leads to increase in growth and sporulation of M. oryzae in tropical and subtropical regions of the world, it’s to be expected to enhance in aggressiveness of M. oryzae that results rice blast epidemic in tropical and subtropical regions of the world. Therefore, the impact of temperature on infection components may use for development of crop loss assessment models, rice blast prediction models, evaluation of genotypes for the development of future plant diseases managements strategies. | Effect of temperature on growth and sporulation of rice leaf blast pathogen Magnaporthe oryzae

• Nông nghiệp
• Leaf blast
• Temperature on growth
• Rice leaf blast pathogen Magnaporthe oryzae
• Rice blast prediction models
• Future plant diseases managements strategies
• Tank mix
• Leaf folder
• Leaf blast (Pyricularia oryzae)
• Pesticide mixtures as foliar sprays
• Management of rice leaf folder
• Vietnam Journal of Chemistry
• Nanosilica chitosan hybrid on leaf blast
• Blight diseases of rice in Vietnam
• Particularly for rice
• The leaf blast disease index
• Rice blast
• Genetic advance
• Heritability and correlation
• Advanced varietal rice genotypes
• Leaf blast reaction
• Mycelial growth inhibition
• Magnaporthe oryzae
• Bio efficacy of fungicides against
• Blast of rice
• BMC Plant Biology
• Panicle blast
• Bacterial blight
• Salicylic acid
• Grain quality
• Grain yield
• Neck blast
• Pyricularia oryzae
• Infection efficiency
• Incubation period
• Pearl millet
• Rice and pearl millet