Andere Kunden interessierten sich auch für
![Root-Knot and Root-Rot Disease of Tobacco]( "Root-Knot and Root-Rot Disease of Tobacco")
Root-Knot and Root-Rot Disease of Tobacco32,99 €![Date palm trees: The root rot fungal diseases and their control]( "Date palm trees: The root rot fungal diseases and their control")
Date palm trees: The root rot fungal diseases and their control42,99 €![Studies on root-knot-root-rot-wilt disease complex on tomato]( "Studies on root-knot-root-rot-wilt disease complex on tomato")
Studies on root-knot-root-rot-wilt disease complex on tomato43,99 €![Wilt and root rot disease of chickpea]( "Wilt and root rot disease of chickpea")
Wilt and root rot disease of chickpea36,99 €![Effect of fly ash on foliar and root rot diseases of safed musali]( "Effect of fly ash on foliar and root rot diseases of safed musali")
Effect of fly ash on foliar and root rot diseases of safed musali32,99 €![Effect of Rhizobium in controlling foot and root rot of French bean]( "Effect of Rhizobium in controlling foot and root rot of French bean")
Effect of Rhizobium in controlling foot and root rot of French bean45,99 €![Castor Root Rot ¿ An Integrated Management]( "Castor Root Rot ¿ An Integrated Management")
Castor Root Rot ¿ An Integrated Management36,99 €
Charcoal rot of mungbean caused by Macrophomina phaseolina is a destructive disease of mungbean. Nowadays, scientists are in search of alternative environmental friendly disease management strategies to reduce the negative effects of synthetic agrochemicals on environment. The present study was designed to control the pathogen and the disease by using different species of a biological control agent Trichoderma, and extracts and dry biomass of Sisymbrium irio, a weed of family Brassicaceae. Root and leaf extracts of the weed showed the best inhibitory effect on growth of M. phaseolina in laboratory bioassays. among the seven species of Trichoderma, T. harzianum showed the best antagonistic activity against the pathogen. In pot trials, T. harzianum in combination with 1% dry leaf biomass of S. irio as soil amendment enhanced plant resistance against the fungal pathogen and significantly increased grain yield of mungbean by 62% and 805% over negative and positive control treatments,respectively. This book is highly useful for those who are interested in organic farming.