Staff Publications
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Item Safe movement of rubber germplasm and precautionary measures for travellers(Rubber Research Institute of Sri Lanka:Agalawatta, 2004) Jayasinghe, C.K.Item Factors affecting disease tolerance of rubber tree and research needs for developing disease-tolerant genotypes for the sustainability of rubber industry(Rubber Research Institute of Sri Lanka:Agalawatta, 2004) Jayasuriya, K.E.Item Cylindrocladium leaf spot disease of rubber. a review on the causative agent(Rubber Research Institute:Agalawatta, 2000) Jayasinghe, C.K.Item Corynespora leaf fall. the most challenging rubber disease in Asian and African continents(Rubber Research Institute:Agalawatta, 2000) Jayasinghe, C.K.Item Strategies to prevent South American leaf blight entering into the territory of the Republic of Sri Lanka(Rubber Research Institute:Agalawatta, 1998) Jayasinghe, C.K.Item Guide to identify South American leaf blight in rubber plantations(Rubber Research Institute of Sri Lanka:Agalawatta, 1998) Jayasinghe, C.K.; Jayarathne, RItem Weakening effect of 2-furaldehyde on Rigidoporus lignosus the cause of white root disease of rubber(Rubber Research Institute of Sri Lanka:Agalawatte, 1996) Jayasuriya, K.E.; Deacon, J.W.; Fernando, T.H.P.S.Furfuraldehyde is recognized as a potential fumigant which has the ability to weaken rigidoporus lignosus in artificially or naturally infected rubber root inocula. Addition of sulphur to soil at 100 g per 75 Kg of soil, inactivated or prevented the formation of R. lignosus mycelial cords from artificially or naturally infected inocula. Drenching 2.4 per cent aqueous solution of furfuraldehyde in to soil (1 liter/75 Kg) where R. lignosus inocula were buried, caused weakening or inactivation of R. lignosus in artificially or naturally infected inocula. However, combination of two treatments had no ssynergistic effect on both types of R. lignosus inocula in soil.