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Effect of some crop techniques on the severity of oil palm vascular wilt.

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dc.creatorAbadie, C.
dc.creatorAlabouvette, C.
dc.creatorFranqueville, H. de
dc.creatorRenard, J.L.
dc.date©1996
dc.descriptionSeven treatments were applied (manual weeding, application of empty bunches or planting with Pueraria, Brachiaria, Acacia mangium or oil palms susceptible to or tolerant of vascular wilt) to acidic sandy clay 'Dabou savannah' soil (never previously cultivated with oil palms) either inoculated or not with 1 X 104 Fusarium oxysporum f. sp. elaeidis spores/ml. After a year, soil receptivity to oil palm vascular wilt and soil microbiological characteristics were determined. Planting the soils, irrespective of the plant species and the initial soil infestation level, tended to reduce soil receptivity to vascular wilt, bare soil being the most receptive. Compared with the bare soil control, applying empty bunches as a soil amendment reduced the receptivity of noninoculated soil and maintained that of inoculated soil. These results can be put down to modifications in fungal population densities, particularly Fusarium, and/or to differences in pathogen survival, as in the case of soil planted with Pueraria.
dc.descriptionSeven treatments were applied (manual weeding, application of empty bunches or planting with Pueraria, Brachiaria, Acacia mangium or oil palms susceptible to or tolerant of vascular wilt) to acidic sandy clay 'Dabou savannah' soil (never previously cultivated with oil palms) either inoculated or not with 1 X 104 Fusarium oxysporum f. sp. elaeidis spores/ml. After a year, soil receptivity to oil palm vascular wilt and soil microbiological characteristics were determined. Planting the soils, irrespective of the plant species and the initial soil infestation level, tended to reduce soil receptivity to vascular wilt, bare soil being the most receptive. Compared with the bare soil control, applying empty bunches as a soil amendment reduced the receptivity of noninoculated soil and maintained that of inoculated soil. These results can be put down to modifications in fungal population densities, particularly Fusarium, and/or to differences in pathogen survival, as in the case of soil planted with Pueraria.
dc.identifier.urlhttps://catalogo.fedepalma.org/cgi-bin/koha/opac-detail.pl?biblionumber=23604
dc.languageng
dc.publisher
dc.relation
dc.subjectcover crops
dc.subjectcropping systems
dc.subjectdisease resistance
dc.subjectfatty oil plants
dc.subjectinoculation
dc.subjectoil palms
dc.subjectplant diseases
dc.subjectplant pathogenic fungi
dc.subjectplant pathogens
dc.subjectplant pathology
dc.subjectplant residues
dc.subjectsoil biology
dc.subjectsoil
dc.subjectweeding
dc.subjectCover crops
dc.subjectCropping systems
dc.subjectNatural immunity
dc.subjectVaccination
dc.subjectVaccination
dc.subjectPlant diseases
dc.subjectPlant diseases
dc.subjectPhytopathogenic microorganisms
dc.subjectPlant diseases
dc.subjectPlant diseases
dc.subjectSoil biology
dc.subjectSoils
dc.subjectDirt.
dc.titleEffect of some crop techniques on the severity of oil palm vascular wilt.
dc.typetext

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