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The date palm is considered as a pivot of the oasis ecosystem of several countries in the world. It represents a social importance manifested by the stability of Saharan populations, food by its richness in nutrients and ecological by its importance in the fight against desertification. Despite this importance, the date palm has suffered from a major biotic constraint called Bayoud in Algeria, Mauritania and Morocco. This constraint is a vascular disease originating from a telluric fungus called Fusarium oxysporum f. sp. albedinis. This disease has killed in the last fifty years more than 10…mehr

Produktbeschreibung
The date palm is considered as a pivot of the oasis ecosystem of several countries in the world. It represents a social importance manifested by the stability of Saharan populations, food by its richness in nutrients and ecological by its importance in the fight against desertification. Despite this importance, the date palm has suffered from a major biotic constraint called Bayoud in Algeria, Mauritania and Morocco. This constraint is a vascular disease originating from a telluric fungus called Fusarium oxysporum f. sp. albedinis. This disease has killed in the last fifty years more than 10 million palm trees in Morocco and three million in Algeria. Bayoud is a threat not only to the best commercial varieties of world renown, but it has also contributed to the phenomenon of desertification and the exodus of palm growers to large urban centers. To fight or limit the damage caused by this pathogen, several methods have been proposed such as prophylactic measures, varietal selection and biological control, to limit the damage caused by this epidemic.
Autorenporträt
Dr. Ibrahim Elkhalil BENZOHRA, is a doctor in agronomic sciences, specializing in plant pathology. He is a permanent researcher at the research center CRSTRA (Centre de Recherche Scientifique et Technique sur les Régions Arides, Biskra, Algeria). His field of research is on plant epidemiology, pathogenicity and biological control.