Horticulture et Planteation Cultures
Nematode Disease Complexes en Horticultural Cultures
Description
Plantees are constantly exposed to numerous organisms, many de which are common components de le soil biosphere. It thus seems appropriate to consider interrelationships among such organisms et le ultimate effects de these complexes upon host plants. It is realistic to assume that because a host is infected by one pathogen its response to additional invaders will be altered. These alterations may have significant influence upon disease development within a particular host, epidemiology de all pathogens involved, et ultimately, sur disease management. Plante parasitic nematodes are usually a part de le soil microfauna, et should be considered when disease complexes are studied. Nematode interactions are important biological phenomena et de great significance en horticulture. It is a fascinating subject which is multidisciplinary by nature et concerns any scientist involved avec plant health. Nature does not work avec pure cultures et that many plant diseases are influenced by associated organisms. Different parasites sur le same plant interact, which result en disease complexes, et these interactions may lead to susceptibility by predisposition or resistance through preinduction de resistance against a particular parasite. Plante parasitic nematodes often play a major role en disease interactions. Le fungus-nematode et le bacterium-nematode interactions are numerous, et weakly parasitic fungal et bacterial parasites can cause considerable damage once they gain entry into plant roots en le presence de feeding nematodes. Some species de nematodes belonging to le families Longidoridae et Trichodoridae have a unique et important role as pathogens de plants, because they also transmit certain viruses to their host plants. Le information sur interaction de nematodes avec fungi, bacteria et viruses en causing disease complexes en horticultural crops (fruits, vegetables, plantation, spice, tuber, ornamental, medicinal et aromatic crops) is very much scattered. There is no book at present which comprehensively et exclusively deals avec le above aspects sur horticultural crops. Le present book deals avec en general et crop-wise en particular. Le book is illustrated avec excellent quality photographs enhancing le quality de publication. Le book is written en lucid style, easy to understand language along avec adoptable recommendations pour enhancing le productivity. In view de greater emphasis being given by le Government de Inde to horticulture by establishing horticulture mission et exclusive State Horticultural Universities, there is an urgent need pour good text books to teach courses sur different disciplines de horticulture. In this context, le present book is de immense help to all those concerned avec enhancement de productivity en horticultural crops. This book can serve as a practical guide to practicing farmers de horticultural crops. Further, it is a useful reference to policy makers, research et extension workers et students. Le material can also be used pour teaching post-graduate et under-graduate courses.
Table des matières
Section : I, PRINCIPLES OF NEMATODE INTERACTIONS, Introduction, Interaction avec Bacteria, Interaction avec Fungi, Interaction avec Viruses, Interaction avec Other Nematodes, Interaction avec Rhizobia, Interaction avec Arbuscular Mycorrhizal Fungi, Interaction avec Insects, Mechanisms de Interaction, Interaction de Nematodes avec Wilt-Inducing Fungi, Nematode Fusarium Wilt Disease Interactions, Root-knot Nematode Fusarium, Wilt Disease Interactions, Burrowing Nematode Fusarium, Wilt Disease Interactions, Stunt Nematode Fusarium, Wilt Disease Interactions, Lance Nematode Fusarium, Wilt Disease Interactions, Ring Nematode Root, Rot Disease Interactions, Mechanisms de Interaction, Nematode Verticillium Wilt Disease Interactions, Lesion Nematodes Verticillium Wilt Interactions, Stunt Nematodes Verticillium Wilt Interactions, Interaction de Nematodes avec Root-Rot Fungi, Root-knot Nematode Root Rot Disease Interactions, Cyst Nematode Root Rot Disease Interactions, Burrowing Nematode Root Rot Disease Interactions, Stunt Nematode Root Rot Disease Interactions, Reniform Nematode Root Rot Disease Interactions, Lesion Nematode Root Rot Disease Interactions, Rice Root Nematode Root Rot Disease Interactions, Sting Nematode Root Rot Disease Interactions, Fungivorous Nematode Root Rot Disease Interactions, Mechanisms de Interaction, Nematode Mycorrhizae Interactions, Effect de Fungal Feeding Nematodes sur Mycorrhizal Fungi, Effect de Plante-Parasitic Nematodes sur Mycorrhizal Fungi, Effect de Mycorrhizal Fungi sur Plante-Parasitic Nematodes, Effects de Nematode-Mycorrhizal Interactions sur Plante Growth, Mechanisms de Interaction, Interaction de Nematodes avec Viruses, Nematodes as Vectors de Plante Viruses, Nematode-Virus Interactions, Interaction de Nematodes avec Bacteria, Root-knot Nematode Bacteria interactions, Cyst Nematode Bacteria Interactions, Reniform Nematode Bacteria Interactions, Lesion Nematode Bacteria Interactions, Spiral Nematode Bacteria Interactions, Ring Nematode Bacteria Interactions, Foliar Nematode Bacteria Interactions, Mechanisms de Interaction, Nematode Rhizobia Interactions, Root-knot Nematode Rhizobia interactions, Cyst Nematode Rhizobia Interactions, Reniform Nematode Rhizobia Interactions, Lesion Nematode Rhizobia Interactions, Stubby Root Nematode Rhizobia Interactions, Stem et Bulb Nematode Rhizobia Interactions, Mechanisms de Interaction, Nematodes as Vectors de Bacterial Pathogens, Cauliflower Disease de Strawberry, Nematode Nematode Interactions, Ecological Interactions, Etiological Interactions, Interactions avec Other Pathogens, Mechanisms de Interaction, Conclusions, Nematode Insect Interactions, Red Ring Disease de Coconut, Interactions between Fusarium et Bean Stem Maggot, Fig Wasps et Schistonchus spp., Gestion de Disease Complexes, Physical Méthodes, Cultural Méthodes, Chemical Méthodes, Biologique Méthodes, Integrated Méthodes, Section II: DISEASE COMPLEXES IN HORTICULTURAL THEIR CROPS AND MANAGEMENT, Horticultural Cultures, Importance de Horticultural Cultures, Export de Horticultural Produce, Fruit Cultures, Banana, Citrus, Papaya, Strawberry, Mulberry, Grapevine, Gauva, Peach, Plum, Litchi, Vegetable Cultures, Potato, Tomato, Brinjal, Chilli, Bell pepper, Pea, French bean, Cowpea, Pigeonpea, Green gram, Cluster bean, Cabbage et Cauliflower, Pumpkin, Cucumber, Eaumelon, Okra, Carrot, Radish, Beet root, Celery, Lettuce, Ornamental, Medicinal, Aromatic et Tuber Cultures, Ornamental crops, Rose, Carnation, Gerbera, Gladiolus, Tuberose, Crossandra, Chrysanthemum, Snapdragon, Marigold, Balsam, Medicinal Cultures, Dioscorea, Coleus, Ashwagandha, Aromatic Cultures, Mint, Patchouli, Basil