Plant-Microbe Interactions and Biological ControlDiscusses the critical role of host-pathogen interactions in developing new and alternative biocontrol agents that promote plant health and disease resistance in crop pathosystems. Describes state-of-the-art as well as future technologies leading to more effective biological control programs. |
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Contents
A Tool for | 1 |
Toward | 15 |
3 Use of Sporidesmium sclerotivorum for Biocontrol of | 37 |
Strategies for Biological Control of Necrotrophic Fungal | 49 |
Recent Advances Toward 1ntegrated | 89 |
Biological Control with Trichoderma Species | 111 |
Biological Control Strategies for Sclerotinia Diseases | 127 |
Biological Control of Postharvest Disease | 157 |
Formulating Microorganisms for Biological Control of | 249 |
13 Control of Cucumber Mosaic Virus Using Viral Satellites | 283 |
Enhancement of Biological Nitrogen Fixation Using | 297 |
Chitinolytic Enzymes of Fungi and Their 1nvolvement in | 309 |
1mpact of Liquid Culture Physiology Environment and | 329 |
Genetic Analysis of Selected Antifungal Metabolites | 355 |
Molecular Probes and Assays Useful to 1dentify Plant | 393 |
Genetic Approaches for Analysis and Manipulation of | 415 |
Selection Characterization and Use of Microbial | 199 |
Biological Control of Weeds Using Microorganisms | 223 |
Common terms and phrases
ability acid activity Adams addition Agricultural antagonist antibiotic Appl application approach assays bacteria bacteriophages biocontrol agents bioherbicide Biol biological control caused cell chemical chitinase cinerea colonization combination compared competition containing control agents crop cucumber culture disease effective efficacy enhanced environment environmental enzymes et al example expression factors field formulation fruit fungal fungi Fusarium gene genetic germination glucose growth harzianum host important improved increased indicated infection inhibition inoculum interactions involved isolates leaf leaves limited mechanisms methods microbial Microbiol microorganisms mutants mycelium natural nutrient organisms oxysporum phenazine Phytopathology plant plant pathogens population postharvest potential powdery mildew presence Press production protection Pseudomonas reduced reported resistance rhizosphere role root sclerotia Sclerotinia sclerotiorum seed selected soil specific spore strains strategies studies suppression surface temperature tested tissue treatment Trichoderma Weed Wilson wilt wounds