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natural-products-in-plant-pest-management

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288 Indexmicrobial population, competitionamong cont<strong>in</strong>ued<strong>in</strong>duced resistance 249–51compost/compost-amendedsoils 250def<strong>in</strong>ed 249–50ISR role <strong>in</strong> suppression of <strong>plant</strong>pathogens 250–251ISR and SAR 250microbiostasis 246–247competition for nutrients <strong>in</strong>exudates 246fungistasis 246iron competition 246–247iron salts, synthesis and use ofsiderophores 247and pseudobact<strong>in</strong>s 247mungbean yellow mosaic virus (MYMV)149mycotoxicosis 22mycotoxigenic fungi, <strong>in</strong> vitro assaysaga<strong>in</strong>st 23–24aqueous extract of Adenocalymmasativum 23–24extracts of Cynara cardunculus 23zimmu 23mycotoxigenic fungi and mycotox<strong>in</strong>s <strong>in</strong>foods<strong>natural</strong> preservatives 22<strong>plant</strong> <strong>products</strong> 22–27defence mechanisms aga<strong>in</strong>stpathogens evolved 33mycotox<strong>in</strong>s 2<strong>in</strong> foods 21–22<strong>natural</strong>ly occurr<strong>in</strong>g secondarymetabolites 21significant impact oneconomics 22production 24–27aflatox<strong>in</strong>s 24myros<strong>in</strong>ase 211, 212, 213<strong>natural</strong> bio-herbicides 72–77allelopathydef<strong>in</strong>ed 73, 195release of protective chemicals73weed <strong>management</strong> programmes73augmentation biocontrol 73biological approach to weed control72classical biocontrol (<strong>in</strong>oculativebiocontrol) 73current status of <strong>natural</strong> herbicides76–77commercialized for weedcontrol <strong>in</strong> organicagriculture 77ecologically more favoured 76<strong>in</strong>undative biocontrol 72–73need to control weeds 72<strong>plant</strong>s with herbicidal properties74–76allelochemicals <strong>in</strong>hibit<strong>in</strong>g seedgerm<strong>in</strong>ation andgrowth 75–76bioactivities of <strong>plant</strong> extracts75buckwheat 75essential oils used for weedcontrol 76extracts of lucerne cultivars 74potential of W. sh<strong>in</strong>ensis 74research <strong>in</strong>to allelopathicactivity of <strong>plant</strong> extracts75<strong>natural</strong> compoundsfrom <strong>plant</strong>s with bio-stimulatorypotential 78–81brass<strong>in</strong>o steroids 80, 81, 81ComCat 80–81, 81effect of liquid seaweed extracton improv<strong>in</strong>g yield ofcanola 79<strong>products</strong> developed 78properties <strong>in</strong> <strong>plant</strong> extracts 79prototype product 80from wild <strong>plant</strong>s 46–48<strong>plant</strong> allelochemicals 78replac<strong>in</strong>g artificial chemicals <strong>in</strong>food 263–264secondary metabolites 78usefulness 264<strong>natural</strong> <strong>pest</strong> controls us<strong>in</strong>g botanicals 16<strong>natural</strong> <strong>plant</strong> compoundsbiocidal effect 111for controll<strong>in</strong>g <strong>plant</strong> pathogens and<strong>pest</strong>s 110–111with microbial activity 47non-biocidal suppressors 111

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