maintaining an integrated pest management program best serves

Evaluation of various reduced-risk products for management of powdery mildew in greenhouse cucumber, tomato and pepper. What is IPM? Integrated pest management (IPM) is an approach to pest control that considers all management options to maintain pests below an economic injury level. for a successful integrated pest management program . Management The key to crop management in any farming system is the prevention of anything that will decrease the amount of crop harvested. To develop efficacy and crop tolerance data in support of a regulatory submission of Phoma macrostoma for the control of three weeds in spring wheat and barley: wild mustard (, To develop efficacy and crop tolerance data in support of a regulatory submission of CLO1 (Clonostachys rosea) for the control of grey mould (Botrytis cinerea) in greenhouse-grown tomato, To develop efficacy and crop tolerance data in support of a regulatory submission of Met52 (Metarhizium anisopliae strain F52) for the control of thrips (Thrips tabaci) in onions, To develop efficacy and crop tolerance data in support of a regulatory submission for Naturalis L (Beauveria bassiana strain ATCC 74040) for the management of cherry fruit fly (Rhagoletis spp.) For help identifying pests and plant problems, contact a crop advisor, garden center, pest control company, master gardener, or send a sample to the plant diagnostic lab. Integrated pest management (IPM) is widely promoted as the ultimate solution for pest management [32] [33] [34] [35] [36] and many models have been deployed [37] [38] [39]. Enter your email address if you would like a reply: The information on this form is collected under the authority of Sections 26(c) and 27(1)(c) of the Freedom of Information and Protection of Privacy Act to help us assess and respond to your enquiry. The action threshold is the level of pest population where control is needed. An Integrated Pest Management approach can be used for crops and livestock pest management, and in the home garden. In essence, IPM is a decision-based process involving . in cherry, To develop efficacy and crop tolerance data in support of a regulatory submission for Naturalis L (, To develop efficacy and crop tolerance data in support of a regulatory submission for Met52 (. Winged ants fly in the spring; these are females looking for nesting sites. Many cultural control methods are carried out as part of normal crop production operations. It is impossible to predict all the possible pests of a new crop, but a little research can go a long way. To evaluate the use of biobeds to reduce environmental contamination with pesticides and discuss the degradation potential of high-impact pesticides in used Canada, To develop a user-friendly computer program for prediction of Colorado Potato Beetle infestation in potato fields, To re-establish an ecological balance between leafy spurge, an invasive alien weed species and its natural enemies and thereby reduce spurge populations to manageable levels, To develop potato varieties with improved resistance to late blight and Colorado Potato Beetle, To optimize cultural and chemical control techniques for the management of Ascochyta blight in chick pea and to provide recommendations for farmers, To establish pesticide free production (PFP) systems for three field crops, oats, wheat and flax, To evaluate and refine the use of a min-till rotary hoe to maximize its efficacy in weed control and minimize injury to organic pulse crops, To expand the efficacy of pheromone-based mating disruption tools by developing a multi-species control using a novel delivery system, To investigate the use of alternative methods in the management of root weevil in strawberry crops, To develop and implement a classical biological control system for management of leek moth, an invasive pest on onions, leeks and garlic, To evaluate the potential non-target risk of a biological control strategy for management of cabbage seedpod weevil, an insect pest of canola, To integrate different approaches including forecasting, cultural controls, and biopesticides for the management of sclerotinia disease in dry bean and canola, To establish an accurate economic threshold for European Corn Borer (ECB) infestations of potato and to investigate the use of mechanical methods to control the pest, To develop a molecular diagnostic tool which will allow potato producers (through an agricultural pest monitoring service) to track resistance to insecticides in their fields, To develop diagnostic tests to reliably estimate populations of soil-borne pathogens to help growers avoid costly and unnecessary pesticide applications, To evaluate a prototype ground-based camera for mapping of various weed species in canola and field pea plots for use in site-specific herbicide application systems, To conduct studies to support the validation of a leaching model for pesticides used in potato production in the Assiniboine Delta Aquifer, To develop new varieties of dry beans with resistance to common bacterial blight, bean common mosaic virus, and anthracnose, To compare and evaluate three strawberry powdery mildew forecasting systems, To develop economic thresholds for flea beetle infestations late in the year, allowing canola producers to make informed decisions on late season flea beetle management, To determine the drift reduction, efficacy and environmental impact of a newly developed recuperating pesticide sprayer for use in grape production, To evaluate the efficacy of (i) a mite predator to control cyclamen mites and two-spotted spider mites and (ii) a mite predator to control cyclamen mites in strawberry fields, To develop and implement an on-farm decision support system (DSS) to aid in the optimum timing of pesticide applications for control of the European Corn Borer (ECB) in PEI potatoes, To determine the effect of carrot foliage trimming on reducing apothecia and disease development in field grown and stored carrots, To establish a weather-based decision model to assist growers in determining when fungicides should be applied in an efficient, cost effective and environmentally friendly manner for the control of late blight in potatoes, To develop and implement an improved early warning system for Fusarium head blight and other wheat foliar diseases, To determine the weed management effects of rotating herbicide tolerant corn and soybean cultivars and minimum biologically effective doses of glyphosate and glufosinate herbicides applied in rotation, To evaluate the efficacy of three biofungicides and one microbial insecticide (, To compare the efficacy of conventional, integrated, and organic weed management strategies in soybean through on-farm demonstration trials, To improve the predictive capability of an existing sentinel plot program by including pathogen detection devices for effective timing of fungicide applications to control Asian Soybean Rust (Phakopsora pachyrhizi), To evaluate the efficacy of delivering registered fungicides with spray pruners directly onto leaf cut-wounds of greenhouse tomato during pruning to prevent the entry of botrytis stem canker (BSC) disease, To conduct a literature review and compile information on IPM from countries where cabbage maggot (CM) is a major pest as well as where it occurs but is not a pest issue, To investigate alternative cultural practices for weed control in carrots, To determine the existing level and encourage the increase in adoption of integrated pest management and pesticide risk reduction strategies in cereals, particularly wheat, To deliver farmer participatory training and investigate trap cropping, classical biological control and low risk pesticide applications for an integrated approach for the control plant bugs in strawberries, To devise and implement a summer spray program that minimizes the use of the fungicide capan on apple trees, To validate a patent-pending method to determine the efficacy of fungicides against apple scab on potted apple trees. This varies with each pest. To evaluate under field conditions candidate fungicides for control of phytophthora root and crown rot of raspberry and to provide recommendations for possible minor use label expansion. . in key onion production regions of Ontario, Quebec and the Maritimes, Development of mangement strategies for replant disease in Ginseng production in Ontario, Species survey and testing of resistance to chlorpyrifos in Delia spp, Investigation of GF-120 to suppress carrot rust fly populations in Eastern Canada and British Columbia, Refining and making accessible to growers a validated dynamic action threshold for cereal aphid control in cereal crops, Guide to pests and beneficial insects of Eastern Canadian vineyards, Early detection, monitoring and management of herbicide resistant weeds in field vegetables, Development and validation of a dynamic action threshold for cereal leaf beetle, Integrated weed management (IWM) - on-farm demonstration of recommended cover-cropping techniques for weed management in cucurbit (squash) production, Best management practices to reduce incidence of downy mildew in cucumber production, Assessment of propagative materials, alternative host plants, and plant residues as inoculum sources for downy mildew in cucumber production, Species survey of Delia spp maggots affecting onion in Quebec, Ontario and the Atlantic Provinces, Applying updated bioclimatic information to validate models and refine IPM program recommendations including entomopathogenic nematodes for carrot rust fly and carrot weevil management in Eastern Canada, Survey to identify resistance to fungicides in cucumber downy mildew pathogen populations in commercial cucumber producing areas in Ontario and Quebec, Development and demonstration of Integrated management of tarnished plant bug and thrips in day-neutral strawberry production, Field demonstration of the Sterile Fly Release technology for onion maggot management in onion set production in Ontario, Integrated management of white grub species in berry crops, Integrated management of cyclamen mite in field strawberries, Broadleaf herbicide screening trial for ginseng, Screening for control agents for Trichoderma green mould in commercial mushrooms, Processing peas herbicide screening trial, Screening trial for solutions to Verticillium wilt in potatoes, Screening fungicides for control of Phytophthora root rot of caneberries (raspberry), Field Trials to evaluate fungicides for control of Phytophthora root rot, Screening trials on raspberries to identify reduced risk solutions for insect contamination in mechanically harvested fruit, Screening of novel materials for the control of fire blight in Canadian orchards, Management Program for Clearwing Borers on Pome Fruits, Screening of fungicides for the control of leaf spot diseases in lowbush blueberry, Evauation of pest control products including biofungicides for control of clubroot on Canola and Cruciferous Vegetables, Screening of Fungicides for Needlecast Diseases on Conifers, To screen reduced risk disease management products for the management of powdery mildew in cut gerbera, To improve control of leek moth in Ontario and Quebec allium growing regions by increasing populations of the biological control agent Diadromus pulchellus and disseminating Integrated Pest Management (IPM) information to growers, To develop an integrated management approach incorporating biopesticides Prestop, To continue developing and making available to growers rapid genetic tools for early identification and mitigation of herbicide resistant weeds in agricultural crops, To develop and facilitate adoption of integrated spider mite management systems that are based on viable and economically sound solutions.
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