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Creator:: Johansen, Erik, Hooven, Louisa Ada, Sagili, Ramesh Reddy, and Oregon State University. Extension Service
Abstract:: An overview of how a variety of wild and managed bees and their pollination activities are affected by pesticide application. Provides guidelines for how beekeepers, growers and pesticide applicators can work together to prevent bee poisoning.
Resource Type:: Technical Report
Full Text:: the side of caution, and avoid spraying any pesticide near bee colonies and on flowering plants

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Riedl, Helmut W., Johansen, Erik, Brewer, Linda J., Barbour, Jim, and Pacific Northwest Cooperative Extension
Abstract:: Commercially managed honey bees pollinate a variety of crops in the Pacific Northwest, including tree fruits, berries, cucurbits, and crops grown for seed. This activity is economically significant. In 2004, the value of bee-pollinated crops in the region was approximately $1.7 billion. Nationally, the value of bee-pollinated crops in 2000...
Resource Type:: Technical Report
Full Text:: ingredient is listed on all pesticide labels. Some of the pesticides listed may not be registered for use

Creator:: Oregon State University. Extension Service, Washington State University. Extension, University of Idaho. Extension, Hermes, J. C. (James C.), and Pacific Northwest Cooperative Extension
Abstract:: It is imperative that residues of these compounds be eliminated in poultry and eggs or be within the tolerances established by the U.S. Department of Agriculture and the U.S. Food and Drug Administration when your flock is marketed or eggs are sold. Commercial chicken and turkey flocks are tested for...
Resource Type:: Technical Report
Full Text:: piece of equip- ment it touches. Some of the drug will remain on the equipment and contaminate later

Creator:: Gadino, Angela Noelle, Walton, Vaughn M., Dreves, Amy J., Jones, Gregory V., Brewer, Linda J., and Oregon State University. Extension Service
Abstract:: Typhlodromus pyri (T. pyri) is a beneficial insect and key predator of Calepitrimerus vitis (C. vitis) in Pacific Coast vineyards. C. vitis is closely associated with short-shoot syndrome. The impact of horticultural (paraffinic) oils and sulfur on T. pyri is presented here. This publication contributes to integrated pest management and...
Resource Type:: Technical Report
Full Text:: sulfur on T. pyri adults and immature stages. Mortality of T. pyri in both stages was used to measure

ScholarsArchive@OSU