Dadant and Sons Inc. / Sabatini AG / Syngenta / Springer Press / Agilent / Robertson AE / Deere & Company / Creative Commons / Bayer Corporation / BASF / /
Continent
America / North America / Europe / /
Country
Netherlands / Italy / France / United States / United Kingdom / / /
Event
Product Issues / /
Facility
College of Agriculture / The Connecticut Agricultural Experiment Station / Apiary Inspectors / United States Department of Agriculture National Institute of Food / Purdue University / Ghent University / /
IndustryTerm
online images / annual cropping systems / vacuum planting systems / food / agricultural chemicals / test site / waste products / online database / reagents/materials/analysis tools / chemical analysis / /
Organization
Department of Entomology / office of Chemical Safety and Pollution Prevention / US Environmental Protection Agency / Ghent University / United States Department of Agriculture National Institute of Food and Agriculture / ND ND / College of Agriculture / office of Pesticide Programs / Purdue University / Department of Analytical Chemistry / US Federal Reserve / Purdue Agricultural Center / Univ. of Nebraska / National Agriculture Statistics Service / /
Person
Alexzandra Murphy / Steeve Herve Thany / Honey Bees / Larry Bledsoe / Peter Illingworth / Madeline Spigler / Caitlin Race / Neonicotinoids Bees Near Maize Plantings / Nicole Parker / Honey Bees Near Maize Plantings / /
Multiple Routes of Pesticide Exposure for Honey Bees Living Near Agricultural Fields Christian H. Krupke1*, Greg J. Hunt1, Brian D. Eitzer2, Gladys Andino1, Krispn Given1 1 Department of Entomology, Purdue University, We