| Illinois -
Joe Spencer, Illinois Natural History Survey, Champaign, IL
Movement of rotation-resistant western corn rootworm beetles from
soybean fields to cornfields.
Intra-field movement and mating of male WCR between refuge and YieldGard®
Rootworm transgenic corn.
Soybean Aphid Monitoring.
Iowa - Tom Sappington, USDA-ARS, Ames, IA
Effects of gender, age, mating status, and Nosema infection on laboratory
flight behavior of European corn borer moths.
Maine - Andrei Alyokhin, University of Maine,
Orno, ME
Diurnal patterns in host finding by potato aphids, Macrosiphum
euphorbiae (Homoptera: Aphididae).
Michigan - Rufus Isaacs, Michigan State University,
East Lansing, MI
Quantifying local dispersal of Japanese beetle.
New York - Elson Shields, Cornell University,
Ithaca, NY
Impact of the remote piloted vehicle (RPV) system on selected research
projects:
Wheat Fusarium Head Blight.
Long-range Movement of Corn Pollen.
Long-range Movement of Roundup-resistant Horseweed .
Migration of Potato Leafhopper.
Ohio - Casey W. Hoy, Ohio Agricultural Research
and Development Center
Spatially explicit simulation: percolation models and emerald ash
borer.
Genetic correlation between diamondback moth behavioral responses
to insecticides and physiological tolerance in larvae.
Entomopathogenic nematode spatial structure and dispersal in muck
soils.
Apple of Peru Invasion Biology.
Pennsylvania - Scott Isard, Penn State University,
State College, PA
Towards the integration of monitoring and modeling of migratory
lepidoptera.
Escape of soybean rust spores from a soybean canopy.
Microclimate and rate of within field soybean rust spread.
Wet and dry deposition of soybean rust urediniospores.
Adhesion of Phakopsora pachyrhizi urediniospores to soybean.
Evaluation of spore trapping as an early warning system.
Winter scouting of kudzu for soybean rust.
Ensemble aerobiology modeling of soybean rust spread.
Texas - John Westbrook, USDA-ARS, College
Station, TX
Early-season dispersal of cotton fleahoppers relative to atmospheric
factors.
NSF-ITR: Advanced imaging and information technology for assessing
the ecological and economic impact of brazilian free-tailed bats
on agroecosystems.
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