| Document Date: 2012-08-30 09:35:23
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City Gainesville / Manhattan / DUEHL ET / Rancho Dominguez / Secaucus / Philadelphia / Fort Worth / Cary / Nottingham / London / Adair / San Jose / / Company Oxford University Press / Radio Shack Corp. / Canopus Corp. / Panasonic Corp. / Suzuki / Tracksys LTD / / Country United Kingdom / / / Facility Arena Spectral Preference Assays / SAS Institute / Tre´ ce´ Dome / College Ave. / / IndustryTerm matte black spray paint / food resources / chemical attractant increased trap entry / online aggregation / food attractants / Light-emitting diode technology / chemical attractant / food sources / chemical attractant increase trap capture / sustainable online platform / chemical attractants / chemical cues / chemical lures / less energy / stainless steel machine screw / chemicals / food odors / / Movie A. D. / / Organization Entomological Society of America DOI / SAS Institute / Control Assoc. / Oxford University / / Person David Hoel / Curtis Murphy / Jim Campbell / Turk / / Position J. E. Butler / and D. L. Kline / Corresponding author / Author / Governor / / ProvinceOrState Kansas / Florida / North Carolina / / Region central Florida / / Technology radiation / Light-emitting diode technology / pheromones / LED technology / / URL www.bioone.org / http /
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Evaluating Light Attraction to Increase Trap Efficiency for Tribolium castaneum (Coleoptera: Tenebrionidae) Author(s): A. J. Duehl, L. W. Cohnstaedt, R. T. Arbogast, and P.E.A. Teal Source: Journal of Economic Entomology