1974Florida EntomologistOpen access

Toxicity of Chemical Baits against the Red Imported Fire Ant, Solenopsis Invicta

Ruth Levy, J. F. Carroll, Y. J. Chiu, William A. Banks

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Abstract

Toxic baits of 402 chemicals were evaluated in the laboratory to determine their effectiveness in controlling the red imported fire ant, Solenopsis invicta Buren. No chemical bait was as consistently as effective as mirex for the control of the red imported fire ant, although compounds ENT-27931, ENT-27932, ENT-27933, ENT-27934, ENT-27935, ENT-27936, ENT-27937, and ENT-62469 were promising and exhibited relatively consistent delayed action over a 10 to 99-fold dosage.

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What this paper is about

Toxic baits of 402 chemicals were evaluated in the laboratory to determine their effectiveness in controlling the red imported fire ant, Solenopsis invicta Buren. No chemical bait was as consistently as effective as mirex for the control of the red imported fire ant, although compounds ENT-27931, ENT-27932, ENT-27933, ENT-27934, ENT-27935, ENT-27936, ENT-27937, and ENT-62469 were promising and exhibited relatively consistent delayed action over a 10 to 99-fold dosage.

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Available abstract

Toxic baits of 402 chemicals were evaluated in the laboratory to determine their effectiveness in controlling the red imported fire ant, Solenopsis invicta Buren. No chemical bait was as consistently as effective as mirex for the control of the red imported fire ant, although compounds ENT-27931, ENT-27932, ENT-27933, ENT-27934, ENT-27935, ENT-27936, ENT-27937, and ENT-62469 were promising and exhibited relatively consistent delayed action over a 10 to 99-fold dosage.

Key concepts: Red imported fire ant, Biology, Fire ant, Formicoidea, ANT, Toxicology, Hymenoptera, Zoology

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