Pesticide Effects on Honeybee Foragers' Homing Flight: A Scientific Saga Motivated by Controversy

Using RFID-tagged honeybees, this study revealed that sublethal field exposure to thiamethoxam significantly reduces homing success, triggering methodological debates and leading to further investigations on environmental factors.

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Detaillierte Beschreibung

In 2012, researchers tagged 650 honeybee foragers with RFID microchips and exposed half to a sublethal dose of thiamethoxam, the active ingredient in Cruiser® pesticides. Field data showed treated bees were two to three times more likely to fail homing flights compared to controls. The findings sparked controversy over dose realism and extrapolation to colony-level effects, prompting a series of studies to fill knowledge gaps. Subsequent investigations confirmed that landscape, climatic conditions, and sanitary status modulate neonicotinoid toxicity, and reinforced the evidence that field-realistic exposure accelerates worker disappearance under real-world conditions.

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Inhaltsbeschreibung

Projekt

Innovations agronomiques

Innovations agronomiques

Standort
France
Verfasser*innen
Axel DECOURTYE, Nicolas CERRUTTI, Vincent BRETAGNONNEL, Jean-François ODOUX, Pierrick AUPINEL et Mickaël HENRY
Zweck
Adopt innovative practices

Dateiformat
Dokument
Erstellt am
01. Nov. 2016
Originalsprache
French
Offizielle Projekt-Webseite
Innovations agronomiques
Lizenz
CC BY