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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Description détaillée

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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Information détaillée sur la contribution

Projet

Innovations agronomiques

Innovations agronomiques

Localisation
France
Auteurs
Axel DECOURTYE, Nicolas CERRUTTI, Vincent BRETAGNONNEL, Jean-François ODOUX, Pierrick AUPINEL et Mickaël HENRY
Objectif
Adopt innovative practices

Type de fichier
document
Publié sur
01 nov. 2016
Langue originale
French
Site officiel du projet
Innovations agronomiques
License
CC BY