Document généré le 10/10/2026 depuis l'adresse: https://www.documentation.eauetbiodiversite.fr/fr/notice/repartition-spatiale-du-risque-apicole-lie-a-vespa-velutina-en-france-et-en-allemagne-
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Contributeur(s)
Éditeur(s)
Identifiant documentaire
25-4552279
Identifiant OAI
4552279
Notice source
https://mnhn.hal.science/mnhn-04552279v1
Auteur(s):
Requier Fabrice,Nürnberger Fabian,Rojas-Nossa Sandra V,Rome Quentin
Mots clés
Risk assessment
Yellow-legged hornet Keymessage
Apis mellifera Expansion range Invasive species Risk assessment Vespa velutina Yellow-legged hornet Keymessage
Risk assessment
Invasive species
Expansion range
Apis mellifera expansion range invasive species risk assessment Vespa velutina Yellow-legged hornet
Yellow-legged hornet
Vespa velutina
Invasive species
Expansion range
Apis mellifera
Date de publication
15/04/2024
Date de création
Date de modification
Date d'acceptation du document
Date de dépôt légal
Langue
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Type de ressource
Source
Droits de réutilisation
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Département
Commune
Description
The Yellow-legged hornet (Vespa velutina nigrithorax) was accidentally introduced into south-western of France in 2004 and rapidly spread throughout France and neighbouring countries. This insect predator hunts honey bees leading to a hornetmediated beekeeping risk (HBR) with potential mortality of honey bee colonies and important economic costs. However, the spatial distribution of HBR is not yet assessed and is urgently required to formulate suitable management plans in Western Europe. We conducted a two-year citizen science survey in France and Germany to assess the spatial distribution of (1) the hornet and (2) HBR, and to (3) determine the environmental factors involved. A total of 1678 beekeepers participated in the survey. As expected, the hornet was established throughout the French territory, and was mainly detected near the French border in Germany. We found that HBR was substantially lower in Germany than in France. Temperature had a positive effect on both hornet presence and HBR, whereas distance to the introduction point had a negative effect in both France and Germany. These results suggest that the impact of V. velutina on beekeeping is not homogenous across the invasion range and could be reduced on the eastern front due to the continental climate. Taking into account the spatial variability of HBR could help to formulate regionally adapted management plans to limit the impact of V. velutina on biodiversity, human health and economic sectors.
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