The American mink Neovison vison is an invasive species in Europe with a number of expanding populations inover 20 countries. In this work, we reviewed feeding habits and temporal behaviour of the American minkintroduced to Europe. We summarised the results of 30 studies on diet of this mustelid and of 5 studies on activityrhythms. Trophic niche breadth was high in Europe and increased with increasing sampling period, thusemphasizing that American mink may shape its diet according to the seasonal availability of potential prey.American minks showed a polyphasic or cathemeral locomotor pattern, being active both during the day and thenight in Europe and tending to limit encounter probabilities with native, larger mustelids. Acceptance of programsof eradication/numerical control are linked to the awareness of impact by this semiaquatic mammal andto recent sightings of free-ranging individuals. Numerical control of this charismatic, invasive mammal speciesmay thus encounter a strong opposition by the general public, particularly because its presence and its impactsare poorly known. Educational campaigns and consultation with all potential stakeholders should be addressedto design effective decision-making processes.
Feeding plasticity and temporal behaviour of the alien American mink in Europe
Emiliano Mori
2021
Abstract
The American mink Neovison vison is an invasive species in Europe with a number of expanding populations inover 20 countries. In this work, we reviewed feeding habits and temporal behaviour of the American minkintroduced to Europe. We summarised the results of 30 studies on diet of this mustelid and of 5 studies on activityrhythms. Trophic niche breadth was high in Europe and increased with increasing sampling period, thusemphasizing that American mink may shape its diet according to the seasonal availability of potential prey.American minks showed a polyphasic or cathemeral locomotor pattern, being active both during the day and thenight in Europe and tending to limit encounter probabilities with native, larger mustelids. Acceptance of programsof eradication/numerical control are linked to the awareness of impact by this semiaquatic mammal andto recent sightings of free-ranging individuals. Numerical control of this charismatic, invasive mammal speciesmay thus encounter a strong opposition by the general public, particularly because its presence and its impactsare poorly known. Educational campaigns and consultation with all potential stakeholders should be addressedto design effective decision-making processes.| File | Dimensione | Formato | |
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