Very Small Home Ranges of Two Gravid European Brown Bears during Hyperphagia

Author:

Schulte LauraORCID,De Angelis DanieleORCID,Babic Natarsha,Reljić SlavenORCID

Abstract

In September 2019, two gravid female brown bears (Ursus arctos) were captured and equipped with GPS/GSM collars in Paklenica National Park (Croatia). Home ranges during hyperphagia were analyzed to describe the spatiotemporal requirements. Mean seasonal home ranges were very small with 9.2 km2 and 7.5 km2 (Brownian Bridge Movement Model 95%). During the tracking period, both bears used different territories and showed little to no use of overlapping area. The bears in our study spent a considerable time in proximity of artificial feeding sites, indicating a probable use of these structures as a food resource (mean 15.7% and 30.7%). Furthermore, the bears approached very close to human structures such as 8.9 m and 4.4 m. As most encounters between humans and bears occur during hyperphagia, it is important to offer refugia from human disturbance, especially as the National Park is not only used by residents, but also by tourists. To adapt management according to the animal’s needs, further studies should include more individuals from different age and sex classes. Both females were gravid. It remains unclear whether gravidity has an effect on the home range and should be further investigated.

Funder

National Park Paklenica

Publisher

MDPI AG

Subject

General Veterinary,Animal Science and Zoology

Reference62 articles.

1. Rewilding the world's large carnivores

2. Bringing large mammals back: Large carnivores in Europe;Boitani,2015

3. Human-Carnivore Conflict and Perspectives on Carnivore Management Worldwide

4. Life-history attributes and resource dynamics determine intraspecific home-range sizes in Carnivora

5. Status Management and Distribution of Large Carnivores—Bear, Lynx, Wolf & Wolverine—In Europe. Status of Large Carnivores in Europe—Update 2012;Kaczensky,2012

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