作者: Nathan W. Fuller , Jonathan D. Reichard , Morgan L. Nabhan , Spenser R. Fellows , Lesley C. Pepin
DOI: 10.1007/S10393-011-0705-Y
关键词: Zoology 、 Myotis lucifugus 、 Animal ecology 、 Ecology 、 Hibernation 、 Myotis myotis 、 Wing 、 Active season 、 Biology 、 White-nose syndrome 、 Free ranging
摘要: White-nose syndrome (WNS) is having an unprecedented impact on hibernating bat populations in the eastern United States. While most studies have focused widespread mortality observed at winter hibernacula, few examined consequences of wing damage that has been among those bats survive hibernation. Given WNS-related may lead to life-threatening changes function, we tested hypothesis reduced abundance free-ranging little brown myotis (Myotis lucifugus) with severe as summer progresses due healing tissue. Photographs captured and recaptured adult females were for rates calculated each category index (WDI = 0-3). We found able heal a lower WDI score within 2 weeks. Bats had faster than did individuals less damage. also significant relationship between body condition early weeks active season. Our results support some can from during season, thus not experience increased associated functions wings. urge researchers wildlife managers use caution when interpreting data assess WNS populations, especially later months