Kline Emma, Ripperger Simon P, Carter Gerald G
Department of Evolution, Ecology and Organismal Biology, The Ohio State University, Aronoff Laboratory, 318 W 12th Avenue, Columbus, OH 43210, USA.
Museum für Naturkunde-Leibniz Institute for Evolution and Biodiversity Science, Berlin, Germany.
R Soc Open Sci. 2021 Dec 1;8(12):211249. doi: 10.1098/rsos.211249. eCollection 2021 Dec.
Rapid advancements in biologging technology have led to unprecedented insights into animal behaviour, but testing the effects of biologgers on tagged animals is necessary for both scientific and ethical reasons. Here, we measured how quickly 13 wild-caught and captively isolated common vampire bats () habituated to mock proximity sensors glued to their dorsal fur. To assess habituation, we scored video-recorded behaviours every minute from 18.00 to 06.00 for 3 days, then compared the rates of grooming directed to the sensor tag versus to their own body. During the first hour, the mean tag-grooming rate declined dramatically from 53% of sampled time (95% CI = 36-65%, = 6) to 16% (8-24%, = 9), and down to 4% by hour 5 (1-6%, = 13), while grooming of the bat's own body did not decline. When tags are firmly attached, isolated individual vampire bats mostly habituate within an hour of tag attachment. In two cases, however, tags became loose before falling off causing the bats to dishabituate. For tags glued to fur, behavioural data are likely to be impacted immediately after the tag is attached and when it is loose before it falls off.
生物记录技术的快速发展使人们对动物行为有了前所未有的深入了解,但出于科学和伦理原因,测试生物记录器对被标记动物的影响是必要的。在这里,我们测量了13只野生捕获并圈养隔离的普通吸血蝙蝠适应粘贴在其背部皮毛上的模拟接近传感器的速度。为了评估适应情况,我们在3天内从18:00到06:00每分钟对视频记录的行为进行评分,然后比较针对传感器标签与针对它们自身身体的梳理频率。在第一个小时内,平均标签梳理频率从采样时间的53%(95%置信区间=36-65%,n=6)急剧下降到16%(8-24%,n=9),到第5小时降至4%(1-6%,n=13),而蝙蝠对自身身体的梳理频率并未下降。当标签牢固附着时,隔离的个体吸血蝙蝠大多在标签附着后一小时内适应。然而,在两例中,标签在脱落前松动,导致蝙蝠不再适应。对于粘贴在皮毛上的标签,行为数据可能在标签附着后以及在脱落前松动时立即受到影响。