Movement Ecology of the Mexican Fish-Eating Bat, Myotis vivesi

Share Post:

Share on facebook
Share on linkedin
Share on twitter
Share on pinterest
Share on email

Authors:

Edward Risto Hurme

Published: 2020

Description:

Foraging behavior is influenced by the distribution of prey in time and space and the presence of conspecifics. Echolocating bats, which advertise their behavior while vocalizing, provide a unique opportunity for understanding how an organism interacts with conspecifics and the environment to find food. Here I use GPS tracking combined with on-board recording to investigate the foraging movements of lactating Mexican fish-eating bats, Myotis vivesi, in the Gulf of California, Mexico, over a 5-year period. In Chapter 1, I assessed five alternative methods for behavioral state segmentation of GPS tracked foraging paths using on-board audio for validation. While most methods perform well, hidden-Markov model segmentation showed the highest accuracy at predicting foraging movement. In Chapter 2, I evaluated habitat selection across multiple scales for fish-eating bats foraging in the Midriff Islands Region in the …

PUBLICATION AVAILABLE AT:

Movement Ecology of the Mexican Fish-Eating Bat, Myotis vivesi

Stay Connected

More Updates