Loading…
NEW THIS YEAR! The schedule of technical sessions is in Sched.org which allows you to search within the schedule, filter the schedule to show sessions only occurring on a certain date, within a track, or in a room. You can also build your own schedule by creating a free account in Sched.org. Click here to return to the main Midwest Fish & Wildlife Conference website. 

PLEASE NOTE: The schedule posted here is as of 1/25/16, and is subject to change. Please check back for updates.
Back To Schedule
Tuesday, January 26 • 4:20pm - 4:40pm
Northern Long-Eared Bat Myotis Septentrionalis Stand-Scale Roost Site Selection in a Managed Forest

Sign up or log in to save this to your schedule, view media, leave feedback and see who's attending!

AUTHORS: Jocelyn Karsk*, Ball State University; Dr. Tim Carter, Ball State University; Scott Haulton, Indiana DNR, Division of Forestry

ABSTRACT: Silviculture treatments have long been implemented on state forest lands in Indiana. There is a need to better understanding these influences on bat species in order to understand which forest management practices might best promote bat conservation, especially for threatened and endangered species. The northern long-eared bat Myotis septentrionalis was federally listed in 2015 and this listing is having major implications for land managers since the northern long-eared bat uses forested landscapes for summer roosting habitat. Our goal was to examine roost selection at the stand scale and how it might be influenced by historical harvest practices in a managed forest. Our study site was at the Hardwood Ecosystem Experiment (HEE) located in the Morgan-Monroe State Forest and Yellowwood State Forest in southern Indiana. We generated presence-only models of roost selection using the program MaxENT using 105 known roost locations to identify areas important to summer roosting habitat within our study area and to identify important stand-scale factors in habitat selection. The landscape variables that we used were elevation, aspect, slope, distance to major roads, distance to regeneration openings, distance to harvested edges, and forest type. With decreasing populations and likelihood of captures, models may become an important alternative for informing future management actions.

Tuesday January 26, 2016 4:20pm - 4:40pm EST
Vandenberg B