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 • 11:00am - 11:20am
An Assessment of Potential Changes In Habitat Classes Due To Climate Change In The Northeast Climate Science Center Region

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

AUTHORS: Nicholas A. Sievert*, University of Missouri; Yin-Phan Tsang, University of Hawaii; Wesley M. Daniel, Michigan State University; Craig P. Paukert, U.S. Geological Survey, Missouri Cooperative Fish and Wildlife Research Unit; Dana Infante, Michigan State University; Joanna Whittier, University of Missouri; Kyle Herreman, Michigan State University; Jana Stewart, USGS; Tyler Wagner, U.G. Geological Survey, Pennsylvania Cooperative Fish and Wildlife Research Unit

ABSTRACT: Climate change is expected to alter the temperature and flow regimes of rivers and streams and many species of freshwater fish are likely to be impacted. In order to provide managers with a more complete picture of how streams are likely to change we developed a set of stream classes based on fish species which are sensitive to temperature and flow metrics. We used indicator analysis to identify species which had either a positive or negative response to a set of temperature and flow metrics calculated from USGS gage station data. We grouped species based on whether they had a positive or negative response to each of the temperature and flow metrics and then calculated the relative abundance of each of these species groups at all of our sites with fish data. Multivariate regression trees were used to create stream classes based on climate data and these species groups. This information was used to assign stream classes to all stream segments within the 22 state Northeast Climate Science Center region under both current and predicted future climate conditions. This allowed us to identify areas where streams are expected to shift from one class to another and also to quantify the net change in stream classes across the entire region. Our results will be presented in the FISTHTAIL online mapper which will allow managers, decision makers, and the public to view and download the results. We believe this information can aid in identifying important places for protection and restoration, as well as quantifying the magnitude of these impacts on fish communities throughout the northeastern and midwestern United States.

Tuesday January 26, 2016 11:00am - 11:20am EST
Vandenberg A