Thursday, August 15, 2019: 8:00 AM-11:30 AM
M103, Kentucky International Convention Center
Organizer:
Matthew Hurteau
Co-organizer:
Harold Zald
Moderator:
Matthew Hurteau
Climate-driven increases in area burned by wildfire have accelerated the need to understand the effects of multiple fire events on ecosystems. Our ecological understanding of this disturbance process must represent the entire fire continuum, from managed fires to wildfires, to improve our ability to forecast ecosystem response. To date, empirical data on multiple fire events are limited, with the exception of a handful of ecosystems. The ecological response is likely to vary as a function of fire type and ecosystem, as well as the ecosystem attributes interest. This session will include evaluation of multiple fires (both managed and wildfire) on a range of ecosystem attributes, including soil, plants, and elemental fluxes. Further, this session will represent a diversity of ecosystems, from tropical to boreal, at a range of spatial scales, from the patch to the region.
8:00 AM
Impacts of a changing fire regime on the long-term carbon balance of boreal forests
Xanthe J. Walker, Northern Arizona University;
Jennifer L. Baltzer, Wilfrid Laurier University;
Laura Bourgeau-Chavez, Michigan Technological University;
Steve G. Cumming, University Laval;
Nicola J. Day, University of Guelph / Invasive Species Research Institute;
Bill de Groot, National Resources Canada;
Catherine Dieleman, University of Western Ontario;
Scott Goetz, Northern Arizona University;
Elizabeth Hoy, NASA Goddard;
Liza Jenkins, University of Michigan;
Jill F. Johnstone, University of Saskatchewan;
Evan S. Kane, Michigan Technological University;
Marc-André Parisien, Canadian Forest Service;
Brendan Rogers, Woods Hole Research Center;
Edward A. G. Schuur, Northern Arizona University;
Merritt R. Turetsky, University of Guelph;
Sander Veraverbeke, Vrije Universiteit Amsterdam;
Ellen Whitman, University of Alberta;
Michelle Mack, Northern Arizona University
8:40 AM
Scale dependent patterns in interaction diversity maintain resiliency in frequently burned longleaf pine
Jane E. Dell, University of Nevada;
Danielle Salcido, University of Nevada;
Will Lumpkin, University of Nevada, Reno;
Lora A. Richards, University of Nevada, Reno;
Scott Pokswinski, Tall Timbers Research Station;
E. Louise Loudermilk, USDA Forest Service;
Joseph J. O'Brien, USDA Forest Service;
Lee A. Dyer, University of Nevada, Reno