BpS descriptions are being reviewed now and for the next few months because vegetation changes and new science opens up missed opportunities and provides more accurate information. There are corrections to be made to the original descriptions, delivery methods are getting better, and modeling software is continually improving.
All ecosystems are dynamic, changing due to growth, succession and disturbances. Modeling large landscapes in the United States requires the collective knowledge of experienced and knowledgeable vegetation and fire experts.
State and transition (S&T) models are aspatial, nonequilibrium simulations that incorporate multiple ecosystem states linked by pathways representing deterministic (e.g., growth) and probabilistic (e.g., disturbance) transitions.
In this webinar hosted by Iowa State, Penny Morgan will highlight changing climate in the U.S. northern Rockies and implications for forest fire extent and severity. Drawing on recent research about the past, present and future, she’ll highlight some of the challenges of living with fire in a rapidly changing world.
The Lucky Peak Nursery, managed by the USDA Forest Service in Boise, ID, has been producing dryland shrubs for almost sixty years for restoration plantings on public lands throughout the Great Basin. The clients provide the seed for the production of the one-year seedlings.
This webinar hosted by the Utah State University (USU) Forestry Extension is being presented by Natalie Little, FS Intermountain Regional Sus
The Great Northern, Southern Rockies, and North Pacific Landscape Conservation Cooperatives are hosting a webinar with Dave Peterson, U.S.
It's back! Our WUI (Wildland Urban Interface) group has been working hard to put together a great line of speakers ready to talk all-things WUI.
Speaker: Alex Maranghides - Fire Research Division of the National Institute of Standards & Technology
Join us Feb 22 for demonstrations of new search functions and fire regime products in the Fire Effects Information System (FEIS) that help inform fire management planning and decision-making in the Northwestern US and Northern Rocky Mountain region.
All ecosystems are dynamic, changing due to growth, succession and disturbances. Modeling large landscapes in the United States requires the collective knowledge of experienced and knowledgeable vegetation and fire experts.