Presenters: Darren McCollum and Robert Bohlin, National Weather Service meteorologists Originally presented February 11, 2014 This webinar was originally intended as pre-work for “Fostering resilience in Southwestern ecosystems: A problem solving workshop,” Read a pdf of their presentation. Watch the webinar recording.
Presenter: Pete Fulè, Professor, Northern Arizona University Under current conditions, large, severe wildfires are a fact of life in southwestern ponderosa pine forests. What will burned systems look like over the coming decades under warming climate? Do management treatments make a lasting difference or will climate override their effects? We applied the relatively new feature …
Presenter: Don Swann, Saguaro National Park Don Swann is a biologist at Saguaro National Park, Tucson, Arizona, where he has worked for more than 20 years. He has an MS in Wildlife and Fisheries from University of Arizona. Don’s projects include collaborative research and long-term monitoring of saguaros, desert tortoises, mammals using wildlife cameras, and …
Presenter: Sandra Haire, Haire Laboratory for Landscape Ecology Determining the effects of land management on fire regime characteristics is complicated by the interaction of several factors that vary in space and time. First, fire size and frequency are linked to climate conditions, including drought, as well as wind and temperature that define weather conditions during …
Presenter: Chuck Maxwell, Fire Meteorologist, Southwest Coordination Center, Predictive Services Chuck Maxwell will discuss how Predictive Services develops seasonal fire potential predictions and what the outlook is this year for the Southwest. Join this webinar to get an inside view of the data and methods that go into fire season predictions, and equally important where …
Read more “March 27, 2013: The Fire Season Outlook for 2013 and How It’s Built”
Presenter: Park Williams, Los Alamos National Laboratory Dr. Williams will discuss his recent work to derive a forest drought-stress index (FDSI) for the southwestern United States using a comprehensive tree-ring data set representing AD 1000–2007. This FDSI is linked to measures of forest productivity, mortality, bark-beetle outbreak and wildfire. If climate models are accurate, the …
This was an interactive workshop with regional scientists and land managers, breakout sessions that allowed for open dialogue with participants and presenters, and time for one on one with presenters and others. Topics covered: The ecology of forests and fire of Northern New Mexico Current conditions in our forests and Wildland Urban Interface (WUI) communities …
Read more “November 2013: Living with Fire in Northern New Mexico: Fire, Forests and Communities”
Presenter: Jose Iniguez (USFS RMRS) Top-down regional climate patterns result in high spatial fire synchrony among Southwest forests. At landscape scales, however bottom-up (topography) patterns are also important in determining fire history and tree age structure variability. The distinct fire histories from these two study areas provided natural age structure experiments that indicated tree age …
Read more “June 22, 2011: Fire history and age structure patterns at landscape scales”
In this webinar Dr. Thomas Kolb summarized the key findings of a six-year study of impacts of intense fire and fuel-reduction thinning on the carbon and water balances of ponderosa pine forests in Arizona. The results should be of interest to fire and forest managers and climate change scientists who want more information about impacts …
Read more “December 14, 2011: Carbon and water balances of southwestern ponderosa pine forests”
Dr. Mike Ryan, USDA Forest Service Research Forest Ecologist, presented a scientific synthesis of the forest carbon cycle. The synthesis covers the entire US, but Dr. Ryan focused on the western US for this webinar. Forests play a key role in the carbon cycle and their growth and harvested wood products currently offsets 12-19% of …
Read more “July 28, 2010: A Synthesis of the Science on Forests and Carbon for U.S. Forests”