Not exact matches
Currently under study is the effect of shrubs as undergrowth in
wildland fires, and how proximity and wind can
influence their combustion characteristics.
(S. Ferguson, A. R. Dahale; B. Shotorban; S. Mahalingam; D. R. Weise, «The role of moisture on combustion of pyrolysis gases in
wildland fires,» Combustion Science and Technology, 185: 435 - 453, 2013; and Yashwanth, B.L.; S. Ferguson; B. Shotorban; S. Mahalingam; D. R. Weise, «Numerical investigation of
influence of moisture content on thermal behavior of heated wood,» Paper 070FR - 0208, presented at the 8th U.S. National Combustion Meeting, Salt Lake City, UT, May 19 - 22, 2013)
His research explores the
influence of live fuels on
wildland fire behavior and it also explores ways to use this improved understanding to develop predictive tools that can help support strategic and tactical
wildland fire management decisions.
«The authors clearly demonstrate that a human
influence on
wildland fire as a consequence of global warming isn't just a prediction for the future — it's happening now,» said Kevin Anchukaitis, a University of Arizona scientist who was not involved with the study.
While the ecology of
fire in the western U.S. has been studied extensively, there is a dearth of information about how humans, particularly those residing at the
wildland - urban interface,
influence and respond to wildfire, and how institutional barriers may hinder effective
fire management.