Dynamic models of aquiferous content of living fuels

Abstract

Forest fire occurrence is closely relative with fuel water content. There are a lot of research about dead fuels, but forest fuels consist of both dead fuels and living fuels. Each large fire occurrence has a good relationship with living fuels. Especially living fuels can influence the production and development of big forest fire, so, we selected Tahe, in Daxingan Mountains, as observation site. According to actual data, we can establish a set of models of different living fuel water content variation with linear-regression method.