Throughout the Holocene the forest appears to be sensitive to fire perturbations, making it difficult to discern between climatic or anthropic causes.
Some causes with low heat outputs, such as cigarettes and sparks from cutting and welding, were more sensitive to fire danger and fuel availability than others.
Although these seasonally flooded impuca forests are embedded in a fire-adapted savanna landscape, the impucas vegetation appears to be sensitive to fire, with burned areas having higher mortality and turnover than unburned areas.
In other words, it seems that the beam is more sensitive to fire than the columns.
Experiencing such a devastating fire-related disaster made NASA especially sensitive to fire hazards on future missions.
Burned areas are mapped by fuzzy classification using spectral indices that include infrared wavelengths, since they are more sensitive to fire induced changes than other spectral combinations [48 50].
Pinus resinosa is limited by the high frequency of fire, but longevity is an advantage in the region for this species; Betula is limited by frequent fire, and longevity is of little advantage; and Populus is least sensitive to fire regime.
European larch (Larix decidua), which is the natural co-dominant species of subalpine forests with Pinus cembra, is not sensitive to fire, while the abundance of Pinus cembra is altered within a 150-year period after fires.
Burned areas are mapped by fuzzy classification using spectral indices that include infrared wavelengths, since they are more sensitive to fire induced changes than other spectral combinations [ 48– 50].
This species is a widespread obligate seeder with large reproductive potential but is sensitive to fire and herbivory.
