Researchers
can combine data in new ways to analyze patterns and trends
not evident in separate databases. Analyses can lead to
predictive tools for hazards, such as storm runoff patterns
from burned areas, and flood threats in watersheds. Vegetation
changes can be monitored and could be combined with burn
severity data, rainfall data, and elevation to anticipate
regrowth patterns and areas of possible future fire threat.
The GIS enables data to be extracted, combined in new ways,
and displayed as desired by the user. Results of researchers’
computer models, such as predictions of soil transport caused
by runoff, can also be stored and displayed. Computer models
and GIS can thus provide valuable planning tools for managers
and other officials.
The public interest is served by having fire and post-fire
spatial information available to help us all understand the
natural recovery processes underway, and the long-term changes
caused by the fire. We sincerely hope that this web site offers
you a fuller appreciation of the efforts being made to speed
our forest's healing.
