Forest fires often alter the balance between rainfall and resulting runoff
of natural watersheds. This may result in flooding of the burned watershed
at points downstream. Such was the case for the Mud Canyon water shed on Ne
w Mexico's Mescalero Apache Indian Reservation in 1996. While the summer st
orms that followed the spring fire had a magnitude to be expected every fiv
e years, the resulting flood flows were more on the order of a one hundred-
year event. This paper concludes that the loss of ground cover (particularl
y for relatively steep watersheds) should be seriously considered when eval
uating the potential for flooding on a burned watershed. The methods used f
or hydrologic analysis of Mud Canyon, as outlined in this paper, are applic
able for future analyses of burned watersheds to determine the extent to wh
ich loss of ground cover contributes to increased flood flows.