The effect of fire intensity on understory vegetation on seral stands of ponderosa pine are presented. Vegetational recovery for 2 burn intensities and unburned sites were compared. The results suggest a change in the understory dominance structure following underburning is related to the amount of duff consumed by the fire and independent of fire line intensity and flame length. A significantly greater proportion of duff was removed on high fire intensity sites (80%) than on low intensity sites (40%). However, the variation in fire line intensity was great, with some overlap. Fire line intensity ranged from 30 to 3,034 kcal/m-s on high intensity sites and from 25 to 194 kcal/m-s on low intensity sites. Flame length ranged from 0.1 to 1.7 m...
Selected naturally regenerated flatwoods forests were burned in preparing a large, long-term study o...
Dense ponderosa pine forests in the southwestern United States inhibit understory production and div...
Wildland fires can cause shifts in understory species composition and production. Many studies have ...
An area burned by a May, 1972, wildfire and which had been previously sampled in 1972 and 1974 was r...
High severity wildfires have been increasing across southwestern ponderosa pine forests in recent de...
Land managers have been using mechanical treatments to reduce fuels in ponderosa pine (Pinus pondero...
Undergrowth vegetation response to fuel reduction treatments was tested in fire-adapted ponderosa pi...
The first clear indication that unnaturally dense forest conditions existed in ponderosa pine – Doug...
A century of fire exclusion in dry forests across the United States has resulted in high fuel loads ...
Andariese, S.W. and Covington, W.W., 1986. Changes in understory production for three prescribed bur...
This was the second year of our study designed to evaluate the nature of vegetation occurring under ...
To investigate the effects of fire on vegetation in dry Douglas-fir (Pseudotsuga menziesii var. gla...
There is a general consensus that throughout their range, contemporary ponderosa pine forests exist ...
Stand-replacement fires, particularly in ponderosa pine (Pinus ponderosa) forests, have replaced hig...
A century of fire exclusion in dry forests across the United States has resulted in high fuel loads ...
Selected naturally regenerated flatwoods forests were burned in preparing a large, long-term study o...
Dense ponderosa pine forests in the southwestern United States inhibit understory production and div...
Wildland fires can cause shifts in understory species composition and production. Many studies have ...
An area burned by a May, 1972, wildfire and which had been previously sampled in 1972 and 1974 was r...
High severity wildfires have been increasing across southwestern ponderosa pine forests in recent de...
Land managers have been using mechanical treatments to reduce fuels in ponderosa pine (Pinus pondero...
Undergrowth vegetation response to fuel reduction treatments was tested in fire-adapted ponderosa pi...
The first clear indication that unnaturally dense forest conditions existed in ponderosa pine – Doug...
A century of fire exclusion in dry forests across the United States has resulted in high fuel loads ...
Andariese, S.W. and Covington, W.W., 1986. Changes in understory production for three prescribed bur...
This was the second year of our study designed to evaluate the nature of vegetation occurring under ...
To investigate the effects of fire on vegetation in dry Douglas-fir (Pseudotsuga menziesii var. gla...
There is a general consensus that throughout their range, contemporary ponderosa pine forests exist ...
Stand-replacement fires, particularly in ponderosa pine (Pinus ponderosa) forests, have replaced hig...
A century of fire exclusion in dry forests across the United States has resulted in high fuel loads ...
Selected naturally regenerated flatwoods forests were burned in preparing a large, long-term study o...
Dense ponderosa pine forests in the southwestern United States inhibit understory production and div...
Wildland fires can cause shifts in understory species composition and production. Many studies have ...