Burning had the greatest impact on soils beneath burned debris piles. Electrical conductivity, phosphorus, potassium, percent nitrogen, and percent organic carbon increased significantly at all soil depths the first year after burning debris piles. No impact was evident on phosphorus, percent nitrogen, and percent organic carbon by the second year. Impacts on burned interspace areas were generally less pronounced and few impacts were measured the second year. Impact of burning on soil pH was minor.This material was digitized as part of a cooperative project between the Society for Range Management and the University of Arizona Libraries.The Journal of Range Management archives are made available by the Society for Range Management and the U...
Removal of litter by burning or clipping in tobosagrass communities increased soil temperature and t...
Over the past century, woody plants and shrubs have increased in abundance at the expense of grassla...
Throughout the southwestern United States, vegetation in what historically was grassland has changed...
Burning had a minimal effect on rainfall infiltration and sediment load in runoff from a mesquite-to...
In an ashe juniper (Juniperus ashei) community a minimum of 1,000 kg/ha of fine fuel was needed to c...
On arid and semiarid rangelands, areas between woody plants are named dune interspaces. Soil and lit...
Two tallgrass prairie areas burned annually for 20 (grazed) and 48 (ungrazed) years at different tim...
Prescribed burning was applied to six miniwatersheds that were each paired with an unburned watershe...
Soil water patterns were studied from June 1973 to February of 1977 in pinyon-juniper woodland, on p...
Burning of vegetation generally increases surface runoff and erosion and potentially can change the ...
Nitrogen availability, as shown by short-term uptake by barley, was significantly higher on soils fr...
The effects of fire on soil and water chemistry have been an area of intense study in recent years. ...
Study of an April 1964 fire in the blue grama-pinyon-juniper vegetation type of New Mexico showed th...
Although wildfires result in tremendous financial and sometimes human losses, they also provide esse...
Soil concentrations of phosphate, nitrate, ammonium, and exchangeable calcium, magnesium, and potass...
Removal of litter by burning or clipping in tobosagrass communities increased soil temperature and t...
Over the past century, woody plants and shrubs have increased in abundance at the expense of grassla...
Throughout the southwestern United States, vegetation in what historically was grassland has changed...
Burning had a minimal effect on rainfall infiltration and sediment load in runoff from a mesquite-to...
In an ashe juniper (Juniperus ashei) community a minimum of 1,000 kg/ha of fine fuel was needed to c...
On arid and semiarid rangelands, areas between woody plants are named dune interspaces. Soil and lit...
Two tallgrass prairie areas burned annually for 20 (grazed) and 48 (ungrazed) years at different tim...
Prescribed burning was applied to six miniwatersheds that were each paired with an unburned watershe...
Soil water patterns were studied from June 1973 to February of 1977 in pinyon-juniper woodland, on p...
Burning of vegetation generally increases surface runoff and erosion and potentially can change the ...
Nitrogen availability, as shown by short-term uptake by barley, was significantly higher on soils fr...
The effects of fire on soil and water chemistry have been an area of intense study in recent years. ...
Study of an April 1964 fire in the blue grama-pinyon-juniper vegetation type of New Mexico showed th...
Although wildfires result in tremendous financial and sometimes human losses, they also provide esse...
Soil concentrations of phosphate, nitrate, ammonium, and exchangeable calcium, magnesium, and potass...
Removal of litter by burning or clipping in tobosagrass communities increased soil temperature and t...
Over the past century, woody plants and shrubs have increased in abundance at the expense of grassla...
Throughout the southwestern United States, vegetation in what historically was grassland has changed...