Though fuel specialists, scientists and managers have developed treatment tools to reduce fuel hazards, such as mechanical thinning by removing trees, costs to treat lands at risk can be prohibitively high. Harvesting timber and woody materials that can then be sold reduces costs, but only about 20 to 30 percent. Treatment costs average over $1,000 per acre in some areas. Spending $300 million per year in treating government lands would take over twelve decades to treat all high and moderate risk stands; $900 million per year would reduce this to four decades. Treating only wildland-urban interface areas or high risk stands further reduces this to two to four decades. To stay within acceptable risk conditions, treated stands may have to be ...
We describe a two-stage model of global log and chip markets that evaluates the spatial and temporal...
In the late 1990s proposals to mechanically thin and restore public land forests generated intense c...
The domestic demand for industrial wood will continue to increase. Also competing demands on forests...
Though fuel specialists, scientists and managers have developed treatment tools to reduce fuel hazar...
The USDA Forest Service is progressing from a land management strategy oriented around timber extrac...
Graduation date: 2004In the Blue Mountains of northeastern Oregon, prescribed fire and mechanical ha...
This paper addresses the economics of forest fuel thinning programs on federal lands in the U.S. Wes...
Removing hazardous fuels to reduce the risk of wildfire has become a priority for land managers acro...
Graduation date: 2007Recent catastrophic wildfires have forced the forest management community to de...
High up-front costs and uncertain return on investment make it difficult for land managers ...
forest fuel reduction. Findings from an integrated commercial operation suggest that comprehensive a...
Mechanical fuel treatments are increasingly being used for wildfire hazard reduction in the western ...
This progress report presents preliminary results of an economic analysis comparing restoration-base...
Economic viability is an important part of the sustainability of working forests. With landowners f...
Increases in wildfire suppression cost expenditures, an upward trend in burned area, increasing dama...
We describe a two-stage model of global log and chip markets that evaluates the spatial and temporal...
In the late 1990s proposals to mechanically thin and restore public land forests generated intense c...
The domestic demand for industrial wood will continue to increase. Also competing demands on forests...
Though fuel specialists, scientists and managers have developed treatment tools to reduce fuel hazar...
The USDA Forest Service is progressing from a land management strategy oriented around timber extrac...
Graduation date: 2004In the Blue Mountains of northeastern Oregon, prescribed fire and mechanical ha...
This paper addresses the economics of forest fuel thinning programs on federal lands in the U.S. Wes...
Removing hazardous fuels to reduce the risk of wildfire has become a priority for land managers acro...
Graduation date: 2007Recent catastrophic wildfires have forced the forest management community to de...
High up-front costs and uncertain return on investment make it difficult for land managers ...
forest fuel reduction. Findings from an integrated commercial operation suggest that comprehensive a...
Mechanical fuel treatments are increasingly being used for wildfire hazard reduction in the western ...
This progress report presents preliminary results of an economic analysis comparing restoration-base...
Economic viability is an important part of the sustainability of working forests. With landowners f...
Increases in wildfire suppression cost expenditures, an upward trend in burned area, increasing dama...
We describe a two-stage model of global log and chip markets that evaluates the spatial and temporal...
In the late 1990s proposals to mechanically thin and restore public land forests generated intense c...
The domestic demand for industrial wood will continue to increase. Also competing demands on forests...