(1)
the current forest health crisis is due in part to overstocked forests that are unable to withstand the effects of a changing climate, drought, insect outbreaks, and disease;
(2)
removing small, dead, and dying trees as part of an ecological restoration prescription improves forest health and resilience and reduces the risk of unnatural wildfire;
(3)
in many regions of the United States, the rate of harvesting dead and dying trees is not keeping pace with mortality of those trees;
(4)
there is an urgent need to establish industry capacity in the removal of timber residue and biomass material from small trees that are at high risk of catastrophic wildfire;
(5)
wood biomass energy is a renewable source of energy that can generally reduce carbon emissions and other pollutants from a wildfire, open-burning fire, or prescribed fire, if biomass material is removed from forest land that is at high risk of catastrophic wildfire;
(6)
comprehensive data on the forest biomass potential of fire-prone Federal land is needed from the Department of Energy and the Department of Agriculture;
(7)
using forest thinning and slash as fuel for biomass power plants reduces carbon impacts and greatly reduces the emissions of carbon and other pollutants compared to wildfire, open-burning fire, and prescribed fire; and
(8)
removing concentrations of dead and fire-prone trees reduces the risk to the public, firefighters, and private and public employees who work in forest land and of high-intensity burns once the trees begin to break and fall down.