The recently published book 'Conservation of Rare or Little-Known Species' by Island Press offers alternative approaches to conserving rare species. It synthesizes scientific information to apply to real-world problems, making it an excellent resource for land managers, policymakers, and scientists.
The study, known as CLAMS, examines ecological, economic, and social consequences of forest policies in the Coast Range. The research found that maintaining current policies will lead to increased old-growth forests and habitat for old-forest species, but may result in declines in diverse early-successional and hardwood forests.
A new study published in Forest Ecology and Management found that logging after a wildfire can lead to high fuel accumulation, regardless of whether the site is logged or unlogged. The research showed that logging residue contributed to four times more fine fuels on the ground, while logging caused fewer snags and large woody debris.
A study on the 2002 Biscuit Fire in Oregon found that fuel treatments significantly reduced tree damage and mortality. The research team measured the effects of two fuel treatments, including thinning and underburning, and concluded that reducing fine fuels is crucial for minimizing overstory tree damage.
ICWater is a computer-based tool that integrates multiple information sources and data from incident commanders to help predict contaminant reach times for drinking water intakes. The tool is currently used by water utilities and response teams in the US, with an operational version set to be deployed nationally by summer 2006.
A study by the USDA Forest Service found that homes at higher wildfire risk initially sold for more due to desirable views, but later sales data showed a decrease in price. This was largely due to a change in tastes towards less flammable building materials.
A Cashmere High School student was selected as an American Fisheries Society Hutton Scholar to participate in a summer-long research program. The student conducted field observations on individual fish and studied the effects of human activities on aquatic ecosystems.
Researchers found that summer temperature is the most important variable in predicting fire extent, with increases expected in Montana, Wyoming, and New Mexico. Global warming could lead to more frequent and extensive fires, reducing old forests and habitat corridors for threatened species.
A computer model developed by Dr. Ron Neilson simulates vegetation type in the US and predicts significant changes under global warming scenarios. Simulations show mixed conifers and hardwoods moving north, while desert species shift eastward, leading to increased fire risk and altered water resources.