The Twelvemile Creek restoration monitoring crew and Fish Tech Boot Camp students and instructors pose for a photo in front of a screw trap, which captures coho and steelhead smolt that our migrating out to the ocean. The fish are released after being measured and marked with a coded wire tag. Students from Port Protection, Thorne Bay, and Klawock, Alaska, joined the crew composed of staff from the U.S. Forest Service, Sitka Conservation Society and the University of Alaska Southeast Fish Tech Program. Photo credit: Scott Harris, Sitka Conservation Society
This post was co-authored with Andrew Thoms, Executive Director of the Sitka Conservation Society.
“The thing that our forests grow best is salmon!” is the local phrase that a visitor is most likely to hear when visiting some of the 32 communities that live near the Tongass National Forest of Southeast Alaska.
Tongass National Forest staff, local school districts, a local conservation organization, and the University of Alaska have undertaken a joint project to figure out how a forest can be managed to create jobs and other economic opportunities and guarantee the long-term sustainable yield of the Tongass’ fisheries resources. Read more »
An American chestnut seedling being planted on the Wayne National Forest in Ohio. Photo credit: Jared M. Dort, US Forest Service
The land of forest-covered hills, mountain music and coal has a lesson for restoration: healthy forests require healthy soils.
The forests of Appalachia, a region that extends from southern New York to Georgia, are considered to be among the most diverse temperate deciduous forests in the world, with as many as 30 different tree species growing together. Coal has played an important role in the development of Appalachian culture, but mining for coal has also created a need for restoration in extensive areas of the 13 states that make up the Appalachian region. Read more »
United States Forest Service LWCF projects and many other Government LWCF projects can be viewed in the new interactive map.
There is a Federal program that you may not have heard of, but it is responsible for conserving millions of acres of recreational and conservation lands for Americans to enjoy, and it helps fund local parks, provide access to rivers and trails, and preserve wildlife habitat in every state in the Union. This program is the Land and Water Conservation Fund (LWCF) and each year, the Department of the Interior and Department of Agriculture request funding from Congress to support grants to states and high priority federal recreational and conservation investments. Locating and learning about these special places is now easier than ever through a new interactive map. The map enables everyone to explore the 173 public projects proposed for investment in 43 states, including important waterfowl nesting habitat in the Prairie Potholes, battlefields and historic sites from Pennsylvania to Washington, scenic vistas in iconic locations like Maine’s Acadia National Park, and recreation sites in national monuments in California and Arizona.
Land and Water Conservation funds secure access for the American public to their Federal lands. For 50 years, the law has been one of the most successful programs for recreation and conservation in our history. LWCF has provided funding to local communities that supported the construction of more than 40,000 city parks, hiking and biking trails, and boat ramps, and access to thousands of acres of fishing and hunting and important wildlife habitat. Read more »
Challis National Forest Soil Scientist Jeremy Back monitoring forest soils
Soils sustain life. Without soils there would be no life as we know it. Consider what healthy soils mean for the 154 national forests and 20 grasslands in 44 states and Puerto Rico. Soils provide the fertility needed to grow the plants, forests and grasslands that support and shelter humans and animals; they store water and carbon; they recycle and purify water, air and nutrients; and healthy soils can reduce nutrient loading, sediment production and runoff.
Healthy productive soils are critical to the Forest Service mission to sustain the health, diversity and productivity of the nations’ forests and grasslands to meet the needs of future and present generations. Many of the forests and grasslands we manage today were created as part of a national effort to protect soil and water resource degradation and restore forests and ecosystems. The original forest reserves were identified to protect and secure favorable flows of water and timber (Organic Act). This included the means to reduce or minimize soil erosion.
Read more »
U.S. Forest Service photo by Kari Greer.
Cross-posted from the Seattle Times:
Wildfires are now burning in Washington and across the West, in a year that may become the hottest on record. As our forests go up in flames, so too does the budget of the U.S. Forest Service, putting at risk lives, property, clean air and water, and jobs for thousands.
The number of fires the Forest Service and its partners fight every year is staggering: There have been more than 36,000 fires this year alone. And although we are successful at suppressing or managing 98 percent of fires when they start, the 1 to 2 percent of fires that escape are expensive, constituting 30 percent of annual costs. Read more »
Researchers found that thinning could boost water yield, but the results are not proportional. Photo by U.S. Forest Service.
Planning for the future of the nation’s water resources is more important now than ever before as severe drought grips the West, affecting heavily populated areas and critical agricultural regions. Forests generally yield huge quantities of water—much more than crops or grasslands—but also use a lot of water during the growing season, so some land managers wonder if forest thinning could boost water supplies to people and ecosystems in a changing climate.
U.S. Forest Service researchers from the Eastern Forest Environmental Threat Assessment Center and the Coweeta Hydrologic Laboratory tested this idea and found that the results were not so cut and dried. Their findings were recently published in a special issue* of the journal Hydrological Processes. Read more »