Wood pellets which can be used as biofuel are one example of the many technologies and products the Forest Service produces or supports that provide sizable financial benefits to stakeholders and industry. (Photo credit: USDA)
When most people think of forests, science isn’t the first thing that comes to mind, but, perhaps, it should. That’s because the U.S. Forest Service Research and Development program oversees projects across many science disciplines including forestry, genetics, wildlife, forest products and wildfire.
And the agency has been using this science to deliver returns on investments for stakeholders, industry partners, and the public.
For instance Forest Service research supported the U.S. Fish and Wildlife’s decision to not list the Greater sage-grouse under the Endangered Species Act, listing the species would have necessitated restrictions on economic activity across 163 million acres. Read more »
Knowing the maximum size of a tree can help a planner or manager avoid future conflicts between roots and sidewalks or branches and power lines. A technical manual published by the U.S. Forest Service can help cities decide which trees are best to plant in specific areas. (Photo Credit: U.S. Forest Service)
In the cramped environs of U.S. cities every inch counts, especially if attempting to make space for nature. But now city planners and urban foresters have a resource to more precisely select tree species whose growth will be a landscaping dream instead of a maintenance nightmare.
The U.S. Forest Service’s Pacific Southwest Research Station recently published a technical manual and launched the most extensive database available cataloging urban trees with their projected growth tailored to specific geographic regions. Read more »
Cochran Fellows receive training from the USDA Forest Products Laboratory during a hands-on workshop on low-cost, high-efficiency cooking stoves. The stoves provide gains in efficiency, as well as reduce pollution offering benefits such as a lower incidence of pulmonary diseases.
Research shows the majority of people in Africa depend on biomass to meet their energy needs, with approximately 80 percent relying on wood energy. Such high dependency makes families vulnerable to unexpected and sudden changes, including extreme weather and socio-political events. Researching and developing ways to diversify energy sources is crucial for a more sustainable, food secure future.
A project funded through the USDA Foreign Agricultural Service (FAS) Cochran Fellowship Program on “Biofuels for Sustainable Rural Livelihoods,” hosted by the University of Missouri (MU) College of Agriculture, Food and Natural Resources International Programs, set out to address this very issue. The research and training program was organized for West African Cochran Fellows to learn how different uses of biofuels can help support sustainable livelihoods in their communities. The two-week-long program consisted of workshops, field visits and interactive discussions in cooperation with the USDA Forest Products Laboratory, the MU Center for Agroforestry, Columbia Center for Urban Agriculture and Envest Microfinance. Read more »
With a new view from above, diverse teams of researchers help deliver information to farmers using useful, inexpensive unmanned aerial systems (UAS).
This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from USDA’s rich science and research portfolio.
Just like a smart phone helps users learn, communicate and make important decisions, smart technology—known as precision agriculture—helps farmers know and apply critical information about the right investments in fertilizer, seed, pesticide and water needed to produce their crops. Through new technologies, farmers produce more efficiently and see an increase in profits while improving stewardship of ecosystems and local communities.
To talk about precision agriculture is to talk about mapping the amount of a crop grown per acre (yield) or the types of soils in a given area. It also includes the technology that automatically guides farm machines and controls variables like the rates of seeds, fertilizers or chemicals. Read more »
Dr. Woteki works with 4-H members.
The past eight years have been an extraordinary time for agricultural science, and for the application of new insights from other fields to enhance agricultural productivity and the overall agricultural economy. As the final days of this administration are approaching, it gives me a great deal of pride to look back at what USDA has accomplished in the areas of research and innovation.
Scientific research is a fundamental part of our mission at USDA. But, ultimately, what’s behind all the science is people – people who do the research and people who are affected by it. As USDA’s Chief Scientist and Under Secretary for Research, Education and Economics, I’ve met and worked with both as I’ve traveled across the country and around the world. Read more »
Raven’s Nest is one of two ranches that will protect more than 15,000 acres of grassland in southeastern Colorado. Photo by Michael Menefee.
By keeping their grasslands intact, two Colorado ranches are reducing greenhouse gas emissions and protecting vital wildlife habitat, all while earning additional revenue.
It may seem too good to be true, but it is thanks to a unique partnership spearheaded by the Climate Action Reserve, one of North America’s leading carbon offset project registries.
With the help of a Conservation Innovation Grant (CIG) from USDA’s Natural Resources Conservation Service (NRCS), the Climate Action Reserve listed Raven’s Nest and Heartland Ranch, both owned by the Southern Plains Land Trust (SPLT), as the first two grassland offset projects developed and executed under a new Grassland Project Protocol. Read more »