The White House recognized 12 Champions of Change for their leadership in sustainable and climate-smart agriculture.
The White House recently recognized 12 Champions of Change for their leadership in sustainable and climate-smart agriculture. This week we will meet them through their USDA Regional Climate Hub, today featuring the Southeast’s William “Buddy” Allen and Donald Tyler.
Farmers, ranchers, and forest land managers across the Southeast are at the forefront of climate change and its various effects on their operations, yields, and profits. Many of these producers know that adaptive agriculture practices can benefit soil, air, and water quality and at the same time increase resilience to climate change and other environmental threats. Communities and businesses that support climate-smart agriculture in turn are creating jobs and growing the rural economy.
USDA’s Southeast Regional Climate Hub works to bring land managers in the Southeast the science and other tools that can help them adapt to changing weather/climate conditions. Many farmers, ranchers and land managers are already leading efforts to develop and demonstrate the value of sustainable agricultural practices that benefit soil, air, and water quality while helping to mitigate climate change by reducing emissions. Educators and advisors have also been crucial in bringing science-based, sustainable, and climate-informed agricultural practices to the agricultural community. 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 »
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.
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People who suffer from peanut and wheat allergies may soon find relief thanks to USDA funded research.
The release of the USDA’s 2014 Technology Transfer Report highlights the groundbreaking discoveries made by USDA researchers, who continue to push the envelope and come up with new and exciting innovations. The scientific advancements in knowledge and the creation of new technologies directly impact Americans in that they create safer environments and provide efficient solutions for a wide range of issues. Here are just four of the transformative innovations that can be found in the USDA Tech Transfer Report: Read more »
As soil health improves, so too does its hydrologic function. This graphic illustrates how much additional water could be stored in the soil of all U.S. cropland with the addition of 1 percent of organic matter.
While most look to the sky for drought relief, an increasing number of farmers are looking to the soil. And for good reason: Healthy soils capture and store much more water – which can come in handy during dry spells.
Through its “Unlock the Secrets in the Soil” campaign, USDA’s Natural Resources Conservation Service is leading the effort to get more farmers and ranchers to adopt soil health management systems for a wide range of on- and off-farm benefits – including drought resiliency.
So what’s the water-banking secret in healthy soil? Read more »
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 profile.
This was not your typical class trip. The group of agriculture students from Honduras who visited USDA’s National Soil Dynamics Laboratory (NSDL) in Auburn, Alabama, were given tours of a one-of-a kind research facility that features, among other things, 13 soil bins, about the length of football fields, that look like huge outdoor bowling lanes. These gigantic soil bins have a special purpose: they are used to study the effects of farm machinery on the soil.
The NSDL, operated by USDA’s Agricultural Research Service (ARS), has played a key role over the years in helping farmers in southeastern United States produce quality food in sustainable, economical and environmentally friendly ways. Built in 1935, the NSDL was the world’s first full-size outdoor laboratory for tillage tools and traction equipment. Work there has influenced the design of almost all modern agricultural equipment and is credited with spawning the scientific discipline of soil dynamics. The site has been designated as an historic landmark by the American Society of Mechanical Engineers and the American Society of Agricultural Engineers. Read more »