Skip to main content

conservation

Cover Crops Provide Multiple Benefits, Higher Yields

Corn and soybean farmers across the nation saw an increase in yields last year thanks in part to soil health-building cover crops.

More than 1,900 farmers responded last winter to a survey about cover crops conducted by the USDA’s North Central Region Sustainable Agriculture Research and Education program and the Conservation Technology Information Center. The results to the survey were released in late fall.

Farmers who planted corn in a field following a cover crop had a 3.1 percent increase in yield compared to side-by-side fields with no cover crops. Likewise, soybean yields increased 4.3 percent following cover crops, according to the survey.

An Iowa Couple Grows Food, Family and a Community on an Organic Farm

Some people are born to farm. Others grow to love it. In Melissa Dunham’s case, she fell in love with a farmer — and now she loves both the farmer and the farm.

“I was happily employed in the Twin Cities, but then I fell in love with this wonderful man who told me he was an organic vegetable farmer,” Melissa said. “I thought, ‘Sure, why not?’ We got married within seven months.”

It was an unexpected career and life change. “Everybody thought I was nuts moving down here to central Iowa to be a farmer,” she said. But now she’s growing food she believes in — and in a way that will leave the land in better condition for the generations to follow.

RCPP to Help Improve Water Quality in Lake Erie, Other American Waterbodies

In the first wave of funding through the Regional Conservation Partnership Program (RCPP), 70 percent of the 100-plus projects focused on providing for clean and abundant water. Of these many projects, one in the Great Lakes region is poised to do an excellent job in engaging and empowering an army of partners.  The Tri-State Western Lake Erie Basin Phosphorous Reduction Initiative is a multi-state project that brings together more than 40 partnering organizations from Michigan, Ohio and Indiana to reduce the runoff of phosphorous into the waterways in the western basin of Lake Erie.

The lake has suffered from nutrient pollution for years, including last year’s water crisis that left 400,000 residents in the Toledo, Ohio area without water to drink, bathe or cook. Today, Michigan Senator and Ranking Member of the Senate Committee on Agriculture, Nutrition and Forestry Debbie Stabenow and Ohio Senator Sherrod Brown visited with the many diverse organizations making this project possible. From providing clean drinking water to employing thousands of people in the tourism industry, the health of Lake Erie affects nearly every aspect of life in the region.

Early-Season Forecast Shows Rain - Not Snow - Keeping Pacific Northwest Wet

Something about January’s water supply forecast confused me. Current condition maps of the Pacific Northwest are a discouraging spread of red dots, meaning the snowpack contains less than half the normal amount of water. But water supply forecasts for the same region predict normal streamflow in the spring and summer. How can that be? Less snow means less snowmelt, right? Well...maybe.

To rise above my simple, linear thinking, I met with Rashawn Tama with USDA’s National Water and Climate Center. Tama, a hydrologist and forecaster for USDA’s Natural Resources Conservation Service, produces forecasts for the Columbia River basin. His forecasts are built around prediction models that help transform tables of raw data into meaningful maps and colorful dots.

Secretary's Column: New Approach to Conservation Creates New Partnerships, New Jobs

When USDA unveiled the new Regional Conservation Partnership Program last year, I said that this effort would pioneer a new era of conservation. As of today, the program is doing just that—leveraging an unprecedented three-quarters-of-a-billion dollar investment in projects to preserve clean land and water and create new jobs across the country.

One of the innovative programs in the 2014 Farm Bill, the Regional Conservation Partnership Program brings a wide variety of new partners together—from private businesses, to universities, to local and Tribal governments, to non-profit organizations and more—to develop their own action plans and to pledge their own resources to the project. Local organizations are in the driver’s seat, setting priorities and developing conservation projects that make sense for their communities.

Managing Waste for an Expanding Dairy Herd

Jonathan Gaskin grew up on a beef cattle and grain farm in Adair County, Kentucky. And at 12, Gaskin was milking cows for the farm next door. The neighbor sold their farm when he was 18, and at that time, he always knew he wanted to have a dairy farm – he just didn’t realize he would buy that same farm a few years later.

He bought the farm in 2006 and started working with his soon-to-be wife, Jessica, to build a dairy operation together. They married in 2008 and started growing the 110-acre place.

“We started with 30 heifers and calved them one cow at a time,” Gaskin said.

Partnership to Help Sage-Grouse Continues to Grow

When many different groups come together for a common goal, the impacts can be tremendous. That’s the case for the sage-grouse, an at-risk bird in the American West. Since 2010, over 1,100 ranches have teamed with the Sage-Grouse Initiative (SGI) and conserved 4.4 million acres across 11 western states, an area equivalent of 2 Yellowstone National Parks. The diverse partnership led by USDA’s Natural Resources Conservation Service includes ranchers, state and federal agencies, universities, non-profit groups and businesses that rally around a common vision of conserving wildlife through sustainable ranching.

SGI continues to grow and just over the weekend ConocoPhillips announced the company will invest $1 million to further strengthen the partnership. The contribution was made to the Intermountain West Joint Venture, one of the key partners of SGI. New funding will be used to extend the partnership through 2019 by providing $200,000 per year to support SGI’s Strategic Watershed Action Team, or SWAT. This team provides field delivery, science, communications and partner development support to SGI.

A South Carolina Small Farmer Makes Big Impact on the Land and in Local Community

South Carolina small farmer and community leader Ann Pringle Washington wears many hats. Along with her husband Richard, they share a deep tie to the land on their 17-acre farm in Eastover and a true passion for improving the community where they live.

Ann’s desire to learn more about how to grow organic produce led her to attend outreach workshops hosted by the Richland Soil and Water Conservation District. The district partners with USDA’s Natural Resources Conservation Service (NRCS), to promote local and sustainable organic agriculture at workshops, including the assistance that NRCS can provide to growers.

Event at USDA Ushers in 2015 as the International Year of Soils

Yesterday, we officially launched the International Year of Soils here at USDA.

Most people don’t realize that just beneath their feet lies a diverse, complex, life-giving ecosystem that sustains our entire existence. I’m talking about soil. There are more living organisms in a single teaspoon of healthy soil than there are people on the earth.

Our soils are alive. We talk about soil health – not soil quality -- on purpose. It’s an important distinction. Anything can have a “quality,” but only living things can have health.

Florida Family Farm Adopts Conservation Practices, Helps Gulf of Mexico

For three generations members of Mitch Holtzclaw’s family has farmed land in Suwanee County, Florida. Today, Holtzclaw grows more than 1,000 acres of peanuts, corn and small grains.

His farm is about three miles from the historic Suwannee River, which flows directly into the Gulf of Mexico. The sandy soil types and karst limestone topography on Holtzclaw’s farm are characteristic of the watersheds in the middle Suwannee River Basin and cause for concern over increased nutrient concentrations that can be found in the area’s ground and surface water.