grazing

Domestic livestock have been grazing on western landscapes for centuries. The USDA Forest Service has worked alongside farmers and ranchers to manage those landscapes, which were rapidly degrading from overuse by the time the agency was formed in 1905.

“I don’t like crowds, and I don’t like busy highways,” says Crawford, Texas rancher Larry Mattlage. “That crazy world out there can get me frustrated and upset. This land is where I am most at ease.”

He was raised on the land his German immigrant grandfather settled on in the late 1880s. The 400 acres Mattlage now owns — High Prairie Ranch — has been in the family since 1904.

The gopher tortoise earned its name for good reason – because it likes to dig and spends much of its time underground. The gopher tortoise, the Southeast’s only land-dwelling tortoise, burrows in the sandy soils below longleaf pine forests where it can escape heat and danger.

Its burrows are popular. About 360 other species, from rattlesnakes to rabbits, toads, and northern bobwhite take advantage of the underground real estate provided by the tortoise, what biologists call a keystone species because other species depend on it.

When Iowa livestock producer Ryan Collins bought his 170-acre farm near Harpers Ferry, he knew from experience with USDA’s Natural Resources Conservation Service (NRCS) that the agency could help him plan a rotational grazing system.

A rotational grazing system—also known as prescribed grazing—divides pastures into four or more small paddocks with fencing. The animals move from paddock to paddock on a schedule based on the availability of forage and the livestock’s nutritional needs.

Collins says he has a lot more grass available than before. “I attribute it to the rotational grazing,” he said. “I like to have plenty of grass. The cows and calves both do, as well.”

In 2012, USDA designated 2,245 counties in 39 states as disaster areas due to drought, or 71 percent of the United States. Many of the country’s livestock producers faced the ultimate decision – liquidate or figure out a way to survive.

Ranchers across the state had planned to graze their livestock through the spring and summer, but found their pastures scorched by the hot sun, and their ponds dry.

For agricultural producers, it’s an age-old question: How do you grow the largest, healthiest, most-profitable crops possible? Oregon organic farmer Chris Roehm says the secret is in the soil.

Co-owner and operator of Square Peg Farm in Forest Grove, Roehm is among a growing number of producers, both conventional and organic, who are realizing the benefits of improving the health and function of their soil through working with USDA’s Natural Resources Conservation Service (NRCS).

“Who better to share the benefits of intensive rotational grazing than farmers who are actually doing it on their lands?” asked Beth L. McGee, Chesapeake Bay Foundation Senior Regional Water Quality Scientist.

Intensive grazing systems, a type of rotational grazing that uses higher per acre stocking rates in smaller grazing or pasture units, can provide multiple benefits for farmers and the environment. These systems can help maintain and enhance farm profitability while reducing labor and input costs. Compared to more traditional confinement operations, intensive grazing can result in improved soil health, an increase in sequestered carbon and decreased emissions of other greenhouse gases.

Guest Post by Hannah Ettema of the National Forest Foundation.

It was like stepping back through time on the Midewin National Tallgrass Prairie. Some 200 years ago, when bison prominently roamed the Illinois landscape, kicking up dust as they ran in the herd before settling against a back-drop of tall prairie grasses.

That scene from the past is actually part of the Midewin’s future as four bulls and 23 cows were introduced to their new 1,200 acre enclosure. The first to arrive were the bulls, one 2-year-old and three 3-year-olds, from the U.S. Department of Agriculture’s Animal and Plant Health Inspection Service at the National Wildlife Research Center in Fort Collins, Colo.

Grazing livestock may soon be a common sight in the Palouse region of southeastern Washington, usually known for its rolling hills and grain production. 

Jonathan Wachter, a soil science doctoral student at Washington State University, has been working with a local farm to improve the competitiveness of organic mixed crop-livestock systems and their potential adoption by growers in a conventional grain-producing region.

When Jake and Jondra Shadowen from Benton, Ky. got married 14 years ago, they decided to buy a 26-acre ranch with a goal of raising a healthy herd of cattle. Today, thanks to hard work and conservation, they maintain a strong herd of 26 cattle, up from 11 when they first began.

They worked with USDA’s Natural Resources Conservation Service to implement a rotational grazing system, which breaks up large pastures into smaller ones. A rotational grazing system allows for grass to grow faster and quicker and prevents soil from becoming prone to erosion.