nrcs

When bison roamed the Great Plains, prairie chickens and other fowl played an important role as the clean-up crew. They would follow the herds feasting on the larvae in bison manure.

In Doug Darrow’s 160-acre mob grazing system near Oxford, Iowa, his 300 chickens have the same job, but they ride in style from paddock to paddock in an old school bus that doubles as a chicken coop. “This means there are fewer flies to pester the cows,” said Darrow. This natural form of pest control, improves herd health and rate of gain, while providing another income source from the eggs laid by the clean-up crew.

The lack of women and minority representation in the professional agricultural workforce has become so pronounced that in STEM Stratplan 2013 President Obama called for an “all-hands-on-deck approach to science, technology, engineering, and math” (STEM) education.

According to the White House Initiative on Educational Excellence for Hispanics, despite accounting for 16 percent of the U.S. population, Hispanics earned only 8 percent of all certificates and degrees awarded in STEM fields.

As a law student, I spent a summer working and living with the Sokoagon Band of the Chippewa, a Native American tribe located in rural Northern Wisconsin.  Tribal leaders and members extended to me their kindness, friendship, passion and laughter.  They are some of our country’s finest.

But, make no mistake, the Sokoagon face challenges shared by many persistently poor rural communities across our country.

That summer, I saw with new eyes the importance of dependable and consistent employment, housing, health care systems and education.  That summer I also saw that for many rural Americans these things, taken for granted by many, are luxuries.

No-till farming used to be only about reducing soil erosion. Today, continuous no-till is the preferred tillage system in some areas. Why? It’s all about soil health.

The loss of organic matter in soil, which is the lightest soil component and the first to wash away, is the healthiest portion of our topsoil. It is the house where the biological systems in our soils live and includes everything from the tiniest organisms like bacteria, algae, fungi, and protozoa to the more complex nematodes, micro-arthropods (think tiny spiders), and the more visible earthworms, insects, small vertebrates, and plants. They are all part of healthy soil.

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.

Cattle and lesser prairie-chickens both need healthy rangeland to thrive. Through voluntary conservation efforts, farmers and ranchers in the southern Great Plains can restore habitat for this iconic bird while strengthening working lands.

The Lesser Prairie-Chicken Initiative (LPCI), a partnership led by USDA’s Natural Resources Conservation Service (NRCS), works to enhance lesser prairie-chicken habitat one ranch at a time. A number of the initiative’s successes are highlighted in a new report called the Lesser Prairie-Chicken Initiative: Conservation across the Range.

Thanks to the efforts of a dedicated science teacher from New Jersey, a valuable piece of soil science history is now available for viewing and research among the special collections at USDA’s National Agricultural Library (NAL) in Beltsville, Maryland.

Jill Guenther, who has taught Earth and space science for 29 years, discovered the antique soils collection tucked away in a classroom cabinet. “I knew it was something special, and I wanted to use it as a display when teaching erosion and conservation issues,” she explained.

“To say I enjoy my job is an understatement,” said Hydrologist Randy Julander. “Monday is my favorite day of the week, because I get to go back to work.”

As the Snow Survey Data Collection Officer in Utah, Julander’s job is a mix of science, adventure and artistry. He weaves information from data. “Data are just numbers on a page; but information - now that’s something meaningful, something that informs decision makers,” he explained.

Day and night, pollinators are at work all around us—and it's not just honey bees. Did you know that pollinators are responsible for one out of three bites of food we eat? If you'd like to learn more, we've pulled together five blogs from 2015 highlighting some surprising facts about these busy helpers and the many ways different USDA agencies, farmers, ranchers and other partners are working to keep all pollinators healthy.