ContentsThe Top Five Principles of Regenerative Agriculture What Are the Ecological and Societal Benefits of Regenerative Agriculture? What Are the Economic Benefits of Regenerative Agriculture? How Is Regenerative Agriculture Different from Sustainable Agriculture? Are Regenerative Agriculture and Soil Health the Same Thing? Is Regenerative Agriculture A New Idea? What Does A Regenerative Agriculture Farm Look Like?
What Is Regenerative Agriculture?
Regenerative agriculture describes holistic farming systems that, among other benefits, improve water and air quality, enhance ecosystem biodiversity, produce nutrient-dense food, and store carbon to help mitigate the effects of climate change.
These farm systems are designed to work in harmony with nature, while also maintaining and improving economic viability.
- Minimize the physical, biological, and chemical disturbance of the soil. For example, regenerative farmers often minimize tilling their land, or forgo tilling all together. They also seek to reduce or eliminate the use of chemicals, such as pesticides and chemical fertilizers.
- Keep the soil covered with vegetation or natural material. Instead of tilling the land, regenerative practices include mulching, planting cover crops (crops that are not sold, but provide other benefits, such as soil improvement, water retention, weed suppression, and erosion prevention), and keeping the land as permanent pasture.
- Increase plant diversity. Diversity helps build healthy soils to better trap water and nutrients, can provide other sources of revenue for the farm, and can benefit pollinators and wildlife. Regenerative farms may vary crop rotations, plant multiple species of cover crops together, grow diverse forage in pastures, and maintain permanent vegetation (conservation cover) in some areas of the farm,.
- Keep living roots in the soil as much as possible. Roots stabilize the soil and continually cycle water and nutrients so these valuable resources don’t wash away. Regenerative farms can do this by planting cover crop seeds in the same fields as their primary crops, prior to harvest, to ensure the fields are never bare (a technique called overseeding); planting their primary crops directly into fields where cover crops are already growing (called planting “green” into cover crops); or converting cropland to pastures.
- Integrate animals into the farm as much as possible. Livestock manure can add valuable nutrients to the soil, reducing the need for fertilizers, and permanent pastures can trap large amounts of carbon and water, reducing farm emissions and polluted runoff. Practices include rotational grazing—moving livestock frequently between grass pastures to allow plants time to regenerate—or grazing cover crops.
Regenerative agriculture provides many benefits to farmers, the environment, and society. For example, it can:
- Improve soil health and fertility, which leads to increased farm productivity;
- Produce nutrient-dense foods that are free from chemical contaminants;
- Increase the land’s ability to filter and retain water, making farms and communities more resilient to drought and floods, while also reducing erosion and polluted runoff;
- Improve wildlife habitat and ecosystem biodiversity and resilience;
- Increase the nutrients available to plants and naturally protect against pests, reducing the need for costly fertilizers and pesticides; and
- Capture substantial amounts of carbon from the air and store it in the soil, helping mitigate the effects of climate change.
While many farmers who practice regenerative agriculture are motivated by the ecological and societal benefits highlighted above, economic benefits are also a major factor. Improved soil health can lead to higher crop yields, better forage quality for animals, and reduced risk due to increased resiliency to pests, drought, or floods. Cost savings from reduced use of livestock feed, synthetic fertilizers, herbicides, insecticides, and antibiotics can also have a positive impact on farm profitability. For example, a group focused on promoting solutions to climate change estimated that an investment of $57 billion in regenerative agricultural practices would yield a projected return of $1.9 trillion through savings on costly inputs like synthetic fertilizers and pesticides and increased farm profits.
The 1990 Farm Bill defined the term “sustainable agriculture” to include farms that satisfy human food and fiber needs while also enhancing environmental quality, making efficient use of resources, sustaining the economic viability of farms, and enhancing the quality of life for farmers and society as a whole. Though the definition speaks to enhancing environmental quality, the term “sustainable” can imply a system that simply maintains the status quo. Regenerative agriculture, instead, strives to improve ecosystem health.
Healthy soils are the foundation of regenerative agriculture. Regenerative agricultural systems not only help increase the diversity and health of life in the soil, but also increase biodiversity above ground. There is a symbiotic relationship between plants and the tiny organisms that live in the soil, called soil microbes. Plants, through photosynthesis, provide liquid carbon that feeds the soil microbes. In turn, microbes provide plants with nutrients like potassium, iron, calcium, and others that help them grow and stay healthy, ultimately providing nutrient-dense food for animals and humans. By increasing plant diversity on farms, regenerative agriculture helps create greater diversity in the underground food web that processes nutrients and carbon.
“The soil is the great connector of lives, the source and destination of all. It is the healer and restorer and resurrector, by which disease passes into health, age into youth, death into life. Without proper care for it we can have no community, because without proper care for it we can have no life.”
Diversifying farming systems is a very popular idea in today’s regenerative agriculture movement, but this concept is not new. For example, indigenous communities did not use plows or till the land. They terraced the land to prevent erosion, planted streamside buffers to protect sensitive areas, and grew both wild and domesticated foods. Over a century ago, farmer and scientist George Washington Carver used nitrogen-fixing peanuts to improve soil health, advocated for biodiversity on farms, and promoted the use of compost to improve soil. Regenerative agriculture’s deep roots in farming culture and history provide a strong foundation for the future of food production in the Chesapeake Bay watershed.
Farms that use regenerative agricultural systems span the spectrum from dairies to beef and poultry operations to organic vegetable growers. Programs like the Million Acre Challenge in Maryland, in which CBF is a founding partner, support their efforts. Here are a few examples of regenerative farms around the watershed.
On his 50-acre farm near Marietta, Pennsylvania, Nathan Drager moves his herd of certified grass-fed beef cattle between pastures every day. The practice, known as rotational grazing, allows time for the land to rest and regenerate. The grass is thick and knee-high and hums with life. Trees grow along the small stream than runs through the farm and into the nearby Susquehanna River. Some even grow in the pastures themselves—a practice called silvopasture that can provide additional benefits to livestock, such as shade, as well as food crops like nuts and fruit. Instead of using chemicals and fertilizers, Drager says the cattle do the work for him. Through grazing, they find their own forage, spread their own manure, and even trample in the hay in lays down in the winter to add organic matter and seeds to the soil.
"It's all about bringing the soil life back, trying to establish healthy soils with little microbes and earthworms, everything working together," he says. "A field of corn, after they harvest it, it's almost like a field of death—there's nothing alive out there. Here, I'm trying to bring in as many lifeforms as possible." Read the full story
Since beginning to progressively take over their farmland from a former dairy operation in 2015, MK and Andrew Barnet have worked to convert the conventional corn and soybean fields into organic vegetable beds and rotationally grazed pastures.
They now raise as many as 6,000 broiler chickens, 150 laying hens, 100 turkeys, 10 beef steers, and 20 pigs each year, in addition to vegetable crops. Between May and Thanksgiving, they sell their products at farmers markets, through community supported agriculture (CSA) shares, and directly from the farm. They also sell their chicken wholesale to the Common Market Coop in Frederick and offer a winter CSA share for vegetables, eggs, and meat.
"I feel like we see so much more birdlife, which is really neat," MK says. "We have this big riparian buffer planting, we have lots of pastures that have tall grass, it's lots of habitat." Read the full story
Up the gravel drive at Blue Mountain View Farm, away from the farmhouse, a roofed shelter open on three sides houses roughly two dozen calves of all colors. In the not-so-distant future, they'll join the herd of cows sunning in an adjacent pasture, visible only as distant dots of black and brown and white. Then, for approximately 200 days out of the year, they'll eat grass. Farmer Matt Bomgardner moves the herd to new pasture twice a day during that time, a practice known as rotational grazing.
"It's about competing, and grazing helps you compete by lowering your feed cost," he says.
In 2015, Bomgardner started transitioning the farm to produce organic milk, which requires dairy cows to receive at least 30 percent of their diet from grass pastures. Ultimately, he sees grazing as one way to help family dairy farms in Lebanon County continue into the next generation.
"This is really the way that the small farms are going to be able to survive and thrive," he says. Read the full story
Learn more about regenerative agriculture in the Chesapeake Bay region through the following stories.
September 20, 2021
CBF applauds the state Farm Bureaus of the Bay watershed’s six states for urging the U.S. Department of Agriculture to devote nearly three quarters of a billion dollars to reducing agricultural pollution in the Chesapeake Bay and the local creeks, streams, and rivers that feed into it.
September 17, 2021
CBF raised concerns about Bay restoration efforts following the August dead zone report. The report, from the Maryland Department of Natural Resources and Old Dominion University, found that dissolved oxygen conditions in Maryland and Virginia were worse than average this August following two better-than-average months.
CBF Applauds Governor Wolf’s Call for $737 Million to Support Farmers’ Clean Water and Climate Change Efforts
September 7, 2021
CBF issued a statement from Pennsylvania Executive Director Shannon Gority today, commending Governor Tom Wolf for urging U.S. Department of Agriculture Secretary Tom Vilsack to implement the $737 million Chesapeake Bay Resilient Farms Initiative (CRFI).
September 2, 2021
CBF's Director of Science and Agricultural Policy Beth McGee tells us what we need to know.
August 26, 2021
The Keystone 10 Million Trees Partnership is accepting nominations for the second annual Mira Lloyd Dock Partnership Diversity Award, given for conservation work in under-represented communities in Pennsylvania.
August 26, 2021
How a holistic approach to farming is key to restoring our environment and saving the Bay.
August 24, 2021
CBF applauds the U.S. House of Representatives for adopting a budget resolution that boosts USDA funding by $89.1 billion. CBF urges lawmakers to invest a significant amount of those funds in conservation programs that improve soil health, reduce pollution, and bolster resilience to climate change.
August 4, 2021
Focusing on farms is the best strategy to meet the Chesapeake Clean Water Blueprint's clean water pollution limits by 2025.
July 27, 2021
Under a new initiative, landowners in parts of Augusta, Alleghany, Bath, Botetourt, Craig, Highland, and Rockbridge counties can now receive full funding to plant trees along rivers and streams that eventually flow into the James River.
July 16, 2021
Data from the Maryland Department of Natural Resources and Old Dominion University found that the dead zone in the Chesapeake Bay was smaller than average in June.
July 9, 2021
CBF thanks U.S. Sens. Ben Cardin (D-Md.) and Robert Casey (D-Pa.) for their efforts to help achieve those requirements by seeking funds in next year’s budget for projects to tackle the biggest challenge to restoring the Bay—reducing polluted runoff from Pennsylvania farms.
June 23, 2021
As a member of the Virginia Soil Health Coalition, the Chesapeake Bay Foundation supports soil management for its ability to reduce polluted runoff from agriculture and trap carbon dioxide from the atmosphere.
February 25, 2021
In honor of Black History Month, we remember George Washington Carver, a scientist and pioneer in agricultural research. His work is fundamental to many important environmental practices used today. In particular, his research is critical to a number of CBF initiatives as it relates to today’s push for regenerative agriculture.
February 19, 2021
Our monthly roundup of engaging and educational content for you to enjoy at home. This month, we look at some of the farmers implementing conservation measures to help save the Bay.
February 16, 2021
Rotational grazing improves water quality and pasture quality at Funkhouser Farms in Virginia's Shenandoah Valley.
February 11, 2021
From fungi documentaries to French classics, spatchcocked chicken to oysters and mignonette, these farm films and foods pair perfectly with Bay-saving.
February 10, 2021
For Chesapeake farmers to help save the Bay, the Biden administration needs to partner with them.
February 8, 2021
Dairy farmer Matt Bomgardner sees grazing as a way to save money and preserve family farms.
February 1, 2021
On their farm in Frederick County, Maryland, MK and Andrew Barnet are working to restore the soil, the water, and the planet—all in the name of good food and good life.