The Berea College Forest

A bird's eye view of our philosophy, management, and history


Nestled in the foothills of the Appalachian Mountains, the Berea College Forest is among the oldest managed forests in the United States.



Forestry that tends to the spiritual, intellectual, material, and ecological needs of a local community can become a model of stewardship that reaches beyond the borders of the Berea College Forest.


The Forest Today

The Berea College Forest includes land where three physiographic regions of Kentucky—the Knobs, Mississippian Plateau, and Eastern Coal Field—converge along the Bluegrass Region. This confluence of physical geography brings a  stunning biodiversity  to the Forest.

Physiographic Regions. The Berea College Forest (star) lies at the confluence of multiple physiographic regions. This brings a distinct diversity of soils, flora, and fauna.

Species composition of canopy trees across the Berea College Forest. Misc. includes: blackgum, sweetgum, sycamore, elm, buckeye, sassafras, black cherry, black locust, Kentucky coffeetree, swamp white oak, pin oak, and sourwood. Adapted from former College Forester John Perry's 2010 Management Plan.

The Berea College Forest Fact Sheet

Elevations range from 800 to 1665 ft. above sea level. Bear Mountain is the highest point on the Forest as well as in Madison County.

Topography is characterized by narrow stream bottoms below steep hillsides capped by sandstone and limestone cliffs.

Karst Features—small caves, sinkholes, and springs—form from limestone bedrock.

Rock Houses created by eroded sandstone occur along the cliff lines.

Knobs, conical hills formed by erosion, provide spectacular views of the surrounding land.

Forest Cover is Mixed Mesophytic Forest, known for its very diverse canopy and subcanopy and even more diverse forest floor.

Click on the information icon to learn more about each photo


Forest Site Types

Wide Stream Bottoms

Bluegrass Transition

Knob Toeslopes

Side Slopes & Limestone Ridges

Appalachian Cove Sites

Sandstone Ridges

Wide Stream Bottoms

This site type refers to the wider, flat alluvial plains along perennial streams. Many of these areas were farmed in the past due to the flat ground.

These are ecologically important areas that now support prairies, wetlands, and early successional forests in addition to Berea College's four reservoirs. Rare orchids and wet meadow plants that require open conditions are some of the treasures found here.

Bluegrass Transition

Near Brushy Fork Creek on the cross-country trails one side of the trail looks like much of the surrounding forested lands while the other side of the trail looks like a typical Bluegrass woodland, which grows on the calcium-derived soils in the central part of Kentucky. Tree cover includes species rare on other parts of the forest such as black cherry and shingle oak. Shrubs and herbs characteristic to the Bluegrass Region, such as hawthorns, can also be found here.

This area suffers from a common ailment of Bluegrass woodlands: non-native invasive species. We work hard to control the presence of these species and preserve and restore this special woodland, which has become increasingly rare and degraded as the Bluegrass Region has continued to develop.

Knob Toeslopes

Characteristic of the Knobs region, toeslopes are found on relatively shallow acid clay soils at the lower slopes of the knobs. They are highly dissected by ephemeral drains, which create terrain that is at times gently sloping and at other times very steep.

Past agricultural use has generally degraded the soils, which are recovering under forested conditions. Fire has historically played an important role in shaping the knob toeslopes, and oaks, hickories, and pines dominate the canopy. Our management activities in these areas focus on shortleaf pine restoration, white oak sustainability, and the re-introduction of fire to the landscape.

Side Slopes & Limestone Ridges

Nearly half of the Forest supports this site type, which is notable for its diverse canopy containing yellow poplar, oaks, hickories, sugar maple, buckeye, basswood, and black walnut. Our largest, tallest, straightest trees tend to grow here. These giants are valuable in the forest and at the mill.

We promote large, high-quality trees through "worst-first" harvests that leave the better trees in the Forest. This approach preserves the cultural and ecological value of our largest trees. It also has led to some unique opportunities. When the Plimoth Patuxet Museums needed unusually large and straight white oak to help restore the Mayflower II, the Forest provided them.

Appalachian Cove Sites

The deep, rich soils of the Forest's hollows once made very good farmland. Where corn once grew in rows, tall, straight yellow poplars reach into the sky. Many coves are nearly pure stands of yellow poplar.

Beneath the canopy--which also includes small amounts of oak, basswood, sugar maple, and black walnut--thick growths of spicebush and wild hydrangea form the shrub layer and a rich mix of Spring ephemeral wildflowers cover the forest floor.

Sandstone Ridges

On the highest elevations of the forest, at or above the prominent sandstone cliff lines, skeletons of American chestnut and old pine stumps indicate the dominant species of yesteryear. Today, chestnut oak, which prefers drier sites compared to other oaks, sometimes forms pure stands.

Despite the surrounding rugged terrain, the more level areas above the cliff lines were farmed when possible--a testament to just how widespread farming was prior to reforestation. Given the dryness of these sites, fire would have been historically prominent. Our management approach focuses on using fire and appropriate thinning to promote the restoration of American chestnut and shortleaf pine.



We consider ecological restoration the bedrock of every other management goal.


Oikos: The Forester as a Homemaker

The original forester's cabin

The English word ecology comes from the term oekologie, which the German zoologist Ernst Haeckel applied to the "relation of the animal both to its organic as well as its inorganic environment."  1   The prefix "eco-" or "oeko-" comes from the Greek word oikos, meaning "household" or "home."

Our offices are in the original forester's cabin, reminding us daily of the roots of the word ecology. Our own work environment poetically directs us towards understanding our work of ecological restoration as the work of homemaking. We want the Berea College Forest to be a home for the diverse flora and fauna of the region and the diverse peoples of Berea, and we hope that visitors from around the world will feel it is their home away from home.


American Chestnut Orchards

In collaboration with the Kentucky chapter of  The American Chestnut Foundation , we manage two American chestnut orchards on the Berea College Forest:

  1. An orchard containing hybrid American chestnuts whose mother trees are from South-Central Kentucky.
  2. An in-situ orchard consisting of over 250 natural American chestnut sprouts.

As restoration efforts continue across the nation, we hope to contribute American chestnut genes adapted to Kentucky to promote the re-establishment of "The Mighty Giant" and restore its place in our home.


The American chestnut once sustained a way of life in Appalachia.


Shortleaf Pine Range Map

The range of shortleaf pine is predicted to expand as the climate changes (right image), but the success of the species also depends on habitat suitability. The Berea College Forest (star) is at the northern edge of its current range (left image). We hope the work we are doing will contribute to the sustainability and expansion of natural shortleaf pine-dominated forests in the region by preserving the native seed source and promoting disturbance regimes that promote shortleaf pine-oak forests.


Fire-Adapted Plant Communities of Kentucky

The Berea College Forest occurs in a region of Kentucky where many forested ecosystems are fire-adapted. The absence of fire on the landscape has fundamentally altered our forests and threatens the long-term sustainability of white oak. Map adapted from the Office of Kentucky Nature Preserves.



The Mountain Springs

A spring house once located below what's now known as Bear Mountain, the highest point in Madison County

Silas Mason first visited the Pinnacles on Mountain Day in 1897. The breathtaking views from the Pinnacles inspired the desire of “building up and having as College property a large boundary of these timber lands both as a means of insuring future supplies of timber and fuel for the institution and for purposes of instruction” (The College Forest Preserve). As Mason set about purchasing and surveying the surrounding forestland, he discovered mountain springs that laid at a considerable elevation above Berea College and could be piped to campus via a gravity system of waterworks.

By 1905, water flowed to campus. Prior to this, the College used water from dug wells, whose sulfur content was so high that the smell was nearly unbearable. Silas Mason wrote of the waterworks: “I consider no greater thing has been achieved for the welfare of Berea College and the College community since my coming here” (The College Forest Preserve), and Dr. Pearson, who donated money for the waterworks, said: “[I have] never done a thing in [my] life that gave [me] so much fun.”


The Reservoirs

Today, four reservoirs—totaling 192 acres and containing 800 million gallons of raw water—are connected to a water plant via 74 miles of pipeline. The water plant, owned and operated by the City of Berea, provides over 1 billion gallons of treated water annually for the City of Berea and Berea College.

The water resource on Berea College Forest has been a treasure since the beginnings of the forestry effort. Today the team of foresters consider it among their highest priorities to protect the quality of the water supply. By following  Kentucky’s Best Management Practices  for timber harvests, we safeguard the reservoirs.

B-Lake

B-Lake. Click to expand.

By 1920, the College had constructed B-Lake (19 acres) and the smaller Kale Lake (5 acres, reserved for emergencies only) in Pigg Hollow as reservoirs. The water from these two lakes is still fed via gravity to the water plant.

Cowbell Lake

Cowbell Lake. Click to expand.

The Pigg Hollow reservoirs met the water needs of Berea for nearly 40 years before Cowbell Lake (17 acres) was constructed in Cowbell Hollow. A pump station located at the reservoir is capable of pumping 2.5 million gallons daily. Cowbell Lake holds 151 million acres of raw water.

Owsley Fork Reservoir

Owsley Fork Reservoir. Click to expand.

Again in 1974, the water demands of the City of Berea and Berea College began to outpace the supply drawn from the reservoirs in Pigg and Cowbell Hollows. The College purchased Owsley Fork, where it built a 150-acre reservoir.

B-Lake

By 1920, the College had constructed B-Lake (19 acres) and the smaller Kale Lake (5 acres, reserved for emergencies only) in Pigg Hollow as reservoirs. The water from these two lakes is still fed via gravity to the water plant.

Cowbell Lake

The Pigg Hollow reservoirs met the water needs of Berea for nearly 40 years before Cowbell Lake (17 acres) was constructed in Cowbell Hollow. A pump station located at the reservoir is capable of pumping 2.5 million gallons daily. Cowbell Lake holds 151 million acres of raw water.

Owsley Fork Reservoir

Again in 1974, the water demands of the City of Berea and Berea College began to outpace the supply drawn from the reservoirs in Pigg and Cowbell Hollows. The College purchased Owsley Fork, where it built a 150-acre reservoir.

Visitors can recreate on the reservoir, which provides plenty of opportunities to kayak, birdwatch, hike, fish, and enjoy the outdoors. Motorboating and swimming are prohibited.


Four reservoirs provide over 1 billion gallons of water annually for the City of Berea and Berea College.





Art in the Forest

In 1955, Berea College built Kentucky's first outdoor theatre at the Pinnacles to host The Wilderness Road, a "parable for modern times" written by Pulitzer Prize winner Paul Green for Berea's centennial celebration. The drama centered on a small mountain community trapped in the turmoil of the Civil War. It ran from 1955-1958, and again from 1972-1981.

In 2022, drama returned to the Forest with Ezell: The Ballad of a Land Man, a production of Clear Creek Creative. The one-man show was performed on a natural stage in the Forest, which attendees arrived to by a short hike that included immersive art displays.

Photo: Erica Chambers

“The development and sharing of this theatrical work is an attempt to make plain and disrupt domination: to reveal the patterns of domination behavior within this character Ezell, within his relationship to others and the land, within his livelihoods and his ways of being, within his ancestry and his belief system. It is meant for everyone who witnesses it as a motivation to continue — or an invitation to begin — the work of discovering and disrupting domination within and around themselves and to do so as an act of love and liberation.” - Carrie Brunk, Ezell Producer

We continue to collaborate with local artists to promote art in the Forest, including a project to restore the Amphitheater and create an "Art Garden" trail around it that will encourage visitors to see art through the lens of nature and nature through the lens of art.




Ongoing Research Areas

Femelschlag Research

Femelschlag Research. Click to expand.

College Forester Clint Patterson's M.S. Project with University of Kentucky and Dr. John Lhotka looks at the potential of gap-based harvests for oak regeneration.

Controlled Burn Studies

Controlled Burn Studies. Click to expand.

A seven year collaboration with University of Louisville will evaluate the effects of controlled burning on oak-hickory forests. John Abrams, the naturalist at the Forestry Outreach Center, is heavily involved with the data collection and experimental design of this project.

Patch Clearcut Research

Patch Clearcut Research. Click to expand.

These small clearcuts were installed in 1999 by former College Forester John Perry as an ongoing research collaboration with the University of Kentucky. Early research focused on planting American chestnut and using "site prep" treatments to promote the growth of desirable trees.

Femelschlag Research

College Forester Clint Patterson's M.S. Project with University of Kentucky and Dr. John Lhotka looks at the potential of gap-based harvests for oak regeneration.

Femelschlag is a German term for expanding gap harvests that create edges to favor oak seedling growth while increasing the vertical and horizontal complexity of the forest.

Controlled Burn Studies

A seven year collaboration with University of Louisville will evaluate the effects of controlled burning on oak-hickory forests. John Abrams, the naturalist at the Forestry Outreach Center, is heavily involved with the data collection and experimental design of this project.

The Berea College Forest is in a region of Kentucky that likely experienced frequent fires historically. We believe that the suppression of fire has led to a sweeping change in our native forests that threatens their sustainability. This research will be vital to understanding how controlled burning can be finetuned for our management goals.

Patch Clearcut Research

These small clearcuts were installed in 1999 by former College Forester John Perry as an ongoing research collaboration with the University of Kentucky. Early research focused on planting American chestnut and using "site prep" treatments to promote the growth of desirable trees.

Over 20 years later, the openings have reached "canopy closure," and the research focus has shifted to "crop-tree release." We are especially interested in methods to leverage crop-tree release to both promote the growth of individual "crop-trees" and create positive neighborhood effects.


The Forestry Outreach Center

The Forestry Outreach Center

The mission of the Forestry Outreach Center is to provide a space in which people of all ages can learn about the natural world and, specifically, the Berea College Forest. Using a model of community education in which each person participates as both a teacher and a learner, our hope is that the Center will act as a bridge between College and community, fostering an attitude of stewardship of the ecosystems and watersheds that sustain us.

Among other duties, the staff and students at the Center partner with campus groups and classes, answer visitors' questions about the Forest, lead guided hikes, host stargazing parties, and run programs for people of all ages. The folks at the Center always find new ways to connect people with the Forest. The Center's naturalist, John Abrams, keeps on ongoing list of the forest's biodiversity to share with researchers and the public. His catalog of species and locations also informs management projects.

The Center also has a large meeting space, and the Forestry Department has hosted several professional forestry organizations and forestry workshops, including the Forest Stewards Guild, the Eastern Kentucky chapter of the  Society of American Foresters , the  Kentucky Association of Consulting Foresters , and the  Kentucky Woodland Owners Short Course , among others. Given our mission to be a model forest for the surrounding community and our centralized location within Kentucky, we often invite other forestry organizations to use the Forest and the Center for their education and outreach.


Think Like A Mountain

An agronomic forester, who primarily sees trees as crops, has a simple mission: grow a timber crop, harvest it, and then grow another timber crop. Unfortunately, the collateral damage of this simple mission is often the simplification of a forest, a naturally complex system. An ecological forester, who primarily sees trees as members of an ecosystem, embraces the natural complexity of a forest as a desirable trait, even working to preserve complexity or restore it where it has been lost.

The human use of and relationship to the forest parallels the natural complexity of a forested ecosystem. Humans do not naturally or universally relate to the forest in one way. We love its beauty, the rest and recreation we find in it; the furniture, homes, and art we make from its trees; the clean, cold water from its springs; the birds singing in the treetops, the fish swimming in the streams, the bears denning in white oak hollows. We delight to see the giant yellow poplar reaching skyward, to sit in the deep, cool shade of the hemlock trees, or to discover the small white bloom hidden underneath the mayapple's leaves. We feel a loss when any of these delights disappear or are degraded.

Our vision for the Berea College Forest embraces and celebrates the complexity of the Forest. From its inception, College foresters have fostered complexity through balancing multiple management objectives. This has provided a solid foundation, and in the years ahead, we hope to steward a patchwork forest in which a diversity of forest ages, vertical and horizontal structures, habitats, and uses coexist and intermingle.

In The Sand County Almanac, Aldo Leopold writes:

"A deep chesty bawl echoes from rimrock to rimrock, rolls down the mountain, and fades into the far blackness of the night. It is an outburst of wild defiant sorrow, and of contempt for all the adversities of the world. Every living thing (and perhaps many a dead one as well) pays heed to that call. To the deer it is a reminder of the way of all flesh, to the pine a forecast of midnight scuffles and of blood upon the snow, to the coyote a promise of gleanings to come, to the cowman a threat of red ink at the bank, to the hunter a challenge of fang against bullet. Yet behind these obvious and immediate hopes and fears there lies a deeper meaning, known only to the mountain itself. Only the mountain has lived long enough to listen objectively to the howl of a wolf."

When Leopold first went to work for the U.S. Forest Service, wolves, a threat to deer and therefore hunting, were shot on sight. Thirty-five years after the event, he recalls in his essay "Thinking Like a Mountain" a day where he and another forester spotted a wolf and her pups below them as they sat eating their lunch atop Black Canyon in The Apache National Forest. They dropped their lunched, lifted their rifles, and filled the wolves with lead:

"We reached the old wolf in time to watch a fierce green fire dying in her eyes. I realized then, and have known ever since, that there was something new to me in those eyes--something known only to her and to the mountain...

I now suspect that just as a deer herd lives in mortal fear of its wolves, so does a mountain live in mortal fear of its deer. And perhaps with better cause, for while a buck pulled down by wolves can be replaced in two or three years, a range pulled down by too many deer may fail of replacement in as many decades. So also with cows. The cowman who cleans his range of wolves does not realize that he is taking over the wolf's job of trimming the herd to fit the range. He has not learned to think like a mountain. Hence we have dustbowls, and rivers washing the future into the sea."

As we steward the Berea College Forest, we are accepting our limitations, embracing the surprises of the Forest, and learning to "think like a mountain."



"Think like a mountain" - Aldo Leopold


Our Team

Physiographic Regions. The Berea College Forest (star) lies at the confluence of multiple physiographic regions. This brings a distinct diversity of soils, flora, and fauna.

Species composition of canopy trees across the Berea College Forest. Misc. includes: blackgum, sweetgum, sycamore, elm, buckeye, sassafras, black cherry, black locust, Kentucky coffeetree, swamp white oak, pin oak, and sourwood. Adapted from former College Forester John Perry's 2010 Management Plan.

The original forester's cabin

The range of shortleaf pine is predicted to expand as the climate changes (right image), but the success of the species also depends on habitat suitability. The Berea College Forest (star) is at the northern edge of its current range (left image). We hope the work we are doing will contribute to the sustainability and expansion of natural shortleaf pine-dominated forests in the region by preserving the native seed source and promoting disturbance regimes that promote shortleaf pine-oak forests.

The Berea College Forest occurs in a region of Kentucky where many forested ecosystems are fire-adapted. The absence of fire on the landscape has fundamentally altered our forests and threatens the long-term sustainability of white oak. Map adapted from the Office of Kentucky Nature Preserves.

A spring house once located below what's now known as Bear Mountain, the highest point in Madison County

Photo: Erica Chambers

The Forestry Outreach Center