Middle Mountain

Middle Mountain spans 19,020 acres across the Monongahela National Forest in West Virginia's montane zone. The landscape is drained by the North Fork Anthony Creek and its tributaries—Bear Branch, Big Run, Cochran Creek, Laurel Creek, and Sugar Run—which originate in the high elevations and converge to form the headwaters of the North Fork Anthony Creek watershed. These streams cut through steep terrain, creating the hydrological backbone of the area and supporting distinct aquatic communities from headwater seeps to flowing branches.

The forest composition shifts with elevation and moisture availability across four distinct community types. At higher elevations and on cooler north-facing slopes, Red Spruce–Northern Hardwood Forest dominates, where eastern hemlock (Tsuga canadensis) and yellow birch (Betula alleghaniensis) grow alongside sugar maple (Acer saccharum). Lower elevations and south-facing aspects support Oak-Hickory Forest and Mixed Mesophytic Forest, where chestnut oak (Quercus montana) and American beech (Fagus grandifolia) form the canopy. The understory throughout is dense with great rhododendron (Rhododendron maximum) and mountain laurel (Kalmia latifolia), which create a thick shrub layer. On the forest floor, bluebead lily (Clintonia borealis) and intermediate wood fern (Dryopteris intermedia) are common, while specialized plants occupy particular niches: small whorled pogonia (Isotria medeoloides), a federally threatened orchid, grows in specific forest microsites, and the federally endangered shale barren rock cress (Boechera serotina) occupies exposed shale outcrops where few other plants survive.

The streams support populations of native brook trout (Salvelinus fontinalis) and the federally endangered candy darter (Etheostoma osburni), which depend on cool, clear water and stable substrate. The green floater (Lasmigona subviridis), a freshwater mussel proposed for federal threatened status, filters organic matter from the water column. Above the streams, the forest canopy provides critical habitat for the federally endangered Indiana bat (Myotis sodalis) and Northern Long-Eared Bat (Myotis septentrionalis), which roost under loose bark and in cavities. The rusty patched bumble bee (Bombus affinis), federally endangered with critical habitat designated here, forages on flowering plants throughout the understory. American black bears move through all forest types, feeding on mast and vegetation. On the forest floor and in leaf litter, eastern newts (Notophthalmus viridescens) and common garter snakes (Thamnophis sirtalis) hunt invertebrates, while timber rattlesnakes (Crotalus horridus) occupy rocky outcrops and ridge areas.

Walking through Middle Mountain, a visitor experiences the landscape as a series of ecological transitions. Following a stream from its headwaters downslope, the forest canopy gradually opens from dense hemlock cove to mixed hardwood, and the sound of water intensifies as tributaries converge. Climbing from a stream valley onto a ridge, the understory thins as elevation increases, and the air cools noticeably as spruce and birch replace oak. In spring, the forest floor erupts with ephemeral wildflowers and the calls of breeding warblers—black-throated blue warblers (Setophaga caerulescens) sing from the mid-canopy, while dark-eyed juncos (Junco hyemalis) forage in the leaf litter. The rhododendron thickets, impenetrable in places, open into small gaps where light reaches the ground and specialized plants like swordleaf phlox (Phlox buckleyi) and lillydale onion (Allium oxyphilum) grow. These transitions—from water to ridge, from dense shade to open gap, from cool cove to warm slope—define the experience of moving through this montane forest.

Indigenous peoples inhabited this region for millennia. The Monongahela culture, an archaeological tradition documented in the broader Appalachian region, and the Fort Ancient culture both left evidence of habitation. During the 17th century, the Haudenosaunee (Iroquois) Confederacy expanded their influence into this region during the "Beaver Wars," claiming it as a hunting territory and displacing other groups including the Shawnee. The Delaware (Lenape) and Cherokee are also documented as having used the broader Appalachian highlands of West Virginia for hunting and travel. The Seneca Trail, a well-documented historic route linking the Algonquin, Tuscarora, and Seneca tribes along the Potomac River and across the Monongahela National Forest, served as a major artery for trade and warfare. Indigenous presence in the region persisted until the late 18th century.

Logging dominated the landscape transformation of the late 19th and early 20th centuries. Nearly all virgin spruce and hardwood forests were removed from the Allegheny Mountains, leaving mountain slopes denuded. Logging railroads followed river grades to transport timber to mills, with the West Fork Rail Trail—a former railroad grade along the West Fork of the Greenbrier River near Middle Mountain—bearing witness to the timber boom. The railroad hub at nearby Durbin served the Durbin and Greenbrier Valley Railroad. Sawmills and tanning facilities processed the massive quantities of timber and hemlock bark extracted from the mountains. This industrial devastation, particularly severe flooding resulting from deforestation, became a primary catalyst for passage of the Weeks Act of 1911, which authorized the federal government to purchase private lands to protect the headwaters of navigable streams.

The Monongahela National Forest was officially established on April 28, 1920, by presidential proclamation signed by President Woodrow Wilson under authority of the Weeks Act of 1911. The first land acquisition, the "Arnold Tract" in Tucker County consisting of 7,200 acres, was purchased on November 26, 1915. At the time of formal designation in 1920, the forest comprised approximately 54,000 acres. During the 1930s, the Civilian Conservation Corps conducted extensive reforestation and built roads, trails, and fire towers throughout the area. The forest expanded dramatically during the Great Depression, growing from 261,968 acres in 1932 to nearly 806,000 acres by 1942. Today, the Monongahela National Forest encompasses over 921,000 acres and is the only national forest located entirely within West Virginia. The Eastern Wilderness Act of 1975 established the first two wilderness areas within the forest at Otter Creek and Dolly Sods, with eight federally designated wilderness areas now present within the forest boundaries.

Middle Mountain is protected as a 19,020-acre Inventoried Roadless Area under the Roadless Area Conservation Rule of 2001. While the area is managed to limit development, the surrounding Monongahela National Forest continues to allow regulated timber contracting and mineral activities in non-protected zones.

Vital Resources Protected

Headwater Protection for Federally Endangered Aquatic Species

The North Fork Anthony Creek headwaters and associated tributaries (Bear Branch, Big Run, Cochran Creek, Laurel Creek, Sugar Run) originate within Middle Mountain's roadless forest. The candy darter, a federally endangered fish found only in this drainage system, depends on cold, clear water with stable substrate for spawning. Road construction in headwater areas causes sedimentation from cut slopes and exposed soil, which smothers the gravel and cobble spawning beds candy darters require. Additionally, removal of streamside forest canopy during road building allows solar radiation to warm the water directly—even small temperature increases can exceed the narrow thermal tolerance of this species and prevent successful reproduction.

Interior Forest Habitat for Bat Hibernation and Foraging

Middle Mountain's unfragmented hardwood and mixed conifer forest provides critical habitat for three federally endangered bat species: the Indiana bat, northern long-eared bat, and tricolored bat (proposed endangered). These species roost in dead trees and under loose bark within intact forest interiors, and forage on insects in the canopy and understory. Road construction fragments this habitat into smaller patches separated by open corridors, which disrupts the continuous canopy these bats require for safe movement between roosts and feeding areas. The rusty patched bumble bee, also federally endangered with critical habitat in this area, similarly depends on the interior forest structure and the native wildflowers that bloom in the understory—road construction and its associated edge effects promote invasive plant species like garlic mustard and Japanese stiltgrass, which outcompete the native plants the bee requires for nectar and pollen.

Red Spruce Ecosystem Connectivity Across Elevation Gradients

Middle Mountain's montane elevation supports Red Spruce–Northern Hardwood Forest, a rare and declining ecosystem in West Virginia that serves as climate refugia for species adapted to cooler conditions. The Cheat Mountain salamander and Virginia northern flying squirrel are specifically dependent on this high-elevation forest type. Road construction at higher elevations disrupts the continuous forest canopy that allows these species to move along elevational gradients as climate conditions shift—a critical adaptation pathway as temperatures warm. Additionally, roads create openings that allow invasive insects (hemlock woolly adelgid, beech bark disease) and plants to penetrate the interior forest, degrading the structural complexity and species composition that took decades to develop.

Rare Plant Refugia in Undisturbed Soils and Hydrology

Middle Mountain harbors federally endangered shale barren rock cress and threatened small whorled pogonia, along with state-imperiled species including lillydale onion, swordleaf phlox, and Tennessee pondweed. These plants occupy specific microsites—seepage areas, rocky outcrops, and wetland-upland transitions—where soil disturbance and hydrological alteration are immediately destructive. Road construction compacts soils, alters subsurface water flow, and introduces sediment that buries low-growing plants and clogs the pore spaces these species depend on for moisture and nutrient uptake.

Threats from Road Construction

Sedimentation and Temperature Increase in Spawning Streams

Road construction requires cutting slopes and removing streamside vegetation to create the roadbed and drainage systems. Exposed soil on cut slopes erodes during rainfall, delivering fine sediment into the headwater streams where candy darters spawn. This sediment fills the spaces between gravel and cobble, suffocating eggs and preventing larvae from emerging. Simultaneously, removal of the riparian forest canopy that currently shades the streams allows direct solar heating of the water. The candy darter's narrow thermal tolerance means even a 2–3°C increase can prevent successful reproduction, and the combination of sedimentation and warming creates a compounding threat that cannot be reversed by simply closing the road—the spawning substrate remains degraded for years after sediment input stops.

Habitat Fragmentation and Edge Effects on Forest-Interior Species

Road construction divides Middle Mountain's currently continuous forest into separate patches, creating "edge" habitat where the forest transitions abruptly to the open roadside. Indiana bats, northern long-eared bats, and the rusty patched bumble bee all require interior forest conditions to survive; edge habitat exposes them to predators, increases wind stress on trees they roost in, and allows invasive plant species to establish. The road corridor itself becomes a dispersal pathway for garlic mustard, Japanese stiltgrass, and other invasive plants that spread from the disturbed soil along the road into the surrounding forest. Once established, these invasives suppress the native wildflowers that bumble bees depend on and alter the understory structure that bats use for foraging. This fragmentation effect persists indefinitely—even if the road is abandoned, the forest patch remains smaller and more exposed than before.

Disruption of Elevational Connectivity for Climate-Sensitive Species

Roads built across Middle Mountain's elevation gradient create barriers and openings that interrupt the continuous forest canopy Cheat Mountain salamanders and Virginia northern flying squirrels use to move between lower and higher elevations. As climate warming makes lower elevations unsuitable, these species must be able to shift upslope to cooler refugia; roads block this movement and create gaps where the species cannot safely travel. Additionally, road construction opens the canopy to invasive hemlock woolly adelgid and beech bark disease, which spread rapidly through disturbed areas and degrade the red spruce and northern hardwood forest that these species depend on. Once the red spruce ecosystem is compromised by disease and fragmentation, restoration is extremely difficult—red spruce regeneration is slow, and the structural complexity required for salamander and flying squirrel habitat takes decades to redevelop.

Hydrological Disruption of Rare Plant Microsites

Road construction requires fill material and drainage systems that alter subsurface water flow and raise the water table in some areas while lowering it in others. Rare plants like small whorled pogonia, Tennessee pondweed, and lillydale onion occupy seepage areas and wetland-upland transitions where precise moisture conditions are essential; even small changes in water availability cause these plants to decline or disappear. Road fill also compacts soil and introduces sediment that buries low-growing plants and clogs the soil pores these species depend on for water and nutrient uptake. Because these plants have limited seed dispersal and slow reproduction rates, local extinction from hydrological disruption is often permanent—recolonization from distant populations is unlikely, and the specific microsite conditions that support them are difficult to recreate once altered.

Hiking and Trail Access

Middle Mountain offers four maintained trails that provide access to the area's ridgeline and stream valleys. Middle Mountain Trail #608 follows the ridge crest, offering views through bare winter trees and access to the surrounding terrain. Two Lick Trail #456 and Two Lick Bottom Trail #457 provide valley-floor options, while Laurel Creek Trail #466 descends into the creek drainage. Trailheads at Middle Mountain, North Fork, Two Lick, Bear Branch–Allegheny, and Laurel Creek–Middle Mountain provide multiple entry points. The roadless condition preserves the quiet, undisturbed character of these trails—hikers encounter no motorized traffic and travel through continuous forest habitat rather than fragmented terrain.

Fishing

North Fork Anthony Creek and Laurel Creek support native brook trout in cold headwater streams typical of the Monongahela's high-elevation habitat. These wild trout populations depend on intact, roadless watersheds free from road-related sedimentation and thermal impacts. Anglers access these streams by hiking from the trailheads listed above; the mountainous terrain and absence of roads mean reaching productive water requires significant foot travel and often "blue-lining" small unnamed tributaries. Downstream, Anthony Creek receives regular hatchery stockings and supports brook, brown, and rainbow trout. A West Virginia fishing license and trout stamp are required. The area's isolation and native trout stronghold—the Monongahela contains 90 percent of West Virginia's native brook trout water—make this a destination for anglers seeking remote backcountry fishing without road access.

Hunting

Little River Wildlife Management Area, operated cooperatively by the U.S. Forest Service and West Virginia Division of Natural Resources, encompasses hunting opportunity within Middle Mountain. The area supports American black bear, white-tailed deer, wild turkey, ruffed grouse, squirrel, cottontail rabbit, and migratory birds including woodcock and mourning dove. Deer archery and crossbow seasons run September 27–December 31; firearms seasons for buck deer occur November 24–December 7. Black bear archery and crossbow seasons run September 27–December 31. Ruffed grouse season opens October 18 and runs through February 28. Wild turkey fall seasons split between October and November. Hunters must wear 400 square inches of blaze orange during firearms deer seasons and register big game electronically through the WVDNR system. The roadless character provides semi-primitive hunting experience away from motorized access, with trailheads at Middle Mountain, North Fork, Two Lick, Bear Branch–Allegheny, and Laurel Creek–Middle Mountain serving as entry points for foot access into interior terrain.

Birding

The area's red spruce and northern hardwood forests support breeding warblers, including Tennessee and Nashville warblers in excellent numbers during spring migration (April), and purple finches singing vigorously in July. Louisiana waterthrush occurs along Laurel Fork at elevations up to 3,600 feet. Dark-eyed junco and magnolia warbler are typical of the high-elevation forest. The Allegheny Trail (#701), a 330-mile north-to-south route, passes through the roadless area and provides pedestrian access for birding in remote backcountry habitat. The absence of roads preserves the quiet forest interior where warblers and other songbirds breed and forage undisturbed.

Photography

Middle Mountain Trail #608 offers ridge-crest vantage points with views visible when leaves are off trees. High Falls of Cheat, a 15–20 foot waterfall spanning 100 feet across a horseshoe bend on the western edge of the area, is accessible by trail and provides a distinctive water feature for photography. Spring wildflowers bloom between snowmelt and canopy leaf-out (April to early May), and great rhododendron and mountain laurel provide seasonal floral displays in the understory. Wildlife subjects include American black bear, white-tailed deer, and native brook trout in headwater streams. The area lies within a region recognized for dark skies suitable for astrophotography, with minimal light pollution from its location within the National Radio Quiet Zone. The roadless condition preserves the undisturbed landscape and dark-sky conditions that make these photographic opportunities possible.