Archaeologists Found Something in Virginia That Nobody Can Explain

A technical survey of the rock formations underlying Tazewell, Russell, and Wise counties in southwestern Virginia, published in 1871 by the geologist J.P. Leslie, had nothing to do with indigenous art by design. Leslie's paper, delivered to the American Philosophical Society under the title, The Geological Structure of Tazewell, Russell, and Wise Counties in Virginia. was concerned with coal seams, fault lines, and the folded rock strata running beneath the region's ridges, the kind of structural mapping that mining interests and land surveyors depended on. Somewhere within that report, apart from the geological data he had actually come to record, Leslie included a brief mention of something else, a set of Indian paintings on a rock face high on a local mountain already known by the name Paint Lick. It was the first time anyone had set the images down in print. It was almost certainly not the first time anyone had known they were there. Paintlick Mountain sits in Tazewell County, near the small community of Maiden Spring, in a stretch of the Appalachians, where ridgelines run long and parallel, and the valleys between them are narrow. High on one face of the mountain, a cliff of quartzite rises above the surrounding slope. Quartzite is hard, weather-resistant rock, the kind that holds a surface mark for a very long time once something is put on it. On part of that cliff face, someone applied red pigment directly onto the stone, not by cutting or scraping the rock itself, but by painting on top of it. Archaeologists draw a firm line between the two techniques. A petroglyph is carved or incised into a surface. A pictograph is painted onto one. What survives on Paintlick Mountain belongs entirely to the second category, and the distinction is not a minor technical point. Pigment applied to an exposed, weather-facing cliff has far less chance of surviving across centuries than a mark cut into the stone itself. That the paintings endured at all, legible enough today to be documented and photographed, is already a departure from what the odds of exposure and weather would predict. By the time professional researchers began paying close attention to the site in the 20th century, 20 separate painted images had been identified and recorded along the cliff face. They range widely in subject and in style. Some are unmistakably representational, a running deer rendered with enough anatomical accuracy to be identified at a glance, and a bird shown in profile with a comparable degree of realism. Others depict birds in a more varied set of poses, including one figure showing a single bird's body with two heads, and a separate, more faded image that appears to show two birds joined together rather than drawn as individuals. Still others abandon representation almost entirely. One painting consists of a design built from concentric circles, with two L-shaped extensions attached to the lower edge that researchers have read as a pair of legs and feet, suggesting a human or human-like figure Built out of pure geometry rather than contour, some images combine human and animal traits in a single figure. Others combine human form with purely geometric shapes. The 20 paintings, taken individually, range from recognizable to almost entirely abstract, and no single interpretive key unlocks all of them at once. The material used to create these images did not need to be carried in from anywhere else. On the slope below the cliff, A soft mudstone containing a heavy concentration of iron oxide, the mineral known as hematite, erodes naturally out of the surrounding rock. Hematite-rich mudstone produces a deep red color when it is broken down, and fragments of this material still lie scattered on the ground near the painted surface today. Researchers studying the site have proposed that whoever created the pictographs most likely ground pieces of this mudstone into a powder, mixed it with some kind of binding and applied the resulting paint with a brush. A finger or another tool capable of putting color onto stone. An alternative and simpler method would have involved using a raw piece of the mudstone directly as a drawing implement, pressing and dragging it against the quartzite the way a person might draw with a piece of soft chalk. Either method required no raw material beyond what the mountain itself already provided. Whoever painted these images understood the geology of the place well enough to recognize that the red stone eroding out of the slope beneath their feet could become the red paint on the wall above them. The real significance of the 1871 reference lies less in what Leslie found than in what his report accidentally preserved. A piece of local knowledge that had clearly existed before any outside observer arrived to record it. A geologist surveying coal structure had no professional reason to go looking for painted rock art, and nothing in his report suggests he went to the cliff specifically to document it. The paintings were, by every indication, already known to the people living in the area, part of a local landscape that residents could point to and name well before a scientific paper gave that landscape a sentence in print. Seventeen years later, in 1888, a far more detailed account followed, when a Smithsonian institution ethnologist incorporated a description of the site into a lengthy federal monograph on Indian picture writing across North America, a study examining painted and carved imagery left by indigenous communities throughout the continent. Between Leslie's passing mention and the Smithsonian's closer look, the paintings had moved from an incidental footnote in a geology report to a documented subject in its own right. Neither account, however, identified who had created the images, when they had painted them, or what the images were originally meant to communicate. Those three questions, the most basic ones a researcher could ask about any work of human art, remained completely open in 1888. More than a century of additional study has not closed them. Interpreting a pictograph is a different kind of work than simply describing one. Describing the images on Paintlick Mountain is straightforward enough. A deer, a bird, a human form, a set of circles. Saying what those images meant to the people who painted them is a far riskier undertaking, and researchers who study rock art across North America have spent decades working out methods for doing it responsibly rather than guessing. The deer and the bird in profile present the smallest risk. Both are rendered with enough naturalistic detail—four legs, antlers, a wing and a beak in proportion—that identifying the subject does not require much interpretive leap. A deer painted to look like a deer is, in all likelihood, meant to depict a deer. The harder work begins with everything on the cliff that does not look like anything in particular. The two-headed bird is a useful example of where interpretation starts to require caution rather than confidence. A single bird's body attached to two separate heads is not a drawing error. A mistake of that kind would be unusual to repeat with any consistency, and researchers studying the panel have treated the doubling as deliberate. What the doubling meant is a separate question entirely, and one the image alone cannot answer. A second, more faded image nearby, appears to show two birds joined to each other rather than one bird split in two, a related but distinct kind of pairing. Whether the two images are connected in meaning, part of a single visual idea repeated and varied along the cliff, or unrelated to each other and simply sharing a subject, is not something that close-looking by itself can settle. The same caution applies to the figure built from concentric circles with two L-shaped legs attached below. A circular motif with limbs could represent a person reduced to an abstract outline. It could represent something with no direct equivalent anywhere in the animal world, a spirit figure, a cosmological symbol, or a concept with no single word translation into English. Assigning it a specific meaning, sun, person, or spirit, without independent supporting evidence, ...amounts to filling a gap with a guess dressed up as an answer. This is the central hazard that researchers working on pictographs face everywhere, not only at Paintlick Mountain. A modern viewer arrives already equipped with modern categories, sun, bird, thunderbird, and the temptation to match an unfamiliar image to the nearest familiar label is strong. But a shape that resembles a sun to a 21st century eye was not necessarily created, or understood, as a sun by the person who painted it centuries earlier. Rock art specialists elsewhere in North America have developed methods for working around that trap rather than falling into it. Comparing a given motif's position relative to other images on the same panel, checking whether a similar shape recurs at other sites in a way that suggests a shared visual vocabulary rather than a coincidence, and weighing any surviving ethnographic or oral testimony from descendant communities about what a given category of image was understood to represent. None of these methods produces certainty. All of them produce something more defensible than a label applied because a shape happens to resemble something familiar. Formal archaeological attention to Paint Lick Mountain accelerated nearly a century after Leslie's incidental mention. In 1969, Howard A. McCord, an archaeologist working for what is now the Virginia Department of Historic Resources, filed a report on the site that led directly to its formal recognition. The pictographs were added to the Virginia Landmarks Register on May 13th of And to the National Register of Historic Places on December 3rd, under reference number 69000284. McCord's report did not claim to solve the questions surrounding the painting's origin. It accomplished something narrower but necessary. It established the site, officially and permanently, as a protected archaeological resource, placing it on record with the same legal standing given to the region's other prehistoric sites and ensuring that any future study would have to work from a documented baseline rather than an undocumented local landmark. That baseline became the foundation for the most detailed comparative study of the site to date. W.J. Hranicki, a Virginia-based researcher who has spent decades studying the state's prehistoric rock art and who directs the Virginia Rock Art Survey, published a 1987 study titled Virginia's Paint Lick Mountain Pictographs, a study of comparison and analysis, prepared for a U.S. Forest Service symposium on archaeology in the uplands of the eastern United States. Hranicki's contribution was not to assign new interpretations to individual images, but to create new interpretations of the images. But to place Paintlick Mountain in a wider context, examining how its combination of figures, its materials, and its physical setting compared to other known rock art in the region and beyond. Comparative work of this kind builds the kind of evidence base that makes careful interpretation possible in the first place. A motif that looks unique, when considered in isolation, may turn out to belong to a documented regional pattern once compared systematically against other sites. While a motif that still has no parallel anywhere else becomes by that same comparison a genuinely distinctive case rather than an assumed one. What neither McCord's report nor Hranicki's later study could do was resolve the identity of the artists themselves. Formal listing on a historic register documents that a site is significant and protects it from disturbance. It does not, and was never intended to, name who created what sits inside its boundaries. Comparative analysis can show how a set of images relates to other known examples of regional rock art. It cannot, on its own, recover the specific community, generation, or individual responsible for a given panel when no written record oral account Or stratified archaeological deposit survives alongside it to anchor that information. Four decades after McCord's report placed Paint Lick Mountain on the National Register, and more than three decades after Hranicki's comparative study, the 20 images on the cliff face remained exactly what they had always been, a documented, protected, and carefully studied set of paintings whose creators had left no name behind, and whose precise intentions, for several of the more abstract figures, no amount of careful looking alone could fully recover. Radiocarbon dating works by measuring the decay of a radioactive form of carbon present in anything that was once alive. Wood, charcoal, bone, shell, and plant fiber all qualify, because living organisms absorb carbon from their environment throughout their lives, and that carbon begins decaying at a fixed, measurable rate the moment the organism dies. A charred cooking fire, a buried antler tool, a fragment of woven cordage. All of these can, in principle, be dated directly, down to a specific range of centuries, as long as enough of the original organic material survives intact. The pigment on Paintlick Mountain does not belong to that category of evidence at all. Hematite, the iron oxide mineral responsible for the red color on the cliff face, is not and never was a living thing. It is a mineral, formed through entirely inorganic geological processes over millions of years, the same chemical compound whether it sits undisturbed in the mudstone on the slope below the paintings, or gets ground into powder and pressed onto the rock above. No amount of laboratory precision can extract a radiocarbon date from iron oxide itself, because the mineral contains no carbon of biological origin to measure. This limitation is not specific to Paintlick Mountain. It is built into the chemistry of mineral pigments everywhere they appear in rock art, and it has shaped how researchers approach pictographs on every continent where red ochre, iron oxide, or similar mineral-based paints were used. Where researchers have managed to produce direct radiocarbon dates from painted rock surfaces elsewhere in the world, the dates have almost always come not from the mineral pigment itself, but from an organic binder, a liquid or paste mixed into the powdered mineral to help it adhere to stone. Binders documented at various rock art sites include plant saps, animal fat, blood, and other organic substances, and if enough of that binding material survived within the paint layer, specialized laboratory techniques, including a low-temperature plasma extraction method developed specifically for this purpose, can isolate the surviving organic carbon from the inorganic pigment around it and submit that isolated carbon for standard radiocarbon analysis. The process is demanding under the best of circumstances. It requires enough organic material to survive centuries of weathering in a usable state, enough of that material to extract without also pulling in contaminating carbon from the surrounding rock or from biological growth that has colonized the surface over time, and a laboratory willing to destroy a small sample of an irreplaceable artifact in order to analyze it. Even when all of those conditions are met, Researchers working on pictograph dating have noted that cross-laboratory comparisons of these results have not yet reached the kind of consistent agreement that radiocarbon dating of straightforward organic material, a piece of charcoal from a hearth, for example, routinely achieves. Paint Lick Mountain's Quartzite substrate introduces one further wrinkle worth understanding. Even though it works in the opposite direction from a complication, Quartzite is composed almost entirely of silica, a mineral that contains no carbon at all. In rock art dating generally, one of the most persistent sources of contamination comes from limestone substrates, which are made of calcium carbonate and therefore carry their own carbon signature that can bleed into a sample and distort a radiocarbon result if a researcher is not extremely careful to separate the sample from the surrounding rock chemistry. A quartzite cliff does not carry that particular risk. The absence of carbonate rock at Paintlick Mountain removes one possible source of interference that researchers elsewhere have had to work around. What it does not do, and cannot do, is supply a documented organic binder within the hematite pigment itself, extracted, analyzed, and published as the basis for an absolute date, because no such binder has ever been identified to extract. No such result exists in the published record for this site. The Virginia Department of Historic Resources and Encyclopedia Virginia both describe the pictograph's time period as uncertain, a classification that reflects the current state of the evidence rather than a lack of effort to resolve it. Radiocarbon dating is not the only tool available to archaeologists trying to place undated rock art within a chronological framework, and the limits of direct dating do not automatically mean a site's age is permanently unknowable. Unknowable. Researchers can sometimes work out a relative date. A window of likely centuries rather than a precise year, by comparing a motif style to other rock art whose age has already been established through some other method, or by connecting a painted or carved image to a layer of dateable archaeological material found physically associated with it, a hearth, a tool, or a pottery fragment buried in the same undisturbed context. This approach has worked elsewhere in Virginia. At Little Mountain in Nottoway County, the only other known pictograph site in the state, Researchers have assigned the three painted images there, a human hand, a form interpreted as a sun glyph, and a mark known locally as a turkey foot, a probable date range within the late woodland period, roughly the years 900 to 1600 of the Common Era, based on stylistic comparison with other securely dated material from the same general cultural horizon. That date is not absolute. It carries the word probable attached to it in the state's own description of the site. But it represents a genuine narrowing of the possibilities, achieved without ever extracting a single radiocarbon sample from the paint itself. No comparable narrowing has been published for Paint Lick Mountain. The site's 20 images include figures that do not closely match a well-documented regional style the way Little Mountain's three simpler glyphs do, and without a securely dated archaeological deposit found in direct physical association with the painted cliff face itself, researchers have not had the kind of anchor point that relative dating depends on. The result is a site confidently placed in the broad era before European colonization, a conclusion supported by the absence of any post-contact material or imagery among the 20 figures and by the consistent judgment of every archaeologist who has examined the site since McCord's 1969 report, but not narrowed any further than that. Pre-European contact, in the context of a region with thousands of years of documented human presence before Europeans arrived, is a wide window. it could describe a date centuries before Little Mountain's probable range it could describe a date centuries after the physical evidence currently available does not allow researchers to say which the question of who painted the images is if anything even less resolved than the question of when Virginia's documentary record of contact between European colonists and the region's indigenous communities, uneven and incomplete as it is, does preserve some description of Indian artistic practice from the colonial period. Early accounts mention body painting, applied directly to skin for ceremony or for ordinary adornment. They mention tattooing. They mention anthropomorphic carvings, figures worked into wood or stone representing human or human-like forms. What those same accounts do not mention, in any surviving record identified by researchers working on this question, is a tradition of painting images directly onto exposed rock faces, whether through pictographs, petroglyphs, or the related practice sometimes called mudglyphs. That silence deserves to be treated carefully, rather than as proof of anything definitive. Virginia's colonial-era documentation of indigenous life was sparse to begin with, shaped by the particular interests and blind spots of the colonists who happened to write things down, and most of the Commonwealth's Indian cultures went poorly documented or entirely undocumented by those same colonial observers. The absence of a written reference to rock painting Could mean the practice had already stopped being made by the time Europeans arrived and began recording what they saw. It could just as easily mean the practice continued, but simply never caught the attention or the interest of the specific colonists who happened to leave written accounts behind. A gap in the documentary record is evidence of a gap in the documentary record. It is not, by itself, evidence of when a cultural practice began or ended. What researchers can say with more confidence is what they cannot say. No surviving written source, from the colonial period or from any later ethnographic study conducted among Virginia's indigenous descendant communities, specifically identifies which community or communities created the Paint Lick Mountain pictographs. Encyclopedia Virginia's own description of the site's imagery describes it plainly as the work of a Virginia Indian of unknown identity. A careful phrasing that commits to an indigenous origin for the paintings, consistent with every physical and stylistic indication available, while declining to assign that origin to any specific named nation or community without evidence to support a more precise claim. This stands in deliberate contrast to how archaeologists sometimes work at other rock art sites across North America, where a documented, continuous historical or oral connection between a surviving community and a specific painted or carved site ...allows researchers to attribute authorship with far greater confidence. No equivalent documented connection has been established for Paint Lick Mountain. The absence of that connection is not evidence that no such connection exists. Indigenous communities with ancestral ties to southwestern Virginia have continued to express a connection to this landscape long after European colonization disrupted the written and oral record that might otherwise have preserved a direct line of attribution. But a felt and acknowledged connection to a place is a different kind of evidence than than a documented chain of authorship. running back to the specific people who ground hematite into powder and painted it onto this particular cliff. The dating problem and the identity problem, examined together, turn out to be two separate gaps that happen to compound each other, rather than one single unanswered question. The physical evidence survived unusually well. For a pictograph on an exposed rock face in the humid climate of the Appalachian Mountains, because the artist chose a hard, weather-resistant quartzite surface and a mineral pigment durable enough to last for an unknown span of centuries. That same mineral stability is precisely what makes the pigment chemically unsuitable for direct dating. The documentary record that might otherwise have named the artists, identified their community, or specified when they worked, did not survive the same way, not because of any property of stone or pigment, but because of how, and how incompletely, colonial-era observers chose to record the indigenous cultures around them. Paint Lick Mountain did not lose one kind of information. It lost two different kinds of information, through two entirely unrelated processes, and neither loss can be reversed by working harder on the other. Virginia has only two sites where this specific category of prehistoric art survives, pigment painted directly onto exposed rock, as opposed to images carved or pecked into stone. Paint Lick Mountain is one. The other is a small rock shelter known as Little Mountain in Nottoway County, roughly 200 miles to the southeast, in the flatter country near the town of Blackstone. The contrast between the two sites is informative precisely because it is so uneven. Little Mountain holds three painted images, a single human handprint, a form researchers describe as a possible sun glyph, and a mark known locally as a turkey foot, all rendered in red ochre. Paint Lick Mountain holds 20. Spanning a far wider range of subjects and a far greater degree of abstraction. One site is a small, tightly focused panel. The other is an extensive gallery. Comparing them is less like comparing two versions of the same thing and more like comparing a single sentence to several paragraphs written in the same alphabet. That comparison becomes more interesting once the question of dating enters it. Little Mountain's three images sit inside a rock shelter Positioned so that direct sunlight reaches the painted wall only during a narrow seasonal window, the panel remains in shadow for most of the year and becomes illuminated specifically around the winter solstice when the sun's lower angle in the sky allows light to reach far enough into the shelter to strike the glyphs directly. Researchers studying the site have connected this alignment to the probable ceremonial or ritual function of the images. Reading the solstice illumination as unlikely to be accidental, given how precisely the shelter's geometry channels the light to that one spot at that one time of year. That architectural relationship between the images and the sun's position gave researchers a foothold for dating the site that Paintlick Mountain's exposed cliff face simply does not offer. Combined with stylistic comparison to other securely dated late woodland material from the region, Little Mountain's three images have been assigned a probable date of roughly the years 900 to 1600 of the Common Era. Paintlick Mountain, painted onto an open-air cliff with no comparable architectural or astronomical anchor point, and displaying a stylistic range that does not map cleanly onto the same regional comparison set, has not received an equivalent date. Two sites, sharing a technique, a region, and a general cultural background, and only one of them has, so far, yielded a working chronology. The physical condition of both sites has been tracked more carefully than their age. At Paintlick Mountain, archaeologists first photographed the cliff face systematically in 1975, and returned to take comparative photographs again in 1980 and in 2009, a deliberate effort to document, image by image, how much of the original painted surface remained legible across those intervening decades. The Virginia Department of Historic Resources describes the site today as having experienced some weathering and vandalism, and notes that despite this, the 20 images remain in relatively legible condition. That phrase, relatively legible, is doing real work. It does not claim the paintings look the way they did when they were first applied to the stone. It claims only that enough of each image survives today for researchers to continue identifying, comparing, and studying them. Which is a considerably lower bar than perfect preservation, and one the site has so far managed to clear. Access to Paint Lick Mountain remains restricted. The site sits on privately owned land, and viewings are arranged through the property owners rather than offered as open, unsupervised public access the way a state park trail might be. That restriction has almost certainly helped protect the paintings from the kind of casual disturbance, foot traffic, touching, or deliberate vandalism that more accessible rock art sites elsewhere have suffered. It has also meant that Paint Lick Mountain has never become a conventional tourist destination. And the images have remained known primarily to researchers, to the landowning family, and to the indigenous communities who maintain a connection to this stretch of the Appalachians regardless of how visible the site is to the wider public. Encyclopedia Virginia describes the pictographs as retaining a deep significance for Indian communities in Virginia and surrounding states, language that treats the site's importance as continuing into the present rather than as a closed chapter belonging only to the distant past. One photograph of the site circulated by the encyclopedia itself carries a credit line to the Painted Mountain intertribal community, a detail that indicates an ongoing relationship between present-day indigenous people and this specific cliff face, independent of whatever name researchers eventually succeed, or fail, in attaching to the original artists. The work carried out at Paintlick Mountain since 1871, the geological report that mentioned it almost by accident, The Smithsonian ethnologist who documented it properly 17 years later, McCord's 1969 investigation that secured its formal protection. Hiraneki's 1987 comparative study, and three separate rounds of conditioned photography spanning more than three decades, has produced something narrower than an answer to who painted these 20 images, when they did it, or what several of the more abstract figures were meant to communicate. It has produced a precise physical description of exactly what survives on the cliff face, a clear account of why the usual scientific tools for dating organic ...cannot be applied to a mineral pigment that never contained any organic material, and an honest record of how incomplete the colonial-era documentation of indigenous Virginia really was. Incomplete enough that an entire painted tradition could exist for an unknown span of centuries without leaving a single written trace behind it. The deer and the bird on that quartzite cliff remain exactly as identifiable as they were the day researchers first photographed them. The two-headed bird, the joined pair of birds, And the circle with two legs remain exactly as resistant to confident translation. Someone climbed Paintlick Mountain, found a cliff face, ground red stone from the slope below into pigment, and left 20 images behind for reasons that person never wrote down and that no later observer ever recorded hearing explained. The paintings survived that silence. The explanation for them did not.