Stone Mound Problem": Identifying and Interpreting the Ambiguous Rock Piles of the Upper Ohio Valley
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JOA 4:39-71, Rock Piles of the Upper Ohio Valley Moore and Weiss THE CONTINUING "STONE MOUND PROBLEM": IDENTIFYING AND INTERPRETING THE AMBIGUOUS ROCK PILES OF THE UPPER OHIO VALLEY Charity M. Moore and Matthew Victor Weiss1 Abstract Rock piles are some of the most ambiguous features encountered in the Upper Ohio Valley, en- compassing diverse origins and functions. A single pile can appear to be consistent with multi- ple interpretations and each interpretation carries implications for how the rock pile is then rec- orded (or not recorded) and evaluated against the National Register of Historic Places criteria. Building on recent fieldwork at the Bear Knob Rock Piles (46UP342), this article explores his- torical sources, regional case studies, and archaeological methods that can be used to examine rock features, and calls for the adoption of similar best practices and guidelines at the federal and state levels. Only through a comprehensive, programmatic approach, informed by indigenous knowledge, can archaeologists overcome the ambiguity of rock piles and expand their under- standing of the ways people augment and interact with the landscape through the construction of rock features and the material affordances of stone. Introduction slope terracing, retaining walls, hunting blinds, livestock fences (e.g., drystone walls), excarna- Cairns, stone mounds, drystone walls, and tion or cremation loci, quarrying or mining by- other rock constructs are some of the most am- products and stockpiles, celestial alignments and biguous archaeological features found in West observation seats, push piles, landscape features Virginia, western Pennsylvania, and southeast- for vision quests and other ceremonies, structur- ern Ohio, as well as other regions worldwide. al foundations and piers, etc. Smaller, amor- Despite a long tradition of scholarly research, phous rock piles in particular can appear to be many rock features continue to confound ar- consistent with many different interpretations chaeologists due to their ubiquity, diverse ori- (e.g., prehistoric burial, field clearance, or mod- gins and functions, and morphological homoge- ern push piles) and each interpretation carries neity. They may include agricultural field clear- disparate implications for how the pile is then ance cairns and dump walls, burial markers, recorded (or not recorded) and evaluated against construction material stockpiles, memori- the National Register of Historic Places (NRHP) als/cenotaphs, property markers, human or ani- criteria (36 CFR 60.4). mal effigies (e.g., inuksuk), "garden" art and Due to the current boom in land develop- other recreational constructs (e.g., stone john- ment and natural resource extraction in the Up- nies), fish weirs, clearance piles from road con- per Ohio River Valley region, rock features are struction or logging, drive lines, trail markers, being encountered with increasing frequency in Charity M. Moore, AllStar Ecology, LLC, 1582 Meadowdale Road, Fairmont, WV, 26554; [email protected] Matthew Victor Weiss, AllStar Ecology, LLC, 1582 Meadowdale Road, Fairmont, WV, 26554; [email protected] Journal of Ohio Archaeology 4:39-72, 2016 An electronic publication of the Ohio Archaeological Council http://www.ohioarchaeology.org 39 JOA 4:39-71, Rock Piles of the Upper Ohio Valley Moore and Weiss Figure 1. Left to right, top to bottom: Cairn piled on top of a boulder outcrop in Barbour Co., WV; Single rock pile within a cairn field in Doddridge Co., WV; “Niched" cairn from a cairn field in Doddridge Co., WV; One of many cairns at 46DO64, a cairn field in Doddridge Co., WV; Rock pile interpreted as a historic-period clearance cairn at 46HS88 in Harri- son Co., WV; Portion of a linear pile at 33BL485 interpreted as a historic-period field clearing dump wall in Belmont Co., OH. Photographs courtesy of ASE. 40 JOA 4:39-71, Rock Piles of the Upper Ohio Valley Moore and Weiss the context of cultural resource management scope of work and absence of Section 106 re- (CRM) and Section 106 review2. Conflicting view for most of these sites, they could not be assumptions, varying levels of familiarity, and investigated beyond a Phase IA-equivalent level different methodological approaches among of effort and their current conditions are un- CRM archaeologists, as well as a lack of rock known, although a few exceptions are discussed feature-specific guidance at the state or federal below. level, have so far disallowed research into re- In response to our own difficulty evaluating gional patterns of rock feature construction and these resources, we have tried to develop an ap- often even result in their being excluded from proach that recognizes the morphological, func- traditional archaeological surveys; however, tional, temporal, and cultural diversity of rock these sites have the potential to reveal important features while still allowing an expedient eval- and exciting insights into the ways prehistoric, uation within the confines of Section 106. Alt- historic-period, and even modern people interact hough this research is, and will always be, ongo- with and augment their landscapes. ing, we have compiled some recommended best While conducting Phase I cultural resource practices, archaeological case studies, historic- surveys for Section 106 review and informal period and indigenous accounts, archaeological project area walkovers for clients' due diligence tools and techniques, and interpretative re- over the past three years, we have encountered sources to assist CRM archaeologists, research- more than 30 cairn groupings, rock walls, and ers, and government agencies in developing a similar sites in northern West Virginia and comprehensive, programmatic approach to the southeastern Ohio (Figure 1). These sites typi- identification, recordation, and interpretation of cally consist of more than one stacked or amor- rock features. We have intentionally avoided phous rock pile constructed from local, tabular defining or classifying rock feature types, as this stones. They are typically located on steep upper would have been a sizeable, and contentious, hillsides or narrow benches in view of the ridge- undertaking. An earlier version of this article line, sometimes overlooking a stream head, and was presented at the Society for Historical Ar- lack any surface artifacts, tool marks, or other chaeology's 49th Annual Conference on Histori- obvious clues to their origin. At sites with larger cal and Underwater Archaeology (Moore and numbers of rock features, they are almost always Weiss 2016). in very close proximity and are easily visible from one another, as well as often being situated Past Excavations and the "Stone Mound in one or more transects paralleling the topo- Problem" graphic contour within a discrete range of eleva- tion. The features are sometimes located near Rock features, as we will collectively refer natural rock outcrops or are built on outcropping to them to avoid semantic debate, have always boulders. Although a few of these sites have been a hot topic in American archaeology; how- prehistoric or historic-period indicators (e.g., ever, they have also often been treated as a "non- road cuts, field edges, nearby Native American standard" site type, particularly in recent years. sites), most were wholly ambiguous. If these Nineteenth and earlier twentieth century archae- sites are prehistoric, it is likely that the apparent ologists in the Upper Ohio Valley region con- rarity of well-stacked piles, in comparison to ducted many investigations of Native American other areas like New York (e.g., Cassedy and stone and earthen mounds (e.g., Dragoo 1955; Bergevin 2015; Windsor 2000) and New Eng- 1956; Fowke 1900; 1902; Inghram, Olafson, and land (e.g. J. Gage and M. Gage 2015a; Ives McMichael 1961; Kellar 1961; McMichael 2015), is at least partially due to the steep terrain 1968; McWhorter 1915; Mills 1914; Moorehead and prevalence of clearcutting in the Upper Ohio 1897; Squier and Davis 1848; Sutton 1958). Valley region. Due to the limitations of our The stone features that they excavated ranged 41 JOA 4:39-71, Rock Piles of the Upper Ohio Valley Moore and Weiss from monumental stone walls and mounds to the more accessible to researchers. clusters of small piles that we have also been In 2011, a West Virginia SHPO (WVSHPO) encountering, which are described as "not more archaeologist wrote that their records include than a wagon-load of stones" (Fowke 1900:193) approximately 115 rock feature sites (Scarr or "rude heaps of stone, occasionally displaying 2011), some of which are relatively high-profile some degree of regularity" (Squier and Davis and controversial; however, no comprehensive 1848:184). studies of these sites have been undertaken. In 1960, James Kellar, a prominent Indiana These well-known West Virginia rock feature archaeologist and stone mound specialist, pub- landscapes include the Mount Carbon Stone lished a synthesis of this prior research, listing at Walls (46FA1; see M. Gage and J. Gage 2009a; least 53 stone mound and cairn sites in Ohio, 10 Inghram, Olafson, and McMichael 1961; Jef- in West Virginia, and 20 in Pennsylvania ferds 2010), those in the North Bend (see Boul- (1960:478-481). In an insightful and still rele- ware et al. 2013) and Stonewall Resort (see The vant chapter titled "The Stone Mound Problem," Associated Press 2011; M. Gage and J. Gage he discusses the often poor excavation tech- 2009b; Tri-State Company, Inc. 2013; Weller niques and reporting, the various attempts to 2012) state parks, and the Bens Run Earthworks categorize and date rock features, and the widely (46TY2) (Spencer 2010; see also WVDCH differing interpretations of their meanings, most 2015). of which he describes as being based in "folk- No information was available regarding the lore, and gross analogy" (Kellar 1960:401-412). number of rock feature sites in Pennsylvania, as In retrospect, this era of prolific excavation of they are varyingly recorded as burial mounds, rock feature sites and Native American ethnog- earthworks, and "other," or as components of raphy, as ill-informed as much of it may have larger sites.