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Projectile Points
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Defining Attributes

The Clovis is a fluted, narrow, lanceolate point with a concave base. Some Clovis points exhibit a slight narrowing at the lower end of the blade, while others have entirely straight sides.

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The Clovis point dates to the Paleoindian period.  Estimates of the age of Clovis have varied since its initial discovery, but recent accelerator mass spectrometry (AMS) dates, as well as reviews of previously obtained radiocarbon dates, have narrowed the range of the Clovis point to a period of perhaps just 200 years (Waters and Stafford 2007).  A Clovis tool cluster and hearth at the Cactus Hill site in Virginia yielded a radiocarbon date of 10,920 +/-250 BP, or approximately 10,800 BC in calendar years (McAvoy and McAvoy 1997).  Six AMS dates from the Shawnee-Minisink site in northeast Pennsylyvania produced an average radiocarbon date of 10,937 +/- 15 BP, and the Paleo Crossing site in Ohio had a date of 10,980 +/- 75 BP, or roughly 10,800 to 10,900 BC at the two sites (Gringerich and Waters 2007; Bradley et al. 2008).  The Virginia Department of Historic Resources ( gives Clovis a calendar date range of approximately 11,150 to 10,850 BC in the mid-Atlantic region (see also Dent 1995).  It seems to appear somewhat later – 10,900 BC – in the Northeast, and earlier – 11,400 BC – in the Southeast (Bradley et al. 2008; Anderson et al. 1996). 


Blade: Lanceolate with parallel or excurvate edges.  Usually both faces are fluted, although occasionally only one is.  Often one flute is longer and may terminate in a feather edge, while the flute on the obverse is shorter and terminates in a hinge fracture.  Manufacturing rejects often retain a “nipple” in the base that served as a platform for removing the channel flake.

Haft Element: Concave base; lower side edges are ground, and this grinding marks the extent of the haft element.

Size: An assessment of 44 Clovis points found in Maryland reported lengths ranging from 33 to 102.5 mm, with a mean of 60.03 mm.  A large standard deviation (15.02 mm) indicated a great degree of variability in lengths.  (The three longest points, 102.5, 90.3, and 89.6 mm, were at least 17 mm bigger than the next longest point, which led Brown (1979) to suggest they may not have been originally found in Maryland).  Widths ranged between 17 and 39.2 mm, with a mean of 26.07 mm and standard deviation of 4.86 mm.  Thicknesses were between 4.6 and 11 mm, with a mean of 7.13 mm and a standard deviation of 1.38 mm.  The length-to-width ratio of this Clovis assemblage ranged from 1.51 to 3.75, with a mean of 2.29.  This seems to be a useful metric for distinguishing Clovis from the shorter, stubbier Middle Paleo points, which had a ratio range of 1.26 to 2.75, with a mean of 1.64 (Brown 1979).  On average, Clovis points from the Maryland Coastal Plain were slightly shorter (54.35 mm, excluding the three longest points of questionable provenience) than those from the Piedmont (58.8 mm) or Western Maryland (64.5 mm), although the sample sizes for the latter two regions were quite small, and there was considerable overlap in individual point lengths.  However, the regional size differences, if real, may reflect a partial reliance on smaller cobbles as a source material in the Coastal Plain, particularly the Eastern Shore.

In Virginia, the McCary Survey is an inventory of over 1000 fluted points that have been recorded in the state since 1947.  Presumably it includes non-Clovis fluted points (although that assumes one accepts the validity of other fluted types in Virginia), but the inventory is believed to be skewed toward or dominated by Clovis points (Gardner and Verrey 1979; Hranicky 2008).  The data shows that these fluted points range in length from 18 to 171 mm, with a width of 12 to 52 mm, and a thickness of 3 to 14 mm.  The smaller and thinner points in particular could be non-Clovis.

An examination of 66 Clovis points in New York found that they ranged from 25 to 125 mm in length, with most between 60 and 90 mm.  Thickness ranged from 3 to 10 mm, with most between 5 and 8 mm (Ritchie 1971).  The variability in length may reflect the original size of the source material, functional differences, and/or breakage and resharpening.

Technique of manufacture: Combinations of soft percussion and pressure flaking.  Flaking of the blank is often designed to create a well-defined medial ridge for the subsequent channel flake to follow during removal.  Alternatively, more than one channel flake was struck from each face to provide guide ridges for subsequent flakes. 

Material: In a study of 44 Clovis points from across Maryland, 37 (84%) were made from various cryptocrystalline stones, while 4 (9%) were quartz and 3 (7%) were quartzite (Brown 1979). In far Western Maryland, siltstone was also used for fluted points (Wall 1992). On the Delmarva Peninsula, some fluted points were made from ironstone, orthoquartzite, and petrified wood (Lowery 2002). Elsewhere in the Mid-Atlantic, occasional use of other materials such as slate and rhyolite has been reported (Hranicky 2008).


The Clovis point is found across much of the United States.  Some archaeologists define the type rather broadly, with a range of morphological variation.  Others define it narrowly – flutes always on both faces and less than half the length of the blade, shallow basal concavity, etc. – and see varieties that do not have these traits as non-Clovis.  In the narrow view, Clovis is absent from New England and areas to the northeast, as the fluted points there tend to have deeper basal concavities and various technological differences when compared to points found farther south (Johnson 1996; Bradley et al. 2008). 

Clovis points are mostly commonly recovered as surface finds, but several well-known excavated sites are located in the mid-Atlantic region.  In Virginia, there is the Thunderbird site complex, the Cactus Hill site, and the Williamson site, where approximately 200 fluted points have been found (McAvoy 2003).  In Pennsylvania, there is the Shoop site and the Shawnee-Minisink site.

Clovis points have been found at several Maryland sites.  The Higgins site (18AN489), a small, short-term game processing station in Anne Arundel County, contains the only intact Paleoindian deposit that has been excavated on the Western Shore of the Chesapeake, and yielded quartz Clovis fragments (Ebright 1992).  The Nolands Ferry I site (18FR17) in Frederick County is a well-preserved, multi-component site with occupations from the Paleoindian through the Late Woodland.  The Pierpoint site (18MO41), located along the Potomac fall line, has yielded several fluted points from a plowzone context (Dent 1995).  Paleoindian sites on Maryland’s Eastern Shore include the Paw Paw Cove complex of sites on Tilghman Island (18TA211a, TA212a, TA212b, TA213), where at least 33 fluted bifaces have been recovered along the eroded shoreline, with additional examples excavated from stratified contexts (Lowery 1989, 2002, 2003).  Other Maryland Eastern Shore sites with Clovis points include Nassawango (18WO23) and Henckel Farm (18TA347).  There are no radiocarbon dates for Clovis in Maryland or Delaware.

For many years, the Clovis point was widely believed to be characteristic of the oldest culture in Maryland, but that view is starting to break down as apparently earlier sites are being discovered throughout the Americas.  At least one bifacial blade style that may predate the Clovis has been reported in the East.  Recovered from the deepest levels at the Hardaway site in North Carolina and given the name Hardaway Blade (Coe 1964), it has a broad, thin, pentagonal blade with a concave, thinned, and flaring base.  McAvoy and McAvoy (1997) recovered a similar biface, too thin to permit fluting, from a pre-Clovis horizon, perhaps older than 12,000 BC, at the Cactus Hill site in Virginia.  However, pre-Clovis bifaces have not been identified yet in Maryland.

Defined in Literature

This type was originally named for the Clovis site in New Mexico, where the points were recovered in association with mammoth remains.  This association with megafauna does not hold true for the eastern U.S.


Anderson et al. 1996; Bradley et al. 2008; Brown 1979; Coe 1964; Dent 1995; Ebright 1992; Gardner and Verrey 1979; Gringerich and Waters 2007; Hranicky 2008; Johnson 1996; Lowery 1989; 2002; 2003; McAvoy 2003; McAvoy and McAvoy 1997; Ritchie 1971; Wall 1992; Waters and Stafford 2007

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Maryland's Prehistory

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