I am sure some of you may have heard this story before, a friend goes out for a walk in the forest and returns back later holding what appears to be an arrowhead. Conversations about the artifact are followed with curiosity to learn more. Questions are asked such as, who made the artifact? How old is it? What type of rock was used to make it? How was it used?
For most people, arrowhead is a popular name used to describe the artifact they have found. In archaeology, arrowheads are generally called projectile points, but we will call them points for now. However, names are given to different types of points based on how archaeologists think they were used. Depending on their weight, size, and shape points can be called a spear, dart, or arrow point. Spear points are normally heavy, large, measure between 8cm to 17cm in length, and most likely tipped the end of a long wooden shaft. Dart points tend to be thick in the middle, light in weight, usually measure from 4cm to 8cm in length, and tipped the end of a long narrow wooden shaft thrown with the help of a dart-thrower. Arrow points are almost always triangular in shape, very thin in the middle, very light in weight, measure 2cm to 4cm in length, and hafted to a short narrow wooden shaft fired from a bow.
So who made these artifacts?
In most cases, they are referred to as Indians. In fact the name Indian was given to the first people met by Europeans arriving in the New World because at first they thought they had landed in India. The name has stayed ever since. Aboriginal is a name used by anthropologists and archaeologists alike when discussing the first people to the New World. We now know Aboriginals lived a hunting-gathering life style whether they lived nomadic or sedentary life styles. We don’t know the original names of Aboriginal groups, but names have been given to their points to distinguish one type from another. Some example names like Hilo, Nettling, and Genesee have been created for specific types of points.
Just how old projectile points are is determined using a technique called radiocarbon dating when uncontaminated organic material is recovered next to a point.
Archaeologists have been able to determine when a point was made in a specific time period based on the results of radiocarbon dating methods, but these are approximate dates. In Canada, the oldest known points are called Clovis points dating up to 11,200 years ago. Similar points have been found in the Great Lakes region dating around 10, 600 years ago.
Most projectile points found in the Lake Erie region of Norfolk and Haldimand County are made from a sedimentary rock high in silica called chert giving the stone a glassy ring to it when two pieces are hit together. What is unique to this region is that almost all points found in Norfolk County were made from chert originating from Haldimand County. Aboriginals either made their points in Haldimand County or picked up chert as rectangular nodules and carried it in tumpline baskets into Norfolk County where stone tools were made, including points.
Chert was only one of several materials used to make these points. Other materials such as wood, bone, and antler were also used, but because they are organic materials most of these points have decomposed over time. There were some attempts to make points from metal such as natural copper, but after contact with Europeans arrow points began to be made from metal products traded with Aboriginals.
Most often projectile points were used to hunt animals because they could create a serious wound to an animal to slow it down, but they were also useful as other types of tools.
While points are sharply tapered, many are wide with rounded or curved cutting edges suggesting as use other than hunting animals. Many points were used every day as knives, scrapers, and even drills because the chert they were made from produced a very sharp edge. However, the one problem with all points is that they break frequently during use and need repairing on a regular basis. This would explain why many broken projectile points been found.
Why are so many projectile points different from one another?
Archaeologists suggest points were used to distinguish one group of people from another. The abundance of points also suggests many were made for the purpose of exchanging and bartering for other resources, especially if they were made from a chert that was considered exotic in colour or resistant to breakage. In fact, chert found along the Onondaga escarpment in Haldimand County and ends in southern New York State was widely transported and exchanged because it was resistant to breakage compared to other types of chert. Lastly, point styles may reflect a response by Aboriginals to adjust the shape or style of the point to changing environments and food resources.
So the next time you get a chance to visit a museum with Aboriginal artifacts with a friend who found a projectile point, or maybe you found a point yourself, think about the amount of history held within this one artifact. Remember, it was made by a person who once lived, breathed, and walked across the very same landscape you live on today. If you look closely at a projectile point imagine what stories it could tell you about the past. For the Silo, Lorenz Bruechert.
Levallois lithic technology in the USA? The cores tell the story by Richard Doninger EDS. DISCLAIMER- We reproduce here a portion of our disclaimer from Doninger’s PCN Part1 article. Doninger’s collection is controversial and may indeed be a mix of genuine artifacts and geofacts.
One of the primary reasons to look at his material is the story he tells. It is one that the founders, members, and many readers of PCN (click here)are very familiar with. It involves a mainstream science community that is so dogmatic in its beliefs that it is willing to both block evidence or not even look at evidence that might challenge those beliefs. These beliefs include that there were no genuinely ancient people in the Americas and that early people throughout the world were less intelligent than us.
The idea that Lower, Middle, or Early Upper Paleolithic-style tools (in the European archaeology sense) are present in the Americas and mainstream resistance to the possibility is something that founding members geologist Virginia Steen-McIntyre (volcanic ash specialist), archaeologist Chris Hardaker, and geologist, the late Sam L. VanLandingham (diatomist) are/were all too familiar with as are also copy editors Tom Baldwin and David Campbell. This is not to mention the layout editor’s experience of censorship regarding evidence disproving cognitive evolution.
So, in a field where censorship of challenging evidence is routine—anthropology—virtually every proclamation the field makes needs to be questioned. One thing that we can be certain of is that once someone becomes “professional” in this field, in all likelihood, they will already be strongly opinionated regarding what is possible.
Dr. Steen-McIntyre, who started this regular feature section of PCN make it as a means to encourage avocational archaeologists and to help them raise the bar above the mere collecting of artifacts (the easy part) to adopting as many professional practices as possible especially in the recording and presenting of their finds. While Doninger’s artifacts are all surface collected, with few specific details of their discoveries recorded he does, nonetheless, present an interesting case that Levallois technology was established and varied in the southwest Indiana (c. Evansville) region.
Our publishing of Rick’s series is not an endorsement of his collection per se, but a reminder that we in the U.S. need to hold our anthropologists accountable as objective scientists, and, like in the field of astronomy, take the contributions of its amateur enthusiasts with a degree of interest.
In Part 1, I shared the story of my initial experience in trying to get input from the mainstream American archaeology community regarding Levallois artifacts including cores I have found in southwest Indiana (e.g., Fig.1) They repeatedly told me that such lithic technology wasn’t present in this country. After many years of research and communication with many professionals, I came to realize a few things that I wasn’t aware of. The first thing is that just because someone is an archaeologist by profession it does not mean that they have any expertise in lithic technology from prehistoric times.
The second is that just because an archaeologist has expertise in Native American lithic technology, does not mean they have any knowledge about lithic technology of early man such as that found abroad, e.g., “Levallois.” This leads to the third and most disappointing which is that many mainstream archaeologists will pretend to know a great deal more about the subject than they actually do and, often, rather than admit that they don’t will fall into simply towing the party line and coming back with a standard mainstream answer should you offer them any kind of evidence that challenges their long held beliefs such as about our origins or how old were the “first Americans” or who might they have been.
I guess one lesson I have learned well is that PhD B.S. is still discernible as B.S. even to a window cleaner such as myself and even though the attempt to camouflage it in scholarly data is present.
After almost two decades of inquiry and research on early lithic technology it seems to me that there is still very little known by American archaeologists about what is considered late Lower or Middle Paleolithic technology such as that found in sites abroad which are “usually” associated with Neanderthal occupations. The terms “Acheulian,” “Mousterian,” or “Levallois” all seem to produce perplexed looks when mentioned in most archaeologist circles and among those who are considered experts in the area of ancient flint tools and flint knapping.
Having said all of these things, I would like to share a bit from an amateur perspective on the subject. I mentioned in my last PCN article that I was told by lithic experts abroad that the only way to identify Levallois lithic reduction was to have some of the cores from which the proposed Levallois flake tools were struck.
Levallois cores are very distinct in appearance and are rarely mistaken for later type technologies such as those blade cores from what is considered the Upper Paleolithic.
There are at least four known core preps which I have found to be considered Levallois which yield several different flake types used in producing a fairly wide variety of tools found from what is considered the late Lower and Middle Paleolithic. All of these are unmistakably different from the American Clovis and later technologies commonly found in the USA.
Those four include the most commonly described “tortoise” (refer to Fig. 1, above), the “centripetal or discoidal” (refer to Fig.2, above),“triangular or chapeau de gendarme,” and the “blocky” core (see Fig.3 below)- all of which yield a very specific type of tool which are similar in morphology and are mostly made on flakes rather than blades (which are the hallmark of most known Native American technologies).
When archaeologists or collectors discover lithic scatters or “debitage” left from Clovis or later archaic tool production it is very recognizable to the trained eye familiar with Native American tool industries. The same applies with Levallois technology and the debitage produced from it. It is unmistakable to the trained eye but can remain virtually invisible to the eye programmed to see Clovis and later evidence, which seems to have been the case for decades now among American archaeologists. They have been recognizing only the evidence that they have been trained to see. That can now change as there is sufficient evidence in enough quantity to recognize what has been considered late Lower and Middle Paleolithic technology all over the world and is now available for analysis here in the USA.
If “the cores tell the story” it can now be told because we have the cores! For this article I have included an example of each core preparation as well as an example point tool (see Fig.4 below) made on Levallois flakes from such cores. A close look at the cores will reveal the negative triangular scars from where triangular flakes were struck revealing the method of reduction.
Levallois lithic reduction has been shown to be a more productive method of tool making in general than the later blade technologies as a wider range of tools can be produced by making the tools on flakes rather than blades. Contrary to the most commonly held belief that later blade technologies such as Clovis or Solutrean were more advanced, I personally believe the Levallois reduction resulted in a much wider range of tools from the same basic core preps which leave one to conclude that it is actually more advanced and complex than those who are assumed to have come later in history.
Over the last several years I have witnessed many who claim expertise in flint knapping who are able to produce virtually every kind of Native American “arrowhead” or bifacial blade tool commonly seen within the known Clovis or later tool industries. Some talented knappers can produce a very fine Clovis point in a matter of minutes and other arrowheads present little challenge in reproduction; but rare are the ones who can reproduce Levallois tools. How the flakes are struck so systematically and consistently from the same core preparation remains a mystery to most. One simply cannot appreciate the complexity of the industry without having such an industry to observe and most American archaeologists have never seen much less handled tools from an actual Levallois assemblage.
We have in recent years witnessed various claims of alleged “pre-Clovis” tools having been found. There are the tools from Meadowcroft Rock Shelter, Buttermilk Creek, Paisley Cave, Cactus Hill, Topper and others, each producing artifacts believed by the finders to represent cultures living here prior to those which produced the famed Clovis industry.
Unlike Clovis technology which has been found in sufficient quantity to establish an identifiable industry, none of the alleged pre-Clovis artifacts have been proven to be of an identifiable technology which has been seen anywhere else in the world in contexts believed to be older than Clovis, leaving only speculation and theory in regard to an actual identifiable “industry” to accompany the claims of a “pre-Clovis” origin.
This is not the case in regard to the assemblages of Levallois artifacts such as the ones being found in as many as eight different states now. These collections clearly display a specific identifiable technology commonly found in sites around the world which are always believed to be from contexts thousands of years older than any yet recorded in the USA. The scholarly critics of “pre-Clovis” claims often use the reasoning that none of the sites have produced a “coherent set of lithic artifacts” to justify the claims.
Having seen much of the lithic evidence from the sites such as Buttermilk Creek and Meadowcroft, I can understand the reluctance to welcome such scant evidence to support the claims because of the absence of a recognizable technology.
Levallois technology is not ambiguous when it is found, regardless of the location. The name is the first indicator in the process of identification…”prepared core.” When such cores are found, identification of the “industry” can begin and an understanding of the actual “technology” becomes comprehensive.
Although I am only showing a few cores and point tools in this article, there are hundreds more in my possession to support my claims of an actual “industry” based on Levallois reduction.
As I have stated previously, I am making no claims regarding the age of these artifacts but rather the “technology” of the tools which is clearly paralleled in the later Acheulian and Middle Paleolithic Mousterian industries of the Old World.
Although the images shown are some of the basic cores and points of the industry, there are also dozens of other tool types present in our assemblages such as burins, blades, hand axes, bolas, scrapers, planes, awls, ochers and effigies. Tools made on the cores themselves are also common, displaying the life of the core and its utilization as different tools during the reduction process of extracting flakes for points, blades and other utensils.
Although considered and labeled as “primitive man” technology when found abroad to support the proposed “out of Africa” human migration theory, I disagree with such labels and assumptions in regard to this technology. Levallois reduction obviously requires both planning and skillful execution to produce such an industry in such an efficient use of available lithic material resources.
The presence of what has been called “old world” technology here in the USA clearly shows that what is being taught in regard to our origins as a nation is wrong and needs to be acknowledged by those who are promoting such error. The evidence is as solid as the rock from which it is hewn. For the Silo (from PCN Vol7 Issue3)- Richard Doninger, a surface-artifact collector living in Evansville southwest Indiana.
Eds. Comment- Rick makes a very interesting case for a lithic technology that appears to be little-known to archaeologists in the U.S. There is still the problem that the artifacts are not documented as to the exact context of each, which, unfortunately, limits the value of the specimens.
However, if the technology is as abundant as Rick’s collection suggests, we simply recommend that he “re-collect” duplicate examples from specific locations with an exacting record of what he has found and where.
Avocational archaeology is a special section of Pleistocene Coalition News started by PC founding member, Dr. Virginia Steen-McIntyre, to encourage amateur archaeologists.