Synonyms for flintknapping or Related words with flintknapping

knapping              oldowan              historiometry              lithics              lithic              glassblowing              debitage              acheulean              garbology              nespos              archaeometry              hafting              phytolith              stemmatic              paleographical              baconian              ethnomedical              mummification              elhaik              organological              kolomoki              levalloisian              flintknappers              codicology              graphology              lichenometry              microlithic              acheulian              tebiwa              toolmaking              archaeologists              palaeographic              lampworking              punchcutting              hoabinhian              mousterian              petrography              paleoindian              taphonomic              morellian              archaeology              clactonian              palimpsestic              graphologists              shirky              archeology              abbevillian              tranchet              feldenkrais              seriation             

Examples of "flintknapping"
Shea's research focuses on stone tools and how they relate to major issues in human evolution. He has experience in flintknapping and other ancient technologies.
Narbona Pass Chert is finely textured and has regular breakage patterns that make it an excellent material for making stone tools and weapon heads by flintknapping.
Vassieux-en-Vercors is home to several prehistoric archaeological sites, and has a Museum of Prehistory which was created in May 1970 after the discovery of a flintknapping workshop.
Levanna and Yadkin points are made using antler percussion flaking (bifacial), rather than cruder flintknapping, and finalized with a pressure flaking technique. The latter technique is also used to resharpen earlier points, as some Madison types have been found. Both antler and bone lithic making tools are also commonly found among prehistoric West Virginia sites.
At the Acheulean site of Boxgrove, West Sussex, England, the area containing Lower Paleolithic deposits on site is one of the largest in Europe. Included in the site are tranchet flakes; the site is deemed to be a place that was continually used for flintknapping.
Flintknapping or knapping is done in a variety of ways depending on the purpose of the final product. For stone tools and flintlock strikers, chert is worked using a fabricator such as a hammerstone to remove lithic flakes from a nucleus or core of tool stone. Stone tools can then be further refined using wood, bone, and antler tools to perform pressure flaking.
"Archaeology Park" ("Ark Park") is the home of the fair's archaeology crew, and includes replica cedar houses like those used by Pacific Northwest Native American tribes, displays of artifacts and photos of archaeological digs from the fair site, and hands-on demonstrations of flintknapping, firemaking, basket weaving and other Native American skills.
In archaeology a blade is a type of stone tool created by striking a long narrow flake from a stone core. This process of reducing the stone and producing the blades is called lithic reduction. Archaeologists use this process of flintknapping to analyze blades and observe their technological uses for historical peoples.
Tools made out of silcrete which has not been heat treated are difficult to make with flintknapping techniques. It is widely believed by stone tool experts that the technology to treat silcrete by burying under a hot fire was known 25,000 years ago in Europe. Heating changes the stone structure making it more easily flaked. This process may have been the first use of so-called pyrotechnology by early mankind.
Until that time, threshing boards were made in certain particular towns and villages with specialised craftsmen. Whereas the woodworking involved is simple, even rough, the flintknapping and the inlaying of flakes into the bottom of board need specialised skills that were passed from father to son. The most famous Spanish town for this work was, doubtlessly, Cantalejo (Segovia), where the craftsmen who made threshing boards were known as "briqueros".
Each year during the first weekend in May, the Russell Cave National Monument hosts a Native American Festival. The festival includes performances of storytelling, dancing, and Native American flute playing. A historical reenactment of a Cherokee encampment is conducted. At this event and at other times throughout the year, demonstrations of Native American lifestyles and weaponry are conducted. Weapons demonstrations include flintknapping to produce points (arrowheads), use of the atlatl for spear throwing, and use of a bow and arrow. Other demonstrations feature wood carving, handbuilding of pottery, and fire building.
His Picts originated on a group of islands in the West at the time Valusia, the kingdom of the Atlantean Kull, existed. The Picts and the barbaric Atlanteans had some kind of ancient blood feud. King Kull, however, formed a strong political link between the Pictish Isles and his kingdom of Valusia. When Atlantis, Lemuria, and Valusia sank into the sea thousands of years after Kull's time, the Picts survived and were flung into a period of cultural decline. They forgot the art of metalworking and returned to the technique of flintknapping.
In addition to the type of events that are prevalent at most conventions, TusCon has developed several different activities that have been adopted at other conventions. These include a Writers Workshop and contest held in conjunction with the Tucson-Pima Co. Municipal Library, An "adults-only" Midnight masquerade where costumes (or the lack thereof) tended to stretch societal norms, a "Furry Critter Stomp" where a dance floor was littered with a variety of nondescript plush beanbag "critters" and Congoers were invited to dance without concern for foot placement, a flintknapping seminar by Dr. Susan Gleason, and chili served to Convention members during the "Dead Dog Party" on the last day of the Con.
Evidence of abstract thinking can be seen in the archaeological record as early as the Acheulean-Middle Stone Age transition, approximately 300,000-250,000 years ago. This transition involves a shift in stone tool technology from Mode 2, Acheulean tools, to Mode 3 and 4, which include blades and microliths. The manufacture of these tools requires planning and the understanding of how striking a stone will produce different flaking patterns. This requires abstract thought, one of the hallmarks of modern human behavior. The shift from large cutting tools in the Acheulian to smaller and more diversified toolkits in the MSA represents a better cognitive and conceptual understanding of flintknapping, as well as the potential functional effects of distinct tool types.
Solutrean tool-making employed techniques not seen before and not rediscovered for millennia. The Solutrean has relatively finely worked, bifacial points made with lithic reduction percussion and pressure flaking rather than cruder flintknapping. Knapping was done using antler batons, hardwood batons and soft stone hammers. This method permitted the working of delicate slivers of flint to make light projectiles and even elaborate barbed and tanged arrowheads. Large thin spearheads; scrapers with edge not on the side but on the end; flint knives and saws, but all still chipped, not ground or polished; long spear-points, with tang and shoulder on one side only, are also characteristic implements of this industry. Bone and antler were used as well.
In 1996, Shackley announced work based on a study of Ishi's projectile points and those of the northern tribes. He had found that points made by Ishi were not typical of those recovered from historical Yahi sites. Because Ishi's production was more typical of points of the Nomlaki or Wintu tribes and markedly dissimilar to those of Yahi, Shackley suggested that Ishi may have been only half Yahi and of mixed ancestry, related to another of the tribes. He based his conclusion on a study of the points that Ishi had made compared to others held by the museum from the Yahi, Nomlaki and Wintu cultures. Among Ishi's techniques was the use of what is now known in flintknapping circles as an Ishi stick, used to run long pressure flakes. As it was a traditional technique of the Nomlaki and Wintu tribes, the finding suggests Ishi may have learned the skill directly from a male relative from one of those tribes. Also small groups, they lived close to the Yahi lands and were traditional competitors and enemies of the Yahi.
Don Crabtree was awarded an honorary doctorate degree from the University of Idaho for his outstanding contributions to the field of experimental archeology. As a rule he was apprehensive to speak at lectures and publish his work therefore the majority of the archeological community did not realize the depth of his contributions until most of his papers were published in the Idaho State University Museum journal, Tebiwa. After this he became a household name in the U.S. and the “Crabtree School” of Flintknapping was begun during which he taught some 33 pupils from 1969 to 1975 many of which would produce dissertations that would educate students across the country in lithic technology. In 1969 some of Crabtree’s work was featured in a special exhibition at New York’s American Museum of Natural History. He is also credited with the creation of “Crabtree’s Law” which is integral in the modern study of lithics. Don Crabtree donated his entire collection of work to the University of Idaho for current and future archeologists to study. The Crabtree Award of the Society for American Archaeology is also named after him.
When explained visually, the bulb of percussion is visible on the ventral face as opposed to the dorsal face (where it is smoother) and considered to be on the "inside" of the parent core. The bulb of percussion is the primary feature that identifies the ventral surface of a flake or blade artifact. Locating its position reveals which is the proximalend of an artifact. Along the proximal end there may be the formation of ripple marks. These ripple marks allow for the direction traveled by the applied force through the lithic when it was detached. Typically, the striking of the flake is produced by knapping (or flintknapping), a process in which requires the user to chip away material from high-silica stones like "flint" in a carefully controlled manner with special tools to produce sharp projectile points or tools. A common characteristic that is associated with the bulb of applied force is a bulbar scar. This scar is from a small chip or flake on the bulb. This is known as an eraillure flake scar. It is produced during the initial impact of flake removal. Occasionally, there is more than one contact point on a striking platform which creates a series of superimposed waves. The eraillure flake is a chip removed through contact of a dominant force wave that creates the conchoidal flake and inferior waves. Bulb of applied force is not produced by bipolar technology or wedging initiation.
In lithic analysis, a subdivision of archaeology, a bulb of applied force (also known as a bulb of percussion or simply bulb of force) is a defining characteristic of a lithic flake. Bulb of applied force was first correctly described by Sir John Evans, the cofounder of prehistoric archeology. However, bulb of percussion was coined scientifically by W.J. Sollas. When a flake is detached from its parent core, a portion of the Hertzian cone of force caused by the detachment blow is detached with it, leaving a distinctive bulb on the flake and a corresponding flake scar on the core. In the case of a unidirectional core, the bulb of applied force is produced by an initiated crack formed at the point of contact, which begins producing the Hertzian cone. The outward pressure increases causing the crack to curve away from the core and the bulb formation. The bulb of applied force forms below the striking platform as a slight bulge. If the flake is completely crushed the bulb will not be visible. Bulbs of applied force may be distinctive, moderate, or diffuse, depending upon the force of the blow used to detach the flake, and upon the type of material used as a fabricator. The bulb of applied force can indicate the mass or density of the tool used in the application of the force. The bulb may also be an indication of the angle of the force. This information is helpful to archaeologists in understanding and recreating the process of flintknapping. Generally, the harder the material used as a fabricator, the more distinctive the bulb of applied force. Soft hammer percussion has a low diffuse bulb while hard hammer percussion usually leaves a more distinct and noticeable bulb of applied force. Pressure flake also allowed for diffuse bulbs. The bulb of percussion of a flake or blade is convex and the core has a corresponding concave bulb. The concave bulb on the core is known as the negative bulb of percussion. Bulbs of applied force are not usually present if the flake has been struck off naturally. This allows archaeologists to identify and distinguish natural breakage from human artistry. The three main bulb types are flat or nondescript, normal, and pronounced. A flat or nondescript bulb is poorly defined and does not rise up on the ventral surface. A normal bulb on the ventral side has average height and well-defined. A pronounced bulb rises up on ventral side and is very large.