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TRANSVERSE ARROWHEADS
MESOLITHIC PERIOD
NORTH & WESTERN EUROPE
6,000 B.C. TO 3,000 B.C.
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Transverse arrowhead from northern Europe.
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TRANSVERSE ARROWHEAD
MESOLITHIC & EARLY NEOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   This transverse arrow point was made from Danish flint. It was made from a segment of a core blade that was pressure flaked into a trapezoidal shape. A trapezoid is a geometric shape that has only two sides that are parallel to each other. The parallel sides on this point are the two core blade edges. This point measures 11/16 of an inch (1.7 cm) long.

   Transverse arrowheads were made from short snapped off segments of core blades. Each segment was finished by steeply pressure flaking two edges to form the projectile point.  Both of the original core blade edges were left unaltered. The smaller edge was used for hafting to the arrow shaft and the wider edge for cutting and piercing at the end of the arrow.

Transverse arrowhead from northern Europe.
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TRANSVERSE ARROWHEAD
MESOLITHIC & EARLY NEOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   This transverse arrow point is made of a dark heavily patinated chert. Three previous blade removal scars can be seen on this side which is a clear indication that it was made from a core blade. It measures 7/8 of an inch (2.3 cm) long and 9/16 of an inch (1.4 cm) wide.

   Core blades can be used to make a wide range of stones tools. That's why the technology was so successful for such a long period of time. The common use of core blades in Europe began well over 30,000 years ago during the Aurignacian period. Transverse arrow points were an invention that was developed out of the microlithic industry. The microlithic industry is a core and blade technology most characteristic of the Mesolithic period 8,000 to 5,000 years ago.

Transverse arrowhead from northern Europe.
CLICK ON PICTURE FOR LARGE TRIPLE IMAGE

TRANSVERSE ARROWHEAD
MESOLITHIC & EARLY NEOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   This transverse arrowhead is made of a very heavily patinated material that may be Danish flint. It measures 13/16 of an inch (2.1 cm) long and 5/8 of an inch (1.5 cm) wide.

   Transverse arrowheads are categorized into many different types. Some are described as parallel sided, diverging, straight or slightly concave sided, very concave sided with out-turned edge corners, slightly oblique edge, and even very large transversal weapon head that measure between 4 and 5 cm.

Transverse arrowpoint from northern Europe.
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TRANSVERSE ARROWHEAD
MESOLITHIC & EARLY NEOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   This transverse arrowhead is actually wider than it is long. The wide edge, which is the original core blade's edge, is the end of the arrow point that would pierce the intended target. This edge measures almost 3/4 of an inch (1.9 cm) wide. This point is made of what appears to be Danish flint. It measures 11/16 of an inch (1.7 cm) long.

   Very small arrowheads were widely used during the Mesolithic period. Most examples are less than 1 inch (2.5 cm) long. Six out of the 18 examples illustrated in this article are slightly over 1 inch (2.5 cm) long but out of the collection of 53 from which they were borrowed only 11 are over 1 inch (2.5 cm) long.

Core blade from northern Europe.
CORE BLADE
MESOLITHIC & EARLY NEOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   The core blade illustrated here is a fairly typical example. Several previous blade removal scars can be seen on the surface. Transverse arrowheads were made from core blades like this one. They were made by snapping off small rectangular segments that still retained both edges of the blade. The sides were then steeply pressure flaked into shape with one end wider than the other. One core blade could produce several arrow points.

   It has been suggested that because so many of the microlith arrowheads were small that they must have been used differently than they are today. They may have been designed to remain in the animal once it was shot. The reason for this might be that they were tipped with poison and the longer the arrows remained in the animal the longer the poison would dissolve into the bloodstream.

Microliths from the Mesolithic period Europe.
MICROLITHS
MESOLITHIC PERIOD
NORTH AND WESTERN EUROPE
PRIVATE COLLECTION

   This picture shows three typical examples of microliths from the Mesolithic period in northern Europe. They were made from core blades just as transverse arrowheads were. The three microliths pictured here may have been used as side-blades in harpoons, sickles or even on arrows.
   Microlithic industries, in different forms, are can be found all over the world except for south east Asia and Oceania where it appears to be lacking. They can be found in Africa, Australia, north east Asia and the Arctic. In North America they appear in the Arctic Small Tool Tradition and as micro-drills in the Mississippi Valley at Cahokia. They even appear in some assemblages in South America. They date to various periods in the archaeological record beginning in the Late Paleolithic to the Late Stone Age.

   Trapezoidal shaped transverse points are peculiar looking arrowheads. Nothing like them was ever developed in any of the Stone Age cultures of North America, even though countless millions of arrow points were produced in an endless variety of styles. Most people, if they saw one laying on the ground, would never suspect that such a plain looking flake of stone would have tipped the ends of arrows.

"REFERENCES"

1921,  "A Text-Book of European Archaeology", Vol. I The Paleolithic Period, by R. A. S. Macalister, pp. 535, 536.
1928, "Our Prehistoric Ancestors", by Herdman Fitzgerald Cleland, pp. 81-84.
1959, "The Prehistory of Southern Africa", by J. Desmond Clark, p. 195.
1966, "Aboriginal Man In South And Central Australia", Part 1, by B.C. Cotton, pp. 204-208.
1988, "Encyclopedia of Human Evolution & Prehistory," by Ian Tattersall, Eric Delson & John Van Couvering, pp. 335-338.
1996, "The Oxford Companion To Archaeology", by Brian M. Fagan, pp. 467-469.

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