KRAMER POINTS

Early to Middle Woodland: 3,000 to 2,000 BP

DESCRIPTION: Kramer points range in size from 40 to 71 mm in length, 17 to 40 mm in width, and 5 to 14 mm in thickness. The stem length varies from 10 to 22 mm with a stem width from 12 to 20 mm. This is a stemmed lancelate point that tends to have a straight to slightly convex base. The stem is usually about one third of the point length and the stem sides are relatively straight or contracting. The shoulders are pronounced, sometimes barbed, and arc down into the stem. The blade is triangular or excurvate in shape and are often heavily reworked. The cross sections usualy show bi-convex, but occasionally plano-convex shape. The knapping is poorly done, often leaving promary surfaces on one or both faces. Percussion flaking was used to shape the point from a leafe-shaped preform. The stem was shaped by percussion flaking before pressure flaking was used to shape final blade edges, tip and hafting elements.



DISTRIBUTION: Kramer points are found primarily in the lower Great Lakes areas (Illinois, Michigan, Indiana, northern Ohio, and southern Ontario. Similar point types are also seen throughout eastern Ontario, western New York and Quebec.
RAW MATERIAL: In southwestern Ontario these points have been manufactured from Kettle Point, Onondaga and Selkirk cherts. Any exotic cherts tend to be from Michigan, such as Bayport and Norwood material.

AGE AND CULTURE: This point reflects the Early to Middle Woodland periods, and are dated to 500 B.C in Michigan at the Schultz site (Fitting, 1972) and at other Early Woodland sites in Illinois and Indiana. Kramer points were likely in use about 1 A.D in the midwest USA and southwestern Ontario. It is suggested that Adena, Robbins, Cresap and Kramer points are contemporary in southern Ontario, beginning circa 500 B.C. until about 1 A.D. or later.

REFERENCES: London Chapter, Ontario Archaeological Society. L. Parker, 1982 Kramer Points. KEWA 92-8. Perino, 1968, pp. 44-45. Justice, 1995, pp. 184-187. Overstreet, 2003, p. 894.