Boggy Branch Type I Point

This triangular point, measuring between 2.5 and 4.5 inches in length, exhibits an elliptical cross-sectional profile and features a serrated blade. Initially, the blade edge may display an excurvate shape, but as the point undergoes repeated resharpening, it can transform into an incurvate or recurvate form, characterized by an inward curvature at the tip and an outward flare at the shoulders. Prolonged resharpening also results in the formation of steeply angled edges. The shoulders of this point can vary in morphology, ranging from barbed to upwardly angled, although heavy resharpening tends to reduce their prominence, often yielding weakly defined shoulders. The stem, which can be slightly expanding or more pronouncedly so with a convex base, is distinguished by rounded basal corners, imparting a bulbous appearance. Additionally, evidence of grinding in the hafting region is frequently observed. The flaking pattern on this point is characterized by a random arrangement of flakes.

The arrowheads exhibit a range of dimensions, with overall lengths spanning from 57 to 120 mm. The stem section measures between 15 and 36 mm in length, with a mean length of 24 mm. In terms of width, the blade ranges from 22 to 41 mm, averaging 25 mm, while the stem width varies from 20 to 32 mm.

This type is mainly located in southern Alabama's eastern region, western Georgia's lower area, and the northern parts of Florida.

In the realm of Native American arrowheads, a particular point type has been distinguished by two notable variants. Specifically, Type 1 is characterized by a longer, rounded stem, whereas Type 2 features a shorter, flattened stem. Research suggests that this point type is closely related to the Big Slough type point, as proposed by Granger and Granger in 2013. A distinctive feature of these points is the presence of steep edges and pronounced serrations, which indicate that they have undergone extensive re-sharpening. This process has likely altered the original dimensions of the points, raising questions about their classification. It is possible that some of these points may have originated as other types, but have been modified through re-sharpening, resulting in a change to their overall characteristics. Consequently, the blade widths of these points may exceed the typical range, particularly in specimens that have not been subjected to such heavy re-sharpening.

The variation in stem shape and size between Type 1 and Type 2 points is a significant aspect of their morphology. The longer, rounded stem of Type 1 points may have provided a more secure fit in a haft, while the shorter, flattened stem of Type 2 points may have been designed for a more specialized use. The relationship between these points and the Big Slough type point highlights the complexity of Native American arrowhead typology, where points can exhibit a range of characteristics that reflect their functional, cultural, and historical contexts.

The phenomenon of re-sharpening, which has been observed in these points, underscores the resourcefulness and practicality of Native American cultures. By re-sharpening and reusing points, individuals were able to extend the lifespan of their tools and minimize waste. However, this process also complicates the task of classification, as the original dimensions and characteristics of the points may have been altered. As a result, archaeologists must exercise caution when interpreting the morphology of these points, taking into account the potential effects of re-sharpening and other forms of modification. By considering these factors, researchers can gain a more nuanced understanding of the technological, cultural, and historical contexts in which these points were created and used.