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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

An archaeological survey of Randolph County, Indiana

Morris, Benjamin Joseph January 1970 (has links)
This thesis has investigated and recorded sites of Archaeological interest in Randolph County, Indiana. An earlier survey, conducted by Frank M. Setzler in 1930, investigated and recorded 20 sites. These were revisited by the writer and comments on their present condition are included in the paper. In addition, 46 new sites were located, recorded and categorized according to the developmental stage suggested by surface finds and/or test pits. Finally the thesis discusses the spatial and temporal relationships of the sites to sites in other areas.
2

Examination of Native American remains in east central Indiana through mitochondrial DNA analysis

Rapier, Brandon S. January 2006 (has links)
Mound building was a common practice in the Midwestern United States among the Adena and Middle Mississippian tribes from approximately 500 B.C. to 1500 A.D. Though they varied greatly in size, shape, and complexity between cultures, the mounds served a common purpose as means to bury the deceased. Mounds representing both cultures have been found dispersed throughout Indiana, in areas such as Randolph County, Henry County, Madison County, Knox County, and Vanderburgh County.Of particular interest in this investigation is an Adena burial plot, known as Windsor Mound, which is 2000 yrs old and located in neighboring Randolph County. An amateur excavation of the mound from 1986 to 1988 unearthed the fragmented remains of 44 individuals and several artifacts, all of which were loaned to the Ball State University Anthropology Department. Documentation of the excavation was poor and the exact location of artifacts and remains within the mound were not recorded, leaving anthropologists with many unanswered questions that could only be answered through genetic analysis. Pressing questions were the degree to which the 44 individuals were related and which of the five Native American lineages (haplotypes) they belonged to.For this analysis, dentin was recovered from the teeth of three Native American individuals exhumed from Windsor Mound. Two of the individuals (87.17.5 and 87.17.10) were found in the lower mound portion (70 B.C.), while the third individual (87.17.22) was found in the upper mound cap (1180 A.D.). Ancient DNA (aDNA) was extracted from each dentin sample, yielding an average of 0.072 ug/mg of dentin. A highly polymorphic portion of the mitochondria) DNA control region (nt 16,049 - nt 16,221) termed hypervariable region 1 (HVI) was amplified via PCR to generate 172 bp amplicons which were cloned into a plasmid vector. Following a transformation, 10 clones from each individual were sequenced and aligned to identify consistent mutations, as opposed to random post-mortem damage that may have occurred.Sequencing of the HVI region for Individual 87.17.5 revealed a T —~ C base substitution at nt 16,189, a C — T substitution at nt 16,192, and a deletion at nt 16,203. Identical mutations were seen in Individual 87.17.22 from the upper mound cap. The alignment for Individual 87.17.10 revealed a unique T --~ C mutation at nt 16,126 as well as the deletion at nt 16,203. A literature search revealed that the substitution at nt 16,189 is specific to Native American 1-laplogroups B and X. Haplogroup B first appeared in central Asia 60,000 yrs ago while Haplogroup X appeared in western Asia 30,000 yrs ago. The substitution at nt 16,192 is indicative of East Asian origin and specific to Japanese populations. To our knowledge the deletion at nt 16,203 has not been reported before in a Native American, thus its presence was thought to indicate kinship between the individuals. However, an alignment of the ancient consensus sequences to that of the three investigators revealed that the deletion was present in two of the modern samples and was not novel. Nothing is known about the substitution at nt 16,126. Further sequencing downstream of nt 16,221 is needed to identify additional mutations characteristic of Haplogroup B or X and a novel kinship marker. / Department of Biology
3

Windsor Mound : a synthesis of an Adena mound in Randolph County

McCord, Beth Kolbe January 1994 (has links)
In 1992 and 1993 the Archaeological Resources Management Service (ARMS) of Ball State University in conjunction with the Upper White River Archaeological Society (UWRAS) conducted limited research of Windsor Mound located in Randolph County, Indiana. The project consisted of obtaining accurate profiles of an amateur excavation that began in 1986 and backfilling the excavation. This thesis provides a synthesis of the previous studies on Windsor Mound, an analysis of the materials recovered and the results of the limited UWRAS/ARMS excavations. / Department of Anthropology
4

The Manning cache : an examination of the McWhinney heavy stemmed point

Gullion, Chris S. January 2008 (has links)
This thesis will explore the significance of a cache of Late Archaic lithics found in Randolph County, Indiana by Bobby Manning. These points, thought to mostly be of the McWhinney Heavy Stemmed type are unique in that very few caches of these points have found been in such good condition in unmixed contexts. The McWhinney Heavy Stemmed point, as currently defined, is not well represented in the archaeological record. Point typology is important to archaeology because point types indicate the age and cultural affiliation of most surface sites. Point typologies, then, require accurate description of good samples from unmixed contexts. By presenting background data concerning the McWhinney Heavy Stemmed point and known morphological correlates this thesis aims to provide a better description of the point type. Also this data, coupled with the data from the Manning cache is used to produce results that determine the significance of the cache and determine if this isolated cache reflects a new variant in the McWhinney type or, if justified, a new type altogether. / Department of Anthropology

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