Two deeply buried, well-stratified, and well-dated components dating to the Early Holocene period were excavated at the Richard Beene site (41BX831) in Bexar County, Texas. This thesis utilizes both qualitative (interpretation of maps) and quantitative (unconstrained clustering) spatial analysis techniques to identify site structure and assess post-depositional disturbance by analyzing patterns among artifact categories, selected artifacts, and features from these components. Results of spatial analysis are compared to expectations of the archaeological record based on previous research. Each component revealed a distinct pattern. The Lower Medina component (ca. 6900 B.P.) is well preserved and spatial analysis showed clear distinctions bet...
This thesis presents four models of burned rock midden construction: vertical superposition, overlap...
The Rogers Site, 41BX22, is located on the east bank of a tributary to Salado Creek in northern Bexa...
The Spring Valley site (23CT389) is stratified, multicomponent site associated with a co-alluvial fa...
Two deeply buried, well-stratified, and well-dated components dating to the Early Holocene period we...
In the Southeastern United States, archaeological sites dating to the Paleoindian period are elusive...
Texas A&M University completed excavations at the Gault site (41BL323) in Bell County, Texas, in th...
The archaeological literature warns against trusting the context of artifacts found within a vertiso...
The McNeill-Gonzales site is a stratified multi-component prehistoric site in Victoria County, Texas...
From June through August 2000, The Center for Archaeological Research of The University of Texas at ...
textThis study reports original field and laboratory studies on paleoenvironmental aspects of the B...
textThis study reports original field and laboratory studies on paleoenvironmental aspects of the B...
Due to the character of the original source materials and the nature of batch digitization, quality ...
In March of 1977, the Center for Archaeological Research at The University of Texas at San Antonio w...
This thesis presents four models of burned rock midden construction: vertical superposition, overlap...
In 1977-1978 excavations were conducted at 41 LK 67 in Live Oak County, south Texas, by the Center f...
This thesis presents four models of burned rock midden construction: vertical superposition, overlap...
The Rogers Site, 41BX22, is located on the east bank of a tributary to Salado Creek in northern Bexa...
The Spring Valley site (23CT389) is stratified, multicomponent site associated with a co-alluvial fa...
Two deeply buried, well-stratified, and well-dated components dating to the Early Holocene period we...
In the Southeastern United States, archaeological sites dating to the Paleoindian period are elusive...
Texas A&M University completed excavations at the Gault site (41BL323) in Bell County, Texas, in th...
The archaeological literature warns against trusting the context of artifacts found within a vertiso...
The McNeill-Gonzales site is a stratified multi-component prehistoric site in Victoria County, Texas...
From June through August 2000, The Center for Archaeological Research of The University of Texas at ...
textThis study reports original field and laboratory studies on paleoenvironmental aspects of the B...
textThis study reports original field and laboratory studies on paleoenvironmental aspects of the B...
Due to the character of the original source materials and the nature of batch digitization, quality ...
In March of 1977, the Center for Archaeological Research at The University of Texas at San Antonio w...
This thesis presents four models of burned rock midden construction: vertical superposition, overlap...
In 1977-1978 excavations were conducted at 41 LK 67 in Live Oak County, south Texas, by the Center f...
This thesis presents four models of burned rock midden construction: vertical superposition, overlap...
The Rogers Site, 41BX22, is located on the east bank of a tributary to Salado Creek in northern Bexa...
The Spring Valley site (23CT389) is stratified, multicomponent site associated with a co-alluvial fa...