Shovel Tests Research Articles

Proposed Horsepen Bayou Conveyance Improvements City of Houston, Harris County, Texas

Terracon Consultants, Inc. (Terracon) was retained by IDS Engineering Group (Client) to conduct an intensive pedestrian survey for the proposed Horsepen Bayou Conveyance Improvements project in Houston, Harris County, Texas. Terracon previously conducted a cultural resources desktop assessment for the Client, which was coordinated with the Texas Historical Commission (THC) on March 4, 2019. Since the proposed undertaking will occur on land owned or controlled by a political subdivision of the State of Texas (Harris County Flood Control District), this project was subject to the Antiquities Code of Texas (Texas Natural Resources Code, Title 9, Chapter 191). Additionally, since future phases of this project will trigger regulatory oversight through coordination with the U.S. Army Corps of Engineers (USACE) under Section 404 of the Clean Water Act, it will be subject to provisions of Section 106 of the National Historic Preservation Act (NHPA) (54 USC § 306101). This project was conducted under Antiquities Permit #8974. The project area comprises an approximate six-mile reach along Horsepen Bayou, and associated tributaries, and an approximate 73-acre undeveloped tract. Fieldwork, consisting of pedestrian survey and shovel testing, was conducted from July 22 to July 26, 2019 by Catherine Jalbert (Project Archeologist), Edgar Vazquez (Staff Archeologist), and Michael Hogan (Staff Archeologist), under the oversight of Jennifer Hatchett Kimbell, who served as the Principal Investigator. The report was authored by Catherine Jalbert and Jennifer Hatchett Kimbell. The proposed project area was investigated in compliance with Texas Historical Commission (THC) and Council of Texas Archeologists (CTA) guidelines for archeological survey. No cultural resources were observed within the project area. One property, NASA’s Sonny Carter Training Facility/Neutral Buoyancy Laboratory (Building 920) is adjacent to the project area and has been determined eligible for listing to the National Register of Historic Places (NRHP). However, the THC has determined that the project will have no adverse effect on this property. Considering the absence of other observed cultural resources eligible for inclusion on the NRHP within the project area, Terracon recommended that the proposed project be allowed to proceed as currently designed. The THC concurred with this recommendation on October 4, 2019, and consequently no additional work is required at this time. In the event that human remains or cultural features are discovered during construction, those activities should cease in the vicinity of the remains and Terracon, the THC’s Archeology Division, or other proper authorities should be contacted.

Intensive Archaeological Survey of the Proposed SAWS NWC Bulverde/1604 Sewer Extension Project, San Antonio, Bexar County, Texas

On behalf of Oden Hughes, Pape-Dawson conducted an intensive archaeological survey of the proposed NWC Bulverde/1604 Sewer Extension Project in San Antonio, Bexar County, Texas. The project proposed to begin on the southwest side of Classen Road approximately 0.2 kilometers (km) (0.13 mile [mi]) east of its northern intersection with Bulverde Road. The proposed line would parallel Elm Waterhole Creek to the west and south approximately 0.8 km (0.5 mi). At this point, the line would cross Autry Pond Road in a southwestern direction eventually paralleling Bulverde Road to the intersection of Redland Road for a total length of approximately 0.4 km (0.25 mi). This project would entail the installation of 1.2 km (0.75 mi) of new sewer line within a 5-meter (m) (16-foot [ft])-wide permanent easement and an adjacent 8-m (25-ft)-wide temporary easement along whichever side was available. The Area of Potential Effects (APE) for the proposed project was defined as a 30 m (100 ft) buffer centered on the proposed SAWS centerline totaling 3.7 hectares (ha) (9.18 acres). The depth of vertical impacts was not yet been determined, but utility installations typically require 1.8 to 2.4 m (6 to 8 ft). Notably, the sewer alignment was changed after completion of this archaeological survey and installation will no longer take place in this APE. The survey for the new alignment was completed under Texas Antiquities Permit #8870. Although Oden Hughes would construct the new sewer line, San Antonio Water Systems (SAWS) would be the grantee of the easement after construction. For this reason, compliance with the Antiquities Code of Texas (ACT) was required. In addition, this project would require a Nationwide Permit from the U.S. Army Corps of Engineers (USACE). Thus, compliance with Section 106 of the National Historic Preservation Act (NHPA) (Title 36 Code of Federal Regulations Part 800.4 [36 CFR 800.4]) was required. In addition, the project was located within the San Antonio city limits, which necessitated compliance with the Historic Preservation and Urban Design Section of the City of San Antonio (COSA) Unified Development Code (UDC). Pape-Dawson conducted the intensive archaeological survey on September 20, 2017. The entirety of the APE was subject to visual inspection supplemented by judgmentally placed shovel tests in order to evaluate the potential for buried cultural resources. This work was conducted under Antiquities Permit No. 8161 with Virginia Moore, M.A.G. serving as Principal Investigator. A total of 16 shovel tests was excavated within the APE, all of which were negative for archaeological material. During this survey, one previously recorded site (41BX1786) was revisited within the limits of the APE. However, no cultural deposits associated with the site were encountered. Given the absence of artifacts observed during the current survey, Pape-Dawson recommends that 41BX1786 is ineligible within ROW for State Antiquities Landmark (SAL) and National Register of Historic Places (NRHP) designation. No archaeological resources were located or recorded during this survey. As no properties were identified that meet the criteria for listing in the National Register of Historic Places (NRHP) according to 36 CFR 60.4, or for designation as a State Antiquities Landmark (SAL) according to 13 Texas Administrative Code 26.12 (13 TAC 26.12), Pape-Dawson recommends that no further archaeological work is necessary for the proposed undertaking as presently designed. However, if undiscovered cultural material is encountered iii during construction, it is recommended that all work in the vicinity should cease and the THC and COSA archaeologists be contacted to ensure compliance with the NHPA, ACT, and UDC. No artifacts were collected, but all project records and photographs will be curated at the Center for Archaeological Research (CAR) at the University of Texas at San Antonio.

Proposed Lake Arthur Detention Basin Expansion City of Port Arthur, Jefferson County, Texas

Terracon Consultants, Inc. (Terracon) was contracted by the City of Port Arthur (client) to conduct a cultural resources survey of an approximately 54-acre project area in Port Arthur, Jefferson County, Texas in advance of the proposed expansion of an existing detention basin. Since the proposed undertaking will occur on land owned or controlled by a political subdivision of the State of Texas, and because funding for this project will come, in part, from the Federal Emergency Management Agency (FEMA), this project required compliance with the Antiquities Code of Texas (Texas Natural Resources Code Chapter 191) and its implementing rules and regulations (Texas Administrative Code Chapter 26) and Section 106 of the National Historic Preservation Act (NHPA), (54 USC § 306101) and its implementing rules and regulations, 36 CFR 800. This project was conducted under Antiquities Permit #9109. The proposed project area comprises a 54-acre tract of land located between Texas State Highway 347 and U.S. Route 69 in Port Arthur, Texas. Terracon archeologists excavated a total of eleven (11) shovel tests to a depth of 80 centimeters (cm) below surface, or to sediments inferred to predate human occupation in the area. The removed sediment was passed through ¼-inch hardware mesh to screen for artifacts. No cultural materials were identified during the survey. Additionally, to comply with Section 106 of the NRHP, adjacent parcels were evaluated to determine whether historic properties might be present and subject to visual effects from the project. No such historic properties were identified. Fieldwork was conducted between October 15 and October 17, 2019 by Michael Hogan (Staff Archeologist) and Amani Bourji (Field Technician) under the supervision of Jenni Hatchett Kimbell (Principal Investigator). The report was authored by Michael Hogan and Jenni Hatchett Kimbell. Given the absence of known prehistoric or historical-period resources within the proposed project area, Terracon recommends that the expansion of the Lake Arthur detention basin proceed as planned. Should human remains, historic properties, or buried cultural materials be encountered during construction or disturbance activities, work should cease in the immediate vicinity and Terracon, the Texas Historical Commission (THC) Archeology Division, or other proper authorities should be contacted.

Negative Findings Cultural Resources Survey for the No Name Island Road Improvement Project, Laredo, Texas Laredo Sector, U.S. Customs and Border Protection

Gulf South Research Corporation (GSRC) personnel conducted an intensive archaeological survey of an existing footpath and detached river terrace, referred to as “No Name Island” proposed for vegetation removal on behalf of U.S. Customs and Border Protection (CBP). The project area consists of an approximately 0.25-mile-long dirt footpath, which is proposed to be widened to 16 feet to allow vehicle access (i.e., No Name Access Road), and an approximately 1.12-acre area of detached river terrace (i.e., No Name Island), for which clearing of dense vegetation is proposed. This investigation constitutes CBP’s good faith effort to take into account any adverse effects that may occur as a result of the proposed undertaking in compliance with Section 106 of the National Historic Protection Act (NHPA) (Public Law 89-665; 54 U.S.C. 300101 et seq). The intensive Phase I archaeological investigation included background research of the physical environment, cultural history of the area, previous investigations and previously reported cultural resources, and field survey. Field survey included pedestrian surface inspection supplemented with the excavation of shovel test pits (STPs). Background research revealed eight investigations have been previously conducted, three archaeological sites, and one National Register of Historic Places (NRHP)-listed historic district have been previously recorded within a 0.5-mile radius of the proposed project area. Two of these investigations overlapped with portions of the survey area. None of the previously identified archaeological sites or the NRHP-listed district overlap with either the No Name Access Road or No Name Island survey areas. During field survey, the pedestrian survey encountered no archaeological resources on the ground surface. The subsurface testing consisted of the excavation of four STPs along No Name Access Road within the 0.25 mile long, 60-foot wide project corridor and five STPs within the 1.12 acre No Name Island vegetation removal area. None of the nine STPs were positive for cultural material. As a result of this investigation, no cultural resources were identified within the proposed project area. The proposed project will have no adverse effect on cultural resources and no further work is recommended.

Data Recovery Excavations at the Snakeskin Bluff Site (41GU177), Guadalupe County, Texas

Data Recovery Excavations at the Snakeskin Bluff Site (41GU177), Guadalupe County, Texas

Proposed Texas Pipeline LTD Star 12,000-Foot-Long Power Transmission Line on University of Texas Lands, Ward County, Texas

Terracon Consultants, Inc. (Terracon) was contracted by PNM Resources to conduct a Phase I archeological survey on lands owned by The University of Texas System in Ward County, Texas, the location of a proposed 12,000-foot-long power transmission line. Since the proposed undertaking will occur on land owned by a public institution of higher education, this project required compliance under the jurisdiction of the Antiquities Code of Texas (Natural Resources Code, Chapter 191) and its implementing rules (Texas Administrative Code, Title 13, Chapter 26). The proposed project area comprises an easement approximately 12,000 feet (2.27 miles) long and approximately 30 feet wide. The total area covered is approximately 8.26 acres. Terracon archeologists excavated a total of forty (40) shovel tests to a depth of 80 centimeters (cm) below surface (bs), or to sediments predating human occupation in the area. The removed sediment was passed through ¼” hardware mesh to recover artifacts. One prehistoric archeological site, 41WR139, was recorded during the survey. The portion of the site that is within the project area is not eligible for inclusion in the National Register of Historic Places (NRHP) or for designation as a State Antiquities Landmark (SAL). Jenni Hatchett Kimbell served as Principal Investigator under Texas Antiquities Permit No. 8996. Fieldwork was conducted between July 16 and July 17, 2019 by Michael Hogan (Staff Archeologist) and Edgar Vazquez (Staff Archeologist). The report was authored by Michael Hogan and Jenni Hatchett Kimbell. Project records will be curated at the Texas Archeological Research Laboratory (TARL) at the University of Texas at Austin. Given the absence of NRHP-eligible archeological sites within the proposed project area, Terracon recommends that the installation of the power transmission line proceed as planned. In the event that human remains, historic properties, or buried cultural materials are encountered during construction or disturbance activities, work should cease in the immediate area but can continue where no cultural materials are present. TNMP Environmental Services Department should be contacted.

The Archaeological Findings from the East Texas Archeological Society 2018 Field Day at the Bowles Creek Site (41CE475), Cherokee County, Texas

The Bowles Creek site is a substantial Historic Caddo period Allen phase settlement on a natural rise in the Bowles Creek floodplain in the Neches River basin in East Texas. There have been several rounds of work completed at the site, and other ancestral Caddo sites in the Bowles Creek valley since the Bowles Creek site was first recorded by Stingley, including intensive shovel testing, the excavation of a number of 1 x 1 m units in various parts of the site, and the remote sensing of a 2400 square meter area in the southern part of the site. In this article, we discuss the archaeological findings from work done at the site in May 2018 by the East Texas Archeological Society.

Detecting prehistoric landscape features using thermal, multispectral, and historical imagery analysis at Midewin National Tallgrass Prairie, Illinois

Locating the subtle and uneven deposition of human activities across the landscape continues to challenge archaeologists. Existing tools (e.g. excavation, shovel testing, pedestrian survey, and terrestrial geophysics) have proven effective at locating many types of archaeological features but remain time-consuming and difficult to undertake on densely vegetated or topographically complex terrain. As a result of these limitations, key aspects of past communities remain largely outside of archaeological detection and interpretation. This flattening of past lifeways not only affects broader understandings of these communities, but can also negatively impact the preservation of archaeological sites. This paper presents the detection of archaeological features through an analysis of drone-acquired thermal, multispectral, and visible light imagery, alongside historical aerial photography, in the area surrounding Middle Grant Creek (11WI2739), a late prehistoric village located at Midewin National Tallgrass Prairie in Will County, IL. Our investigations discovered a probable housing area and a ritual enclosure, increasing the area of the site from 3.4 ha to 20 ha. The proposed housing and ritual areas of this village also help contextualize finds from the ongoing archaeological excavations at Middle Grant Creek. More broadly, results demonstrate the valuable contributions that these relatively new archaeological survey methods have in shaping our understandings of the archaeological landscape and highlight the importance of integrating them into the archaeological toolkit.

The Archaeology and Remote Sensing of Santa Elena’s Four Millennia of Occupation

In this study, we present the results of a comprehensive, landscape-scale remote sensing project at Santa Elena on Parris Island, South Carolina. Substantial occupation at the site extends for over 4000 years and has resulted in a complex array of features dating to different time periods. In addition, there is a 40-year history of archaeological research at the site that includes a large-scale systematic shovel test survey, large block excavations, and scattered test units. Also, modern use of the site included significant alterations to the subsurface deposits. Our goals for this present work are threefold: (1) to explicitly present a logical approach to examine sites with long-term occupations; (2) to examine changes in land use at Santa Elena and its implications for human occupation of this persistent place; and (3) to use the remote sensing program and past archaeological research to make substantive suggestions regarding future research, conservation, and management of the site. Our research provides important insight into the distribution of cultural features at this National Historic Landmark. While the majority of archaeological research at the site has focused on the Spanish period, our work suggests a complex and vast array of archaeological features that can provide insight into over 4000 years of history in the region. At a gross level, we have identified possible Late Archaic structures, Woodland houses and features, Late Prehistoric and early Historic council houses, and a suite of features related to the Spanish occupation which builds on our previous research at the site. In addition to documenting possible cultural features at the site, our work illustrates the value of multiple remote sensing techniques used in conjunction with close-interval shovel test data.

Cultural Resources Investigations for the CrownQuest City of Midland Oil and Gas Project, Midland and Glasscock Counties, Texas

SWCA Environmental Consultants (SWCA) was retained by CrownQuest Operating, LLC, to complete an intensive cultural resources investigation for the proposed CrownQuest City of Midland Oil and Gas Project (Project). The Project includes newly proposed oil and gas well pads, crude oil pipeline, and associated access roads on City of Midland property in Midland and Glasscock Counties, Texas. These new components will be constructed within an existing upstream oil and gas system. The 149.9-acre (60.7-hectare) Project area is located approximately 15 miles southeast of Midland, Texas, immediately south of Highway 158, and is situated along and between Johnson and Pemberton Draws. The Project involves a political subdivision within the state of Texas (City of Midland). The Antiquities Code of Texas (ACT) applies because the Project’s activities occur on property owned by the City of Midland and will involve more than 5 acres / 5,000 cubic yards of land disturbance or may potentially affect known archaeological sites. It is SWCA’s understanding that the Project does not currently have a federal nexus, and it is not subject to Section 106 of the National Historic Preservation Act. The purpose of this investigation was to identify and assess any cultural resources, such as historic and prehistoric archaeological sites and historic buildings, structures, objects, and sites (such as cemeteries) that might be located within the boundaries of the proposed Project and evaluate their significance and eligibility for designation as a State Antiquities Landmark. The investigations included a background and historic map review of the Project area and immediately surrounding region followed by pedestrian survey with visual examination and shovel test excavations at proposed Project activity areas. All investigations were conducted in accordance with the ACT and standards and guidelines established by the THC and Council of Texas Archeologists. Following the review and acceptance of the final cultural resources report, all records and photographs will be curated with the Center for Archaeological Research at the University of Texas at San Antonio, per requirements of the ACT in accordance with the CTA guidelines. The cultural resources investigation was conducted under ACT Permit No. 8506. Fieldwork was performed from July 30 to August 4, 2018. The Project setting was mainly eroded and heavily disturbed uplands with occasional exposures of bedrock and caliche. Pedestrian survey was augmented by hand excavating 253 shovel tests and seven auger tests, which were terminated at the maximum reachable depth or at soils likely predating human occupation, typically around 45 cm below surface. The most pervasive land disturbance observed was related to petroleum exploration and extraction activities that have generally impacted ground surface integrity. During the investigation SWCA archaeologists did not observe any prehistoric or historic cultural resources within the Project area. The location near site 41MD4, identified during the background review, could not be visited by SWCA survey staff due to a fire in the facility. The site boundary defined does not extend into a proposed Project activity area and the closest associated Project item is already disturbed. On that basis it is not considered to be a Project concern. Based on the negative findings of the intensive cultural resources survey, SWCA recommends that no further archaeological investigations are warranted within the assessed portions of the CrownQuest City of Midland Oil and Gas Project area.

Ackia and Ogoula Tchetoka: Defining Two Battlefields of the 1736 French and Chickasaw War in Southeastern North America

ABSTRACTInvestigations into the location of two battles related to the Chickasaw and French Wars of the 1700s in Mississippi, USA, show the value of a multi-pronged strategy for identifying and delineating military sites. We used metal detecting, shovel test pits, surface collections, local informant interviews, historical maps, LiDAR-based topography, and air photographs to locate Ogoula Tchetoka and Ackia, two Chickasaw towns where French forces were defeated in 1736. Despite the ambiguity introduced by overlapping domestic occupations and other complicating factors, the weight of our complementary approaches demonstrates that Ogoula Tchetoka and surrounding battle features have been modestly impacted by modern developments, whereas Ackia has been largely obliterated by the construction of a residential neighborhood. Our ability to identify major landscape features related to the military history of these sites contributes to our understanding of the tactics and consequences of warfare between European powers and Native Americans in the Colonial era.

Archaeological Investigations at the Walnut Branch (41CE47), Ross I (41CE485), and Ross II (41CE486) Sites, Cherokee County, Texas

The Walnut Branch site (41CE47) was recorded by George Kegley and Dan Witter in 1969 as part of an archaeological survey funded by the Texas Building Commission (now the Texas Historical Commission) in Cherokee County and adjacent counties. This ancestral Caddo site is located about six miles southwest of the city of Rusk, in the Box’s Creek valley in the Neches River basin; Box’s Creek is a generally southern-flowing tributary to the Neches River, and enters the river not far to the westnorthwest of the George C. Davis site (41CE19), otherwise known as Caddo Mounds State Historic Site. The landowner’s son had previously collected ceramic sherds and a ceramic pipe from the Walnut Branch site, and a Caddo burial (and associated ceramic vessel, about which nothing is known) had been found at the site in 1964. Kegley obtained surface collections of ceramic sherds and lithic tools from different parts of the Walnut Branch site, including a number of ceramic sherds (n=69) and one tool fragment from the Walnut Branch stream bed, a tributary to Box’s Creek; at that time, the bank of the stream was actively eroding, exposing artifacts on the surface. Kegley also excavated two small “test pits” or shovel tests at the site, and they contained a small number of ceramic sherds in the archaeological deposits. The sediments in those “test pits” had different zones of alluvial sands to a depth of at least 58 cm. In 2017, the junior author obtained permission to reexamine the Walnut Branch site, and determine its current condition and research significance. This work consisted of an intensive program of shovel testing across a large field and floodplain north of Walnut Branch and east of Box’s Creek, which is discussed below. He also obtained a substantial collection of ancestral Caddo ceramic vessel sherds from the Walnut Branch stream bed just below the Walnut Branch site and the Ross I site; this surface collection was taken before the shovel testing work was initiated. The intensive shovel testing has demonstrated that the large pasture that contains the Walnut Branch site also contains two other spatially related ancestral Caddo sites (Ross I, 41CE485 and Ross II, 41CE486) to the west and northeast, respectively, of the Walnut Branch site; the findings from these other sites will also be discussed in this article.

Archaeological Investigations at the Mike Myers Site (41CE481) on Bowles Creek in Cherokee County, Texas

The Mike Myers site is a multiple component prehistoric site in the Bowles Creek valley in the Neches River basin in East Texas. The site is on an upland landform (400 ft. amsl), now a pasture with low surface visibility, between Bowles Creek to the east ca. 100 m and a spring-fed branch to the west. The confluence of Bowles Creek with Jackson Branch lies ca. 600 m to the south. Soils on the site are classified as Nacogdoches fine sandy loam. Based on the archaeological investigations conducted at the site to date, the known site area covers a ca. 150 x 60 m area (north-south and east-west) or approximately 2 acres, but the site may well extend to the south onto a lower upland ridge slope (390 ft. amsl) some distance; hopefully shovel tests can be excavated in this area in the near future to determine the full site boundaries. This article discusses the archaeological findings obtained to date from 2016 archaeological investigations at the Mike Myers site, much of it consisting of shovel tests across the site area, focusing particularly on the archaeological remains recovered in the work that date from Woodland and Caddo periods. Most notably, the shovel test work at the site recovered two sherds of non-tempered early Woodland period Tchefuncte pottery. As far as we are aware, this is only the second site in East Texas where Tchefuncte pottery has been found; the other site is the well-known Resch site (41HS16) in the Sabine River basin in Harrison County, Texas. Tchefuncte culture pottery has been recovered from the Louisiana Gulf Coast, in the Ouachita and Mississippi river basins in Mississippi, Louisiana, and southeast Arkansas, and in the Sabine Lake area of coastal Texas and Louisiana, more than 250 km east and southeast of the Mike Myers site.

Continued Shovel Test Investigations at the Historic Caddo Allen Phase Bowles Creek Site (41CE475), Cherokee County, Texas

The Bowles Creek site (41CE475) on Bowles Creek in the Neches River basin in East Texas (Figure 1) is an important and well-preserved Historic Caddo Allen phase habitation site on a low alluvial rise not far north of the current channel of Bowles Creek (Perttula and Stingley 2016, 2017; Perttula et al. 2016). This article summarizes the archaeological findings from the February 2016 excavation of 18 additional shovel tests (ST 40-48 and ST 50-60) at the site, placed between 10-25 m north of the Bowles Creek channel, and excavated in an attempt to clarify the subsurface character and depth of the archaeological deposits in this part of the site given the recovery of ancestral Caddo sherds from 100-140 cm bs in the Bowles Creek cut bank (Perttula and Stingley 2017).

Update on Recent Activities at the Arkansas Archeological Survey’s Henderson State University Research Station in Arkadelphia

The Arkansas Archeological Survey’s Henderson State University Research Station (ARAS/HSU) has been active with several small field projects this year, as well as on-going work in the lab. In February and March 2016, Mary Beth Trubitt and Katie Leslie advised Hot Springs National Park personnel on placement of four soil moisture monitors so as to avoid cultural features at 3GA22, a significant novaculite quarry with prehistoric and historic components. In the process, we were able to map additional quarry features, most of which are associated with early twentieth century whetstone procurement. Our fieldwork and documentation resulted in extending the site boundaries. Eight shovel tests were excavated during the park’s installation of soil monitoring equipment. This represents the first subsurface archeological testing at this quarry. The novaculite debris from shovel tests included quarry waste and natural talus, but few flakes and no tools or diagnostic artifacts were found. After analysis of lithic debris, a report was prepared that outlines past research on the site and its significance, and summarizes the results of the project.

Magnetic Gradient Survey at the M. S. Roberts (41HE8) Site in Henderson County, Texas

The M. S. Roberts site is located in Henderson County, Texas and it represents one of the few known Caddo mound sites in the upper Neches River Basin in northeast Texas (Figure 1). The site is situated along Caddo Creek – an eastward-flowing tributary of the Neches River (Perttula et al. 2016; Perttula 2016; Perttula and Walters 2016). The site is located southeast of Athens, Texas. When first recorded, the single mound at the site was approximately 24 m long and 20 m wide and roughly 1.7 m in height (Pearce and Jackson 1931). Directly west of the mound was a large depression, which has since been mostly filled, and likely represents the borrow pit for mound fill. The mound is situated at the southern end of an elevated alluvial landform. The site was first reported to Dr. J. E. Pearce of the University of Texas in September 1931. In October of the same year, archaeologists from the University of Texas began investigating the mound and defining the extent of the associated settlement (Pearce and Jackson 1931). Researchers obtained a surface collection from the site and excavated an unknown number of trenches in the mound where portions of at least one burned and buried Caddo structure was identified. Their excavation notes document that the mound began as a 25 cm deposit of yellow sand constructed on the undisturbed brown sandy loam that defines the alluvial landform. A structure had been built on the yellow sand and then at some point had been burned. The burned structure was then covered with mound fill at least a meter in depth. Materials collected from the surface as part of the 1931 investigations indicate the presence of a Caddo habitation area surrounding the mound and suggest the site was occupied from the fourteenth to the early fifteenth centuries (Perttula et al. 2016; Perttula 2016; Perttula and Walters 2016). At that time, the landscape around the mound was a used as a cotton field and subject to extensive plowing. Today, the landscape is part of a residential ranch development where landowners are stewards of the site with a focus on preservation and research. In January 2015, with the permission of the landowners, renewed interested in the site began with a surface collection and the examination of the artifact collections from the 1931 work held by the Texas Archeological Research Laboratory (Perttula et al. 2016; Perttula 2016; Perttula and Walters 2016). A series of shovel tests and auger holes were then dug in the mound and surrounding habitation area in mid-2015. Shovel tests and auger holes documented organically-stained and charcoal-rich areas within the mound that were thought to represent the remains of several burned Caddo structures, and also identified non-mound habitation deposits at the site. An initial aerial survey was also conducted to map the landform topography, estimate the extent of the current mound dimensions and borrow pit, and to reconstruct changes in the shape and size of the mound since it was first recorded in 1931 (Perttula et al. 2016). The survey employed a small Unmanned Aerial Vehicle (UAV) to map the roughly 20-acre property surrounding the site at a 2 cm per pixel resolution. The aerial survey of the mound and surrounding landscape and the creation of a high-resolution digital elevation model reveal that the mound dimensions have changed significantly from what was reported in 1931 (Perttula et al. 2016). For example, aerial data document both the mound and borrow pit features and show that the mound measures 43 m North-South and 26 m East-West, and is roughly 1 meter above the surrounding terrace surface (Perttula et al. 2016). The aerial survey demonstrates that the mound has elongated over the last century since it was first recorded, likely related to historic landscape modification. In January 2016, the site was again revisited. The purpose of the fieldwork was to better define the spatial extent of archaeological deposits in the non-mounded habitation area and investigate the stratigraphy of mound deposits, identify cultural features in the mound, and hopefully obtain charred plant remains or unburned animal bones from these deposits for AMS dating. To help evaluate and identify the distribution of cultural features in the mound and the surrounding non-mounded habitation area, an area just over 1 hectare or 2.8 acres was surveyed using magnetic gradient and a second aerial survey was completed to refine the overall landscape topography (Figure 2). The magnetic gradient results document the subsurface location of at least two interpreted structures within the mound, the possible locations of three 1931 UT trenches, and several possible pit features proximate to the mound. The combination of aerial and geophysical data and the excavation results are revising our understanding of the archaeological remains and preservation conditions of the site.

Test Excavations and Additional Surface Collections at the Peach Orchard Site (41CE477) on Bowles Creek in Cherokee County, Texas

In March 2016, additional archaeological investigations were conducted at the Peach Orchard site (41CE477) in the Bowles Creek valley in Cherokee County, Texas. This is an area with numerous Historic Caddo Allen phase settlements, including the Peach Orchard site. Investigations at these sites have included pedestrian survey, systematic surface collections, intensive shovel testing, excavation of several 1 x 1 m units, and remote sensing. The ancestral Caddo sherd collection from the sites strongly suggest they are locations of post-A.D. 1680 Historic Caddo settlements, probably by the Neche or Nechas Caddo peoples. Patton Engraved sherds, the Allen phase fine ware ceramic type in the Neches River basin, are common in the site assemblages, and other aspects of the assemblage are consistent with Neche cluster sites. Perhaps these sites were settlements occupied by a Neche or Nechas Caddo group during the late 17th-early 18th century Spanish colonization of the middle reaches of the Neches River, yet inhabited before sustained French trading activities after ca. A.D. 1720, but when several missions were established in this general locale. In this article we first discuss the March 2016 archaeological investigations at the Peach Orchard site. This is followed by a consideration of the analysis of the recovered artifacts in the work, and a review of the character of the Peach Orchard ceramic assemblage found at the site in several rounds of work.

Archaeological Investigations at the Bowles Creek Site (41CE475), Cherokee County, Texas, in Early 2017

The Bowles Creek is a substantial Historic Caddo period Allen phase settlement on a natural rise in the Bowles Creek floodplain in the Neches River basin in East Texas. There have been several rounds of work completed at the site since it was first recorded by Stingley, including shovel testing, the excavation of 1 x 1 m units, and the remote sensing of a 2400 square meter area. In this article, we discuss the archaeological findings from work done at the site in January and February 2017.

Avraham Faust, Hayah Katz. Survey, Shovel Tests and Excavations at Tel c

Avraham Faust, Hayah Katz. Survey, Shovel Tests and Excavations at Tel c

Utilizing Mole-Rat Activity for Archaeological Survey

AbstractIdentifying previously unknown sites is a fundamental goal of the archaeological inquiry. In this article, after reporting the results of our work at Tel ‘Eton (Israel), we propose a new method that can increase the effectiveness of surveys. As part of a study of site formation processes, molehills (mole-rat back-dirt hills) were systematically sifted at Tel ‘Eton and its surroundings. It was apparent that the number and size of sherds in molehills on the mound greatly exceeded those found in its surroundings. The incidental identification of many sherds in molehills northwest of the mound, therefore, led us to suspect that this area was settled. This was tested by transecting the area. The finds, along with discoveries in the wadis cutting the plain, support this suggestion and allowed us to detect the lower city’s boundary. An examination of the site’s environments, moreover, enabled us to identify additional anomalies, like the co-occurrence of concentrations of sherds, red-soiled molehills, and slags, which might indicate an extra-mural workshop. Consequently, we suggest that a systematic examination of rodents’ back-dirt mounds can be an effective method—faster, cheaper, and more efficient than pedestrian surveys or shovel tests—of discovering unknown sites even in regions with good visibility.