Developments in American Archaeology: Fifty Years of the National Historic Preservation Act

2018 ◽  
Vol 47 (1) ◽  
pp. 553-574 ◽  
Author(s):  
Francis P. McManamon

Since its enactment over five decades ago, the National Historic Preservation Act (NHPA) and the organizations, policies, and regulations implementing it have strongly influenced how archaeology is conducted in the United States. The NHPA created a national network of archaeologists in government agencies. This network reviews the possible impact on important archaeological resources of tens of thousands of public projects planned each year. These reviews often include investigations, of which there have been millions. The archaeological profession has shifted from one oriented mainly on academic research and teaching to one focused on field investigations, planning, resource management, public outreach, and resource protection, bundled under the term cultural resource management (CRM). Since 1966, growth has produced good outcomes as well as some troubling developments. Current and new challenges include avoiding lock-step, overly bureaucratic procedures and finding the financial, professional, and technical resources, as well as political support, to build on the achievements so far.

1982 ◽  
Vol 47 (1) ◽  
pp. 163-166 ◽  
Author(s):  
Ruthann Knudson

Since its inception the Society for American Archaeology has been concerned about "encourag[ing] a rational public appreciation of the aims… of archaeological research," and aiding in the conservation of archaeological data. The Society has acted on these concerns by becoming involved in the development of legislation intending to regulate the management of the archaeological resource base. During the recent campaign to amend the National Historic Preservation Act, a statement of "Basic Principles of Archaeological Resource Management" was drafted and accepted by the SAA Executive Committee. This position paper was useful in developing new congressional guidelines for the National Historic Preservation Act Amendments of 1980 (P.L. 95-515), and will serve as a basis for evaluating future international, federal, state, and local legislation and management programs.


Author(s):  
Tony Scott ◽  
Amanda Kloepfer

Gray & Pape, Inc., of Houston, Texas, conducted an intensive pedestrian cultural resources survey of jurisdictional portions of survey corridor within a proposed pipeline alignment measuring a total of approximately 30 kilometers (18.5 miles) located in Harris and Liberty Counties, Texas. The pipeline route is on privately-owned property; therefore, a Texas Antiquities Permit was not required prior to survey. In total, the surveyed property totals approximately 2.8 hectares (7 acres) which defines the Area of Potential Effects. The goals of the survey were to establish whether or not previously unidentified archaeological resources were located within the project area, also defined as the project’s Area of Potential Effects, and whether the pipeline alignment would affect any previously identified cultural resources. The lead agency for the project has been identified as the United States Army Corps of Engineers, Galveston District. The procedures to be followed by the United States Army Corps of Engineers to fulfill the requirements set forth in the National Historic Preservation Act, other applicable historic preservation laws, and Presidential directives as they relate to the regulatory program of the United States Army Corps of Engineers (33 CFR Parts 320-334) are articulated in the Regulatory Program of the United States Army Corps of Engineers, Part 325 -Processing of Department of the Army Permits, Appendix C -Procedures for the Protection of Historic Properties. All fieldwork and reporting activities were completed following accepted standards set forth by the Texas Historical Commission and the Council of Texas Archeologists and in accordance with Section 106 of the National Historic Preservation Act. Fieldwork took place in March 2019 and required 32 work hours to complete. Field investigation consisted of intensive pedestrian inspection, subsurface shovel testing, photographic documentation, and mapping. A total of 20 shovel tests were excavated, of which none were positive for buried cultural materials. No historic structures were identified as a result of survey. Based on the results of the survey, Gray & Pape, Inc. recommends that no further cultural resources work be required and that the project be cleared to proceed as currently planned.


Author(s):  
Christopher A. Bergman ◽  
Steven Law ◽  
Crista Haag ◽  
John Hein ◽  
Donald Brice

The inventory, evaluation and treatment of cultural resources represent a significant challenge for siting and permitting natural gas pipelines. Project sponsors assist the Federal Energy Regulatory Commission’s Office of Energy Projects with meeting its obligations under Section 106 of the National Historic Preservation Act. The increasing sophistication of compliance with Section 106 is reflected in the Office of Energy Project’s 2002 Guidelines for Reporting on Cultural Resources Investigations for Pipeline Projects. Recent pipeline projects in the United States have involved environmental study corridors that are both wide and extensive, a combination that results in the identification of large numbers of cultural properties. The process of cultural resources management begins in the project planning stage with the development of site location modeling, analysis of previous investigations within or near Areas of Potential Effect, and consideration of the likelihood for encountering potentially eligible National Register of Historic Places properties. Using this information, site detection survey strategies can be developed that intensively target only sensitive portions of the Area of Potential Effect. During the survey, identification of archaeological sites, historic structures, or cultural landscapes requires prompt evaluation of National Register eligibility status for the purposes of avoidance or development of treatment plans. This presentation considers the Section 106 compliance process and how project sponsors can effectively manage cultural resources to ensure cost effectiveness and maintenance of restricted project schedules, while meeting the objectives of the National Historic Preservation Act.


2005 ◽  
Vol 04 (01) ◽  
pp. A02 ◽  
Author(s):  
Ric Jensen

Most universities in the United States have little or no idea about how the public perceives the importance of research done at these institutions. Learning whether the public believes academic research is valuable, meaningful, and practical has implications for higher education, if the public believes that university research is of little worth. This project utilized naturalistic and qualitative methods to learn how alumni perceived the importance of research at a major public university with a heavy concentration in research (Texas A&M University). Long interviews using open-ended questions were conducted with 133 alumni at 33 locations in Texas. Interviews were transcribed, unitized, and coded using qualitative methods, and themes were identified. Findings provide insights into whether the public believes university research is important, how the public learns about research, whether public relations programs are effective, the importance of research and teaching, and the types of research the public wants universities to pursue. A framework is proposed to learn about how well the public understands science and to measure the effectiveness of media and education programs to raise both science awareness and understanding of science.


Author(s):  
Tony Scott ◽  
Amanda Kloepfer

Gray & Pape, Inc., of Houston, Texas, on behalf of Lone Star NGL Pipeline, LP, conducted an intensive pedestrian cultural resources survey within permitted areas of the 142.27-kilometer (88.4mile) long Lone Star Express II Pipeline Project – Loop 3, in Eastland, Comanche, Erath, and Bosque Counties, Texas. The lead agency for the project has been identified as the United States Army Corps of Engineers, Fort Worth District (Permit No. SWF-2019-00091). Thus, survey efforts concentrated on areas anticipated to be under the jurisdiction of the United States Army Corps of Engineers (permit areas). Within Loop 3, the total Area of Potential Effects within the permit areas measures approximately 209.9 hectares (518.6 acres). This area encapsulates approximately 52.8 kilometers (32.8 miles) of proposed project alignment. The procedures to be followed by the United States Army Corps of Engineers to fulfill the requirements set forth in the National Historic Preservation Act, other applicable historic preservation laws, and Presidential directives as they relate to the regulatory program of the United States Army Corps of Engineers (33 CFR Parts 320-334) are articulated in the Regulatory Program of the United States Army Corps of Engineers, Part 325 - Processing of Department of the Army Permits, Appendix C - Procedures for the Protection of Historic Properties. All fieldwork and reporting activities were completed according to a scope of work submitted to the United States Army Corps of Engineers and the Texas Historical Commission and accepted standards set forth by the Texas Historical Commission and the Council of Texas Archeologists and in accordance with Section 106 of the National Historic Preservation Act. A records and literature review of the project location prior to survey identified 13 previously recorded archaeological sites, four historic markers, five cemeteries, and five previously conducted surveys within a 0.8-kilometer (0.5-mile) radius of Loop 3. Of those, the mapped locations for one recorded archaeological site and three previous surveys intersect the project corridor. An additional three archaeological sites are located within 91 meters (300 feet) of the project’s Areas of Potential Effects. Fieldwork on Loop 3 was conducted in the Spring of 2019 with supplemental survey in August, October, and November of 2019 and required approximately 3,680-person hours to complete. Survey involved archaeological reconnaissance and shovel testing throughout anticipated permit areas within the project corridor. In total, approximately 901 shovel tests were excavated within permit areas, of which four were positive for cultural material. No portions of previously recorded resources: 41ER48, 41ER49, 41ER50, or 41ER56, were re-identified; however, two new previously unrecorded resources, 41BQ358 and 41BQ359, and one isolate, BQ-07-ISO-01, were discovered. The newly recorded resources consist of sparse Prehistoric lithic scatters, consisting mainly of debitage and lacking temporally or culturally diagnostic artifacts. The lone diagnostic artifact, Isolate BQ-07-ISO-01, consists of an Ellis or Godley type projectile point dating to the Late to Transitional Archaic. The resource areas within the pipeline corridor showed clear disturbance from the adjacent pipeline right-of-way. Indications of soil deflation, erosion, and past land modifications such as agriculture or terracing were also observed. Further, Resource 41BQ358 and Isolate BQ-07-ISO-01 are located on very spatially limited topographic settings surrounded by slopes of 30 degrees or greater. The workspace at the location of 41BQ359 has been revised to avoid the site thus removing it from permitting. The workspace where it passes the site will be marked by orange fencing. Shovel test results at nearly all permit areas identified subsoils, cemented soils, or bedrock. Alarm Creek in Erath County, Permit Area Number 65, was targeted for deep testing based on geomorphological data, and field results and discussions with the field archaeologist. Deep test results indicated a lack of deeply buried A horizon soils and showed no potential for deeply buried cultural material or paleosols. No cultural features or historic-age standing resources were encountered in the field. No artifacts were collected as a result of survey. It is the opinion of Gray & Pape Inc. that none of the recorded resources retain the potential to provide significant research value and are thus recommended not eligible for the National Register, under Evaluation Criterion D. In addition, the resources are recommended not eligible for State Antiquities Landmark status. Gray & Pape, Inc. recommends no additional archaeological work for these resources or surveyed portions of the project. However, Gray & Pape, Inc. recommends that an unanticipated discoveries plan be put into place in the event that such discoveries take place during construction.


Author(s):  
Tony Scott ◽  
Amanda Kloepfer

Gray & Pape, Inc., of Houston, Texas, on behalf of Lone Star NGL Pipeline, LP, conducted an intensive pedestrian cultural resources survey within permitted areas of the 174.36-kilometer (108.34-mile) long Lone Star Express II Pipeline Project – Loop 1, in Midland, Martin, Howard, Mitchell, and Nolan Counties, Texas. The lead agency for the project has been identified as the United States Army Corps of Engineers, Fort Worth District (Permit No. SWG-2019-00091). Thus, survey efforts concentrated on areas anticipated to be under the jurisdiction of the United States Army Corps of Engineers (permit areas). Within Loop 1, the total Area of Potential Effects within the permit areas measures approximately 125.6 hectares (310.3 acres). This area encapsulates approximately 29.6 kilometers (18.4 miles) of proposed project alignment. In addition, approximately 2.3 kilometers (1.4 miles) or 8.9 hectares (21.9 acres) of the proposed route are controlled by the City of Colorado City and thus required the issuance of a Texas Antiquities Code Permit. Permit number 8896 was issued for the project. The procedures to be followed by the United States Army Corps of Engineers to fulfill the requirements set forth in the National Historic Preservation Act, other applicable historic preservation laws, and Presidential directives as they relate to the regulatory program of the United States Army Corps of Engineers (33 CFR Parts 320-334) are articulated in the Regulatory Program of the United States Army Corps of Engineers, Part 325 - Processing of Department of the Army Permits, Appendix C - Procedures for the Protection of Historic Properties. All fieldwork and reporting activities were completed according to a scope of work submitted to the United States Army Corps of Engineers and the Texas Historical Commission and accepted standards set forth by the Texas Historical Commission and the Council of Texas Archeologists and in accordance with Section 106 of the National Historic Preservation Act. Gray & Pape, Inc. submitted project records to the Center of Archaeological Studies at Texas State University. A records and literature review of the project location prior to survey identified 62 previously recorded archaeological resources, one cemetery, one historic marker, and 22 previously conducted surveys within a 0.8-kilometer (0.5-mile) radius of the Loop 1 segment. Of those, 10 recorded archaeological resources and six previous surveys intersect anticipated permit areas. Fieldwork on Loop 1 was conducted in the Spring of 2019 with supplemental survey in July, August, and September 2019. Survey of Loop 1 required approximately 1,200 Gray & Pape, Inc. person-hours to complete and involved archaeological reconnaissance and shovel testing throughout anticipated permit areas within the project corridor. In total, approximately 664 shovel tests were excavated within permit areas, 25 of which were positive for cultural materials. An additional 122 shovel tests were conducted as part of resource delineation efforts. Field effort also included the excavation of a total of 13 deep tests. Nine previously recorded resources: 41NL6, 41NL313, 41NL314, 41NL315, 41NL316, 41NL320, 41NL321, 41NL323, and 41NL326; eight new previously unrecorded resources: 41HW142, 41MH128, 41MH130, 41NL377, 41NL378, 41NL379, 41NL380, and 41NL392; and four isolate finds were identified within Loop 1 permit areas. An additional 10 previously recorded resources: 41MD41, 41HW8, 41HW104, 41HW105, 41HW106, 41NL310, 41NL312, 41NL322, 41NL324, and 41NL325; and one newly identified resource, 41MH129, were identified within the Area of Potential Effects but outside of jurisdictional areas. These sites largely exhibited surface scatters of lithics which are typical for the area and were consistent with the resources identified within jurisdictional permit areas.


2008 ◽  
Vol 18 (2) ◽  
pp. 67-73 ◽  
Author(s):  
Kristal Mills

Abstract Mentoring has long been believed to be an effective means of developing students' clinical, research, and teaching skills to become competent professionals. The American Speech-Language-Hearing Association (ASHA) has developed two online mentoring programs, Student to Empowered Professional (S.T.E.P. 1:1) and Mentoring Academic Research Careers (MARC), to aid in the development of students. This paper provides a review of the literature on mentoring and compares and contrasts mentoring/mentors with clinical supervision/preceptors. Characteristics of effective mentors and mentees are offered. Additionally, the benefits of clinical mentoring such as, teambuilding in the workplace, retention of new staff, leadership development, and improved job satisfaction are discussed.


Author(s):  
Santiago DE FRANCISCO ◽  
Diego MAZO

Universities and corporates, in Europe and the United States, have come to a win-win relationship to accomplish goals that serve research and industry. However, this is not a common situation in Latin America. Knowledge exchange and the co-creation of new projects by applying academic research to solve company problems does not happen naturally.To bridge this gap, the Design School of Universidad de los Andes, together with Avianca, are exploring new formats to understand the knowledge transfer impact in an open innovation network aiming to create fluid channels between different stakeholders. The primary goal was to help Avianca to strengthen their innovation department by apply design methodologies. First, allowing design students to proposed novel solutions for the traveller experience. Then, engaging Avianca employees to learn the design process. These explorations gave the opportunity to the university to apply design research and academic findings in a professional and commercial environment.After one year of collaboration and ten prototypes tested at the airport, we can say that Avianca’s innovation mindset has evolved by implementing a user-centric perspective in the customer experience touch points, building prototypes and quickly iterate. Furthermore, this partnership helped Avianca’s employees to experience a design environment in which they were actively interacting in the innovation process.


1987 ◽  
Vol 19 (9) ◽  
pp. 97-106
Author(s):  
J. J. Vasconcelos

Hater resource managers in semi-arid regions are faced with some unique problems. The wide variations in precipitation and stream flows in semi-arid regions increase man's dependence on the ground water resource for an ample and reliable supply of water. Proper management of the ground water resource is absolutely essential to the economic well being of semi-arid regions. Historians have discovered the remains of vanished advanced civilizations based on irrigated agriculture which were ignorant of the importance of proper ground water resource management. In the United States a great deal of effort is presently being expended in the study and control of toxic discharges to the ground water resource. What many public policy makers fail to understand is that the potential loss to society resulting from the mineralization of the ground water resource is potentially much greater than the loss caused by toxic wastes discharges, particularly in developing countries. Appropriations for ground water resource management studies in developed countries such as the United States are presently much less than those for toxic wastes management and should be increased. It is the reponsibility of the water resource professional to emphasize to public policy makers the importance of ground water resource management. Applications of ground water resource management models in the semi-arid Central Valley of California are presented. The results demonstrate the need for proper ground water resource management practices in semi-arid regions and the use of ground water management models as a valuable tool for the water resource manager.


Sign in / Sign up

Export Citation Format

Share Document