Be in the Room Where It Happens

Tools, Toys, and Centers of Discovery

• Center for Historical Landscapes

  The Center for Historical Landscapes (CHiL) is a research hub that focuses on the impacts of human and environmental change over the long expanse of human history. Its goal is to empower discussions related to:
  

  • heritage, environmental, and land management,
  • economic development, and
  • responses to dramatic climatic fluctuations and change.

  
  CHiL is a gathering space of expertise from a wide away of disciplines, such as archaeology, anthropology, history, classics, geology, informatics, urban planning, climatology, and the environmental sciences. Its research initiatives are found in the Carolina Lowcountry and around the world.

  Learn more about CHiL
• Center for Social Science Research

  The Center for Social Science Research (CSSR) is a research facility to facilitate all inquiries related to the social sciences and humanities. In the CSSR, you’ll collaborate with faculty and students on research in the humanities and social sciences.
  
  As an archaeology student, you can access the CSSR’s research lab for archaeological materials analysis and a computing lab optimized for geospatial, quantitative, and 3D visualizations and data management.

   

   

   

  Learn more about the CSSR
• Other Tools and Toys

  In addition to the CSSR and CHiL, the Archaeology Program maintains equipment for photogrammetry and low altitude drone survey and a dedicated server for data storage and dissemination.

• Our Partners

  
  

  
  

  As an interdisciplinary program, Archaeology benefits from partnerships with other departments and resources:

  • The Anthropology Program maintains a full set of excavation equipment for projects conducted in the Carolina Lowcountry.
  • The Coastal and Marine Geology group within the department of geology houses facilities and equipment used to understand archaeological sites on both the land and seafloor. Faculty and students from several departments use the departmental vessel with side-scan sonar, a high-resolution chirp sub-bottom, drones, an autonomous surface vessel, real-time kinematic GPS, and various navigation and processing software. On land we use ground penetrating radar, vibracores, magnetic gradiometers, electrical resistivity, satellite remote sensing, and various other techniques to build an understanding of various sites.
  • The Santee-Cooper GIS Laboratory (SCGIS) supports undergraduate, graduate and faculty teaching and research at the College in GIS, remote sensing, or geologic/environmental modeling/computing.