Upcoming Events

Joel Dukes, RPA, USDI National Park Service, Northeast Archeological Resources
Program

Joel Dukes has been an archaeologist with the National Park Service Northeast Archaeological Resources Program based out of Lowell, Massachusetts since 2008. Prior to that he was an archaeologist for the US Forest Service for eight years. As a regional NPS archaeologist he serves as an archaeological advisor for several parks including the Appalachian Trail, Statue of Liberty and Minute Man National Historical Park. Joel has an interest in exploring new archaeological methods for investigating and interpreting battlefields and has led and participated in projects at battlefield parks including Gettysburg, Appomattox, Minute Man, and Saratoga. Mr. Dukes holds an M.A. in Anthropology/Archaeology from the University of Georgia (1993). He is an Advanced Metal Detecting for the Archaeologist instructor and has also served as a Scientific Recovery Expert with the Defense Department POW/MIA Accounting Agency.

Joseph Balicki, RPA, Archeological Consultant

Joseph Balicki is an instructor for Advanced Metal Detecting for the Archaeologist and is a graduate of the Catholic University of America (MA). During his career in Cultural Resource Management, the Archeology of Military sites was one of his primary areas of expertise, and he is proficient in conducting KOCOA analysis, primary research, and metal detector surveys on military archeological sites ranging from fortifications, battlefields, winter quarters, and cantonments to front-line temporary bivouacs. His 2011 article “The Watch-Fires of a Hundred Circling Camps: Theoretical and Practical Approaches to Investigating Civil War Campsites” conclusively demonstrated that, at present, metal detection is the most effective method for identifying and examining military sites. He is a strong advocate for the inclusion of realistic metal detection methodologies on all historic sites as these collection strategies will result in a different data set than traditional field methods. Current research interests include conflict theory and best practices for effective metal detection by archaeologists. 

In this seminar participants will be introduce to the applications, efficacy, and best practices of metal detection in archaeological contexts. Participants will learn the basics of survey methods, detector techniques, data management, and general machine settings. The role of crew experience, metal detector quality, environmental conditions, and appropriate level of effort will be covered. Several case studies that were successful in defining archaeological sites will be discussed.

1). Introduce participants to when a metal detecting investigation is appropriate.
2). Participants will be introduced to a variety of metal detection survey methods and ways to improve performance.
2). Participants will learn the role that experience, quality metal detectors, environmental conditions, and appropriate time devoted to a project have on metal detecting investigations.

Dr. Ervan Garrison, PhD, RPA, University of Georgia

Dr. Garrison has recently retired from the University of Georgia where he taught geology and archaeology for 32 years. Archaeological sedimentology played a central role in his teaching and research, which encompassed the study of both terrestrial and lacustrine/marine sediments. From 1990 to 1992 he worked as a Marine Archaeologist at the National Oceanic & Atmospheric Administration (NOAA) and served as research faculty at Texas A&M University from 1979 to 1989. Dr. Garrison received his PhD. from the University of Missouri and both his B.S. and M.A. from the University of Arkansas.

A significant portion of any archaeological site is often in the dirt aka “sediments.” Even until the mid-to-late 20th century, sediments were simply discarded and ignored at many excavations. Sediment analysis or sedimentology together with pedology is largely the province of geoarchaeology. The geoarchaeological study of inundated and submerged soils and sediments is a relevant sub-specialty since more and more academic and CRM studies focus on drowned landscapes. This seminar will focus exclusively on “drowned dirt” and how best to use it for archaeological ends. Color, texture, parent material, micro-and- macro inclusions, eDNA will be discussed as well as important laboratory and instrumental methods that assist in our understanding of wet sediments and soils.

1. Learn how to best sample wet sediments and how their study differs from that of subaerial soils and sediments.
2. Learn the basic steps in the collection and characterization of wet sediments.
3. Appreciate the importance of sedimentological/pedological study in archaeology.