archaeological sensitivity assessment (Other Keyword)
1-4 (4 Records)
On behalf of the New Jersey Army National Guard, the U.S. Army Corps of Engineers, St. Louis District contracted John Milner Associates, Inc. to complete Phase IB archeological surveys within four New Jersey Army National Guard facilities: Picatinny Army Aviation Support Facility #2, Lawrenceville Armory, Fort Dix Armory, and Vineland Armory. Surveys were completed in accordance with Section 106 of NHPA and the NJHPO guidelines for Phase I archeological survey. A Phase I archeological survey...
Archaeological Reconnaissance Survey, The Robinson Property (2003)
Hassanamesit, meaning place of small stones and located in present day Grafton, was the third of fourteen Praying Indian towns established by the Reverend John Eliot in the 17th Century to convert Native Americans to Christianity. Established in 1645, by 1671 Hassanamesit contained sixty residents and was the second village, after Natick, to achieve full church status and build a meetinghouse. Based on research by UMass Center for Cultural and Environmental History (CCEH), the 200+ acre Robinson...
Archeological Investigations for the New Jersey Army National Guard, Phase I Archeological Surveys: Sea Girt and Morristown Armories, Phase IA Sensitivity Assessments: Fort Dix, Picatinny, Lawrenceville, Vineland, and West Orange Installations (2004)
On behalf of the New Jersey Army National Guard, the U.S. Army Corps of Engineers, St. Louis District contracted John Milner Associates, Inc. to complete two Phase I archeological surveys and five Phase IA archeological sensitivity assessments within seven New Jersey Army National Guard installations: Picatinny, Morristown, West Orange, Lawrenceville, Fort Dix, Sea Girt, and Vineland. Surveys were completed in accordance with Section 106 of NHPA and the NJHPO guidelines for Phase I archeological...
Modeling Archaeological Sensitivity in Vermont with GIS (2006)
Over the past several decades, significant improvements in processing capacity and GIS software sophistication have encouraged the development and use of computer based models of archaeological sensitivity to augment traditional research approaches and field investigations. The Vermont Archaeological Sensitivity Model (VTASM), a GIS-based framework for simulating archaeological sensitivity statewide, is a recent example of this trend.