Survey at Wroxeter using carrier phase, differential GPS surveying techniques

Holocaust Archaeology: Archaeological Approaches to Landscapes of Nazi Genocide and Persecution

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Holocaust Archaeology: Archaeological Approaches to Landscapes of Nazi Genocide and Persecution

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Robotic total station for microtopographic mapping: an example from the Northern Great Plains

“…Most workers have since followed this protocol (e.g. Doody 1993; Barratt et al, 2000;Chapman and Van de Noort 2001;Ainsworth and Thomason, 2003; see also below).…”

“…Surveyor-grade real time kinematic global positioning systems (GPS) have also been explored for mapping topographic surfaces at archaeological sites and producing DEMs holding great detail. Barratt et al (2000) describe a 35 ha survey at the Roman town of Viroconium (one of the largest urban centers in Roman Britania). Using a series of previously established datums, a direct radio link between a base station and a roving unit allowed differential corrections on the fly, with subcentimetre accuracy.…”

Multidisciplinary investigations on the Roman aqueduct of Grumentum (Basilicata, Southern Italy)

“…GPS (acronym for Global Positioning System) technology represents one of the most powerful tools for modern geophysical investigation because it provides accurate locations of the surveys and compares the anomalous patterns found by the different geophysical methods. Furthermore, with real-time or post-processing differential correction, positions can be located or mapped with sub metre or better accuracy (Kvamme, 1999;Barratt et al, 2000;Harrower et al, 2002).…”

Holocaust Archaeology: Archaeological Approaches to Landscapes of Nazi Genocide and Persecution

“……”

Robotic total station for microtopographic mapping: an example from the Northern Great Plains

“…Most workers have since followed this protocol (e.g. Doody 1993; Barratt et al, 2000;Chapman and Van de Noort 2001;Ainsworth and Thomason, 2003; see also below).…”

“…Surveyor-grade real time kinematic global positioning systems (GPS) have also been explored for mapping topographic surfaces at archaeological sites and producing DEMs holding great detail. Barratt et al (2000) describe a 35 ha survey at the Roman town of Viroconium (one of the largest urban centers in Roman Britania). Using a series of previously established datums, a direct radio link between a base station and a roving unit allowed differential corrections on the fly, with subcentimetre accuracy.…”

Multidisciplinary investigations on the Roman aqueduct of Grumentum (Basilicata, Southern Italy)

“…GPS (acronym for Global Positioning System) technology represents one of the most powerful tools for modern geophysical investigation because it provides accurate locations of the surveys and compares the anomalous patterns found by the different geophysical methods. Furthermore, with real-time or post-processing differential correction, positions can be located or mapped with sub metre or better accuracy (Kvamme, 1999;Barratt et al, 2000;Harrower et al, 2002).…”

Holocaust Archaeology: Archaeological Approaches to Landscapes of Nazi Genocide and Persecution

“……”

Robotic total station for microtopographic mapping: an example from the Northern Great Plains

“…Most workers have since followed this protocol (e.g. Doody 1993; Barratt et al, 2000;Chapman and Van de Noort 2001;Ainsworth and Thomason, 2003; see also below).…”

“…Surveyor-grade real time kinematic global positioning systems (GPS) have also been explored for mapping topographic surfaces at archaeological sites and producing DEMs holding great detail. Barratt et al (2000) describe a 35 ha survey at the Roman town of Viroconium (one of the largest urban centers in Roman Britania). Using a series of previously established datums, a direct radio link between a base station and a roving unit allowed differential corrections on the fly, with subcentimetre accuracy.…”

Multidisciplinary investigations on the Roman aqueduct of Grumentum (Basilicata, Southern Italy)

“…GPS (acronym for Global Positioning System) technology represents one of the most powerful tools for modern geophysical investigation because it provides accurate locations of the surveys and compares the anomalous patterns found by the different geophysical methods. Furthermore, with real-time or post-processing differential correction, positions can be located or mapped with sub metre or better accuracy (Kvamme, 1999;Barratt et al, 2000;Harrower et al, 2002).…”