The remains of Henry V’s flagship, the Grace Dieu, currently lie buried within the inter-tidal sediments of the River Hamble (S. England). Previous archaeological investigations have been hindered by difficult excavation conditions resulting in a poor understanding of the dimensions, shape and degradation state of the hull’s deeper structure. This study therefore aimed to image, characterize and reconstruct the buried remains of this vessel using a high-resolution 3D acoustic sub-bottom Chirp system with RTK-GPS positioning capability. The accurate navigation and high-resolution data that were acquired enabled the construction of a full 3D image of the site that not only identified the remains of the wooden hull, but also features buried wi...
This thesis assesses the use of a Chirp sub bottom profiler and side scan sonar as search tools with...
Remains of the 16th-century Yarmouth Roads wreck, buried in sediments, were imaged using high-resolu...
We present a new three‐dimensional (3D) marine seismic data acquisition system, named PingPong , dev...
Maritime archaeologists are increasingly required to investigate important sites in a nondestructive...
Abstract: Shallow water (< 5 m) archaeological shipwreck sites present unique challenges to geoph...
Abstract: This paper compares a 2D and 3D-Chirp geophysical investigation of a buried shipwreck: the...
This paper compares a 2D and 3D-Chirp geophysical investigation of a buried shipwreck: the Grace Die...
Shallow water (< 5 m) archaeological shipwreck sites present unique challenges to geophysical inv...
High resolution acoustic surveying for buried objects in the shallow waters of the inter-tidal to su...
AB: This paper will present the first true 3D high resolution acoustic imagery of a wreck site burie...
Acoustic imaging and characterisation of buried objects (and in particular archaeological materials)...
Chirp sub-bottom profilers are marine acoustic devices that use a known and repeatable frequency-mod...
Abstract- Shipwrecks in deep water are often found by their surface expressions, such as exposed cer...
Chirp sub-bottom profilers are marine acoustic devices that use a known and repeatable frequency-mod...
Chirp sub-bottom profilers (SBP) provide centi-to-decimetre resolution, seismic data with applicatio...
This thesis assesses the use of a Chirp sub bottom profiler and side scan sonar as search tools with...
Remains of the 16th-century Yarmouth Roads wreck, buried in sediments, were imaged using high-resolu...
We present a new three‐dimensional (3D) marine seismic data acquisition system, named PingPong , dev...
Maritime archaeologists are increasingly required to investigate important sites in a nondestructive...
Abstract: Shallow water (< 5 m) archaeological shipwreck sites present unique challenges to geoph...
Abstract: This paper compares a 2D and 3D-Chirp geophysical investigation of a buried shipwreck: the...
This paper compares a 2D and 3D-Chirp geophysical investigation of a buried shipwreck: the Grace Die...
Shallow water (< 5 m) archaeological shipwreck sites present unique challenges to geophysical inv...
High resolution acoustic surveying for buried objects in the shallow waters of the inter-tidal to su...
AB: This paper will present the first true 3D high resolution acoustic imagery of a wreck site burie...
Acoustic imaging and characterisation of buried objects (and in particular archaeological materials)...
Chirp sub-bottom profilers are marine acoustic devices that use a known and repeatable frequency-mod...
Abstract- Shipwrecks in deep water are often found by their surface expressions, such as exposed cer...
Chirp sub-bottom profilers are marine acoustic devices that use a known and repeatable frequency-mod...
Chirp sub-bottom profilers (SBP) provide centi-to-decimetre resolution, seismic data with applicatio...
This thesis assesses the use of a Chirp sub bottom profiler and side scan sonar as search tools with...
Remains of the 16th-century Yarmouth Roads wreck, buried in sediments, were imaged using high-resolu...
We present a new three‐dimensional (3D) marine seismic data acquisition system, named PingPong , dev...