Skip to main content
Knowledge of underwater topography is essential to the understanding of the organisation and distribution of archaeological sites along and in water bodies. Special attention has to be paid to intertidal and inshore zones where, due to... more
    • by  and +3
    •   22  
      Remote SensingLiDARAirborne Laser ScanningBathymetry Survey
A new generation of airborne bathymetric laser scanners utilises short green laser pulses for high resolution hydrographic surveying in very shallow waters. The paper investigates its use for the documentation of submerged archaeological... more
    • by  and +1
    •   5  
      Airborne Laser ScanningBathymetry SurveyAirborne LiDAR bathymetryGreen Laser
The ability to build three-dimensional models through technologies based on satellite navigation systems GNSS and the continuous development of new sensors, as Airborne Laser Scanning Hydrography (ALH), data acquisition methods and 3D... more
    • by  and +1
    •   4  
      GNSSAirborne LiDAR bathymetryGeoidAirborne Laser Scanning (ALS)
Coastal archaeology combines research in dierent environments: land surface, intertidal zone and sub-aquatic area. In consequence of the use of dierent archaeological methods for these dierent physical environments, there is a border... more
    • by  and +2
    •   11  
      Cultural HeritageAirborne Laser ScanningBathymetry SurveyMedieval Croatian History
We combine geoarchaeological investigations with high-resolution airborne laser scanning (ALS) topographic and airborne laser bathymetric (ALB) measurements to reassess the topography of the Roman city of Apsorus (modern Osor,... more
    • by  and +2
    •   11  
      GeomorphologyGeoarchaeologyCoastal GeomorphologyAirborne Laser Scanning
    • by 
    •   8  
      Remote SensingAirborne LiDAR bathymetryHyperspectral ImagingMineral Potential Mapping
Airborne laser scanning (ALS) is the one of the most accurate remote sensing techniques for data acquisition where the terrain and its coverage is concerned. Modern scanners have been able to scan in two or more channels (frequencies of... more
    • by 
    •   13  
      Remote SensingLiDARAirborne Laser ScanningRemote sensing and GIS
Remote sensing has been used to map river bathymetry for several decades. Non-contact methods are necessary in several cases: inaccessible rivers, large-scale depth mapping, very shallow rivers. The remote sensing techniques used for... more
    • by 
    •   10  
      Remote SensingPhotogrammetryGround Penetrating Radar (GPR)Hydrology
    • by 
    •   2  
      Bathymetry SurveyAirborne LiDAR bathymetry
The Aerial Archaeology Research Group (AARG) provides a forum for the exchange of ideas and information for all those actively involved in the use of aerial methods in the study of field archaeology and landscape history, and in defining... more
    • by 
    •   69  
      ArchaeologyClassical ArchaeologyMaritime ArchaeologyNear Eastern Archaeology
    • by 
    •   15  
      ArchaeologyGeologyGeochemistryArchaeological Science
Knowledge of underwater topography is essential to the understanding of the organisation and distribution of archaeological sites along and in water bodies. Special attention has to be paid to intertidal and inshore zones where, due to... more
    • by 
    •   20  
      Remote SensingLiDARAirborne Laser ScanningBathymetry Survey
This data has been used in many existing inventions and even in many new inventions. This paper consists of a review of the current state of LiDAR technology and covers issues related to both data capturing and processing. In this paper,... more
    • by 
    •   4  
      Quantum PhysicsAirborne Laser ScanningAirborne LiDAR bathymetryAirborne LiDAR
    • by 
    •   7  
      Remote SensingAirborne LiDAR bathymetryHyperspectral ImagingGround LiDAR
... After data acquisition, the raw scan data were loaded into Riegl LPMScan software and exported as an ASCII file with X, Y, Z and intensity data. ... Hillman, BA, 1995, Developing a GIS for a complex site, US Borax Inc: Earth... more
    • by 
    •   7  
      Remote SensingAirborne LiDAR bathymetryHyperspectral ImagingGround LiDAR
    • by 
    •   4  
      Remote SensingLiDARSurface Water ModelingAirborne LiDAR bathymetry
Knowledge of underwater topography is essential to the understanding of the organisation and distribution of archaeological sites along and in water bodies. Special attention has to be paid to intertidal and inshore zones where, due to... more
    • by 
    •   20  
      GeographyRemote SensingLiDARAirborne Laser Scanning
Summary The Tommy Lakes field is located in northeastern British Columbia, Canada, and is one of the largest Middle Triassic gas pools within the western Canada sedimentary basin (WCSB). The major gas-production formation (Halfway/Doig... more
    • by 
    •   20  
      EngineeringGeologyHydraulicsPetrophysics
    • by 
    •   2  
      Bathymetry SurveyAirborne LiDAR bathymetry
On 7 May, 2008 a major sinkhole developed in Daisetta, Texas located about 60 miles northeast of Houston. The sinkhole formed by collapse of a salt dome and grew from a minor hole to a diameter of reported in the media of over 200 m and a... more
    • by 
    •   7  
      Remote SensingAirborne LiDAR bathymetryHyperspectral ImagingGround LiDAR
The utilization of GIS and GPS in mapping is still not yet common in geosciences. Methods and technology developed in GIS type mapping applications such as remote sensing are used in geologic mapping but for detailed mapping of exposures... more
    • by 
    •   7  
      Remote SensingAirborne LiDAR bathymetryHyperspectral ImagingGround LiDAR
    • by  and +2
    •   2  
      Bathymetry SurveyAirborne LiDAR bathymetry