Archaeological Prospection

Papers
(The TQCC of Archaeological Prospection is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-07-01 to 2026-07-01.)
ArticleCitations
58
Soils of the World. By WolfgangZech, PeterSchad and GerdHintermaier‐Erhard, Springer Verlag. 2022. £95.50. ISBN 978‐3‐540‐30460‐9 ISBN 978‐3‐540‐30461‐625
22
A Late Holocene case study from south‐west France: Combining geomorphology and geophysics to understand archaeological site morphology19
Bathymetric LiDAR and Semi‐Automated Feature Extraction Assist Underwater Archaeological Surveys17
Artificial Intelligence in Archaeological Geophysics: Testing ChatGPT‐4o on Magnetometer Data From Sapallitepa (Uzbekistan)14
Field systems and later prehistoric land use: New insights into land use detectability and palaeodemography in the Netherlands through LiDAR, automatic detection and traditional field data12
Geophysical Research 3D ERT at the Archaeological Site of the Early Iron Age ‘Boralday Necropolis’, Almaty (Kazakhstan—Eurasia)11
Reassessing Megalithic Spatial Densities in Southwestern Iberia Through Airborne Laser Scanning‐Based Landscape Analysis10
Understanding Fortress‐Cities: High‐Resolution LiDAR Mapping of Samshvildé, South Caucasus, Republic of Georgia10
Identification of Architectural Roman Remains in the Complex Archaeological Site of Buto ‘Tell El Fara'in’, Northern Egypt, Using Geophysical and Remote Sensing Data10
Collaborative multimethod geophysics at the Prewitt Slave Cemetery, Northport, Alabama10
Investigating ancient agricultural field systems in Sweden from airborne LIDAR data by using convolutional neural network10
Geoarchaeological investigations in Artanish Peninsula, Armenia: Testing a new geochemical prospecting method for archaeology10
Remote Roca: Integrating Data From Archaeological Survey, Remote Sensing and Geophysics in the Hinterland at the Long‐Lasting Mediterranean Site of Rocavecchia (Apulia, Italy)9
Kurgan Phenomenon in the Southern Caucasus: Results of an Interdisciplinary Multi‐Method Remote Sensing Survey Along the Kurekçay Valley (Goranboy Province, Western Azerbaijan)9
Integration of laser level survey, photogrammetry and GPR to examine the deterioration of Roman mosaics: A case study of Venus house, Volubilis, Morocco9
Survey and Sequence Strategies for Full‐3D Electrical Resistivity Tomography in Archaeological Sites: A Case Study on a Domus of the Roman Town of August9
Combined use of drones and geophysics in enhancing cemetery studies: Two case studies in Northern Ireland, UK9
World Archaeo‐Geophysics: Integrated Minimally Invasive Approaches Using Country‐Based ExamplesBy CarmenCuenca‐Garcia, AndreiAsăndulesei, and Kelsey M.Lowe (eds.), Springer, 2024. 482 pp. Free (E‐book8
Geospatial Risk Modelling of Prehistoric Landscapes in Hyper‐Arid Environments: A GIS‐MCDM Approach Applied to Harrat Khaybar, Saudi Arabia8
Archaeological LiDAR in Mediterranean Karst Landscapes. A Multiproxy Dating Method for Archaeological Landscape and a Case Study From Prehistoric Kras Plateau (Slovenia)8
Issue Information8
Application of Geophysical Methods and Correlation to the Archaeological Record at the Mariano Miró Site, La Pampa, Argentina8
Isla del Fraile. Reconstructing Coastal Dynamics in Southeastern Spain Through Underwater Archaeological Survey7
Utility of UAS Photogrammetry and Thermal Sensors for Identifying Locations and Understanding Functions of Puebloan Gravel Mulch Fields in Northern New Mexico7
Issue Information7
Time Geography and GIS in the Analysis of Pre‐Hispanic Agropastoral Circulation in the Northern Calchaquí Valley (Northwest Argentina, Southern Andes)7
LiDAR Applications in Archaeology: A Systematic Review7
6
Integration of shallow geophysics, archaeology and archival photographs to reveal the past buried at Ingleside Plantation, Piedmont North Carolina (USA)6
6
Tracing the spatial organization and activity zones of an Early Mediaeval homestead at the Pohansko stronghold (Czechia) by combining geophysics and geochemical mapping5
Combining geophysical prospection and core drilling: Reconstruction of a Late Bronze Age copper mine at Prigglitz‐Gasteil in the Eastern Alps (Austria)5
Evaluation of GPR Data Attributes to Investigate a Mud‐Wall Building at a First Millennium ad Village, Catamarca, Argentina5
Identification of historical trackways in forests using contextual geospatial analyses5
Considering Present‐Day Communities in Archaeological Remote Sensing of Burial Spaces: Introduction to Special Issue5
5
Archaeological prospection of a prehistoric lithic workshop site using ground penetrating radar with a high‐frequency antenna unit5
Magnetic and GPR Data Modelling via Multiscale Methods in San Pietro in Crapolla Abbey, Massa Lubrense (Naples)5
Comprehensive geophysical prospection of the Roman and late antique city of Pollentia (Alcúdia, Mallorca, Spain)5
Hiding in Plain Sight: Rethinking the Size and Complexity of Iron Age Hillforts in NW Iberia Thanks to Aerial Archaeology and Geophysics4
Combination of GPR, Mobile Mapping LiDAR and UAV‐SfM for Generating a Thorough Site Investigation of the Late‐Medieval Church Ruin of Gotthardsberg (Bavaria, Germany)4
3D geometric survey of cultural heritage by UAV in inaccessible coastal or shallow aquatic environments4
Issue Information4
Roman Forts in the Northern Black Sea Area Through the Lens of Drone‐Based Magnetometry4
Contributions of Multi‐Method Geophysical Survey to Archaeological Research at the Battlefield of Waterloo4
Challenges and Opportunities in Multi‐Method Integrated Geophysical Prospection of Buried Building Remains at the Sanctuary of Olympia4
A Multisensor Remote Sensing Approach to Archaeological Prospection: Integrating UAV and Google Earth Data in the Bayan Gol Valley, Mongolia4
Noninvasive GPR, ERT, LIDAR and TLS Methods in the Search for Artefacts on the Site of the Palace Complex in Łobzów (Poland)4
Magnetic Gradiometry Survey at the Urban Centre of Türkmen‐Karahöyük (Turkey)4
Mapping Ancient Structures and Demonstrating Integrated Archaeological Geophysics at Huacas de Moche, Peru4
Multi‐Method Structural Investigation of the Schneiderberg–Baalberge Burial Mound (Saxony‐Anhalt, Germany) Including Seismic Full‐Waveform Inversion (FWI)3
Geolocation and Spatial Analysis of Underground Fired Earth Structures (UFES) on the Southern Coast of Laguna Mar Chiquita, Cordoba, Argentina3
Correction to Magnetic and GPR Data Modelling via Multiscale Methods in San Pietro in Crapolla Abbey, Massa Lubrense (Naples)3
Automated large‐scale mapping and analysis of relict charcoal hearths in Connecticut (USA) using a Deep Learning YOLOv4 framework3
Imaging Cultural Heritage in Very Shallow Nearshore Areas Using Seismic Refraction Tomography and Multichannel Analysis of Surface Waves: A Synthetic and Real Data Study3
Surveying and monitoring submerged archaeological sites in inland waters through a multiproxy strategy: The case of Dolmen de Guadalperal and other sites from Valdecañas reservoir (Spain)3
Thermal Analysis of Evapotranspiration in Cultivated Fields for the Detection of Archaeological Anomalies3
Application of Planimetric Models of Satellite Imagery to Study Pre‐Hispanic Water Management Systems in the Southern Puna, Argentina3
Integrated Electromagnetic Mapping Through K‐Means to Improve Identification of Areas of Archaeological Interest3
EvaluatingMaskR‐CNN models to extract terracing across oceanic high islands: A case study from Sāmoa3
Pre‐Excavation Identification and Dating of Iron Age Destruction Events3
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