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INSTYTUT ARCHEOLOGII I ETNOLOGII POLSKIEJ AKADEMII NAUK
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INSTYTUT BADAŃ LITERACKICH POLSKIEJ AKADEMII NAUK
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INSTYTUT BADAWCZY LEŚNICTWA
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INSTYTUT BIOLOGII DOŚWIADCZALNEJ IM. MARCELEGO NENCKIEGO POLSKIEJ AKADEMII NAUK
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INSTYTUT BIOLOGII SSAKÓW POLSKIEJ AKADEMII NAUK
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INSTYTUT CHEMII FIZYCZNEJ PAN
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INSTYTUT CHEMII ORGANICZNEJ PAN
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INSTYTUT FILOZOFII I SOCJOLOGII PAN
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INSTYTUT GEOGRAFII I PRZESTRZENNEGO ZAGOSPODAROWANIA PAN
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INSTYTUT HISTORII im. TADEUSZA MANTEUFFLA POLSKIEJ AKADEMII NAUK
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INSTYTUT JĘZYKA POLSKIEGO POLSKIEJ AKADEMII NAUK
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INSTYTUT MATEMATYCZNY PAN
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INSTYTUT MEDYCYNY DOŚWIADCZALNEJ I KLINICZNEJ IM.MIROSŁAWA MOSSAKOWSKIEGO POLSKIEJ AKADEMII NAUK
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INSTYTUT PODSTAWOWYCH PROBLEMÓW TECHNIKI PAN
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INSTYTUT SLAWISTYKI PAN
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SIEĆ BADAWCZA ŁUKASIEWICZ - INSTYTUT TECHNOLOGII MATERIAŁÓW ELEKTRONICZNYCH
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MUZEUM I INSTYTUT ZOOLOGII POLSKIEJ AKADEMII NAUK
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INSTYTUT BADAŃ SYSTEMOWYCH PAN
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INSTYTUT BOTANIKI IM. WŁADYSŁAWA SZAFERA POLSKIEJ AKADEMII NAUK
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Object
Title: Lightning strikes in archaeological magnetometry data. A case study from the High Bank Works site, Ohio, USA
Subtitle:
Archaeologia Polona Vol. 53 (2015)
Publisher:
Institute of Archaeology and Ethnology Polish Academy of Sciences
Place of publishing:
Description:
References:
Appel, P. W. U., Abrahamsen, N. and Rasmussen, T. M. 2006. Unusual features caused by lightning impact in West Greenland, Geological Magazine 143, 737-741
Beard, Les P., Norton, J. and Sheehan, J. R. 2009. Lightning-Induced Remanent Magnetic Anomalies in Low-Altitude Aeromagnetic Data, Journal of Environmental and Engineering Geophysics 14 (4), 155-161
Bevan, B. 1995. Magnetic surveying and lightning, Near-Surface Views, October, 7-8
Bevan, B. 2009. The Magnetic Anomaly of a Lightning Strike, Fasttimes 14, 61-64
Biwall, A., Gabler, M., Hinterleitner, A., Karlsson, P., Kucera, M., Larsson, L., Löcker, K., Nau, E., Neubauer, W., Scherzer, D., Thorén, H., Trinks, I., Wallner, M. and Zitz, T. 2011. Large-Scale archaeological prospection of the Iron and Viking Age site Uppĺkra in Sweden. First results of the LBI-ArchPro landscape archaeological case study. In M. G. Drahor and M.A. Berge (eds.), Archaeological Prospection, Extended Abstracts, 9th International Conference on Archaeological Prospection,2011 Izmir, Turkey, Izmir, 218-222
Burks, J. 2013. Large Area Magnetic Gradient Survey at the High Bank Works Unit, Hopewell Culture National Historical Park, Ross County, Ohio. Contract Report #2012-52-2. Ohio Valley Archaeology, Inc. Columbus, Ohio. Report prepared for the Midwest Archeological Center, National Park Service, Lincoln, Nebraska
Burks, J. 2014. The detection of lightning strikes on earthwork sites in Ohio, USA. ISAP News, Newsletter for the International Society for Archaeological Prospection 41, 6-8
Cook, R. A. and Burks, J. 2010. Determining Site Size and Structure: A Fort Ancient Example, American Antiquity 76, 145-162
Crew, P. 2008. Lightning Never Strikes in the Same Place Twice - Except at Crawcwellt, Archaeology in Wales 48, 1-5
Fassbinder, J.W.E., and Górka, T. 2009. Beneath the Desert Soil – Archaeological Prospecting with a Caesium Magnetometer. In M. Reindel and G. Wagner (eds), New Technologies for Archaeology, Berlin
Jones, G. and Maki, D. 2005. Lightning-induced Magnetic Anomalies on Archaeological Sites, Archaeological Prospection 12, 191-197
Maki, D. 2005. Lightning Strikes and Prehistoric Ovens: Determining the Source of Magnetic Anomalies Using Techniques of Environmental Magnetism, Geoarchaeology 20, 449-459
Pye, K. 1982. SEM observations on some sand fulgurites from northern Australia, Journal of Sedimentary Research 52, 991-998
Rakov, V. A., and Uman, M. A. 2007. Lightning. Physics and Effects, Cambridge
Sakai, H., Sunada, S. and Sakurano, H. 1998. Study of Lightning Current by Remanent Magnetization, Electrical Engineering in Japan 123, 1050-1055
Trinks, I. and Biwall, A. 2011. Lightning-induced Remanent Magnetisation as Plausible Explanation for a Geophysical Anomaly at Grĺborg, Fornäannen 106, 350-354
Viemeister, P. E. 1972. The Lightning Book, Cambridge, Massachusetts
Walach, G., Scholger, R., Schnepp, E. and Cech, B. 2008. Geomagnetic prospection and archaeomagnetic dating of Roman and Medieval iron smelting sites in Hüttenberg (Austria), PANGEO Austria 2008, Geologie ist Zukunft, Vienna
Relation:
Volume:
Start page:
End page:
Format:
Resource Identifier:
oai:rcin.org.pl:86855 ; 0066-5924
Source:
IAiE PAN, call no. P 357 ; IAiE PAN, call no. P 358 ; IAiE PAN, call no. P 356 ; click here to follow the link
Language:
Rights:
Creative Commons Attribution BY-SA 3.0 PL license
Terms of use:
Digitizing institution:
Institute of Archaeology and Ethnology of the Polish Academy of Sciences
Original in:
Library of the Institute of Archaeology and Ethnology of the Polish Academy of Sciences
Projects co-financed by:
Object collections:
- Digital Repository of Scientific Institutes > Journals
- Digital Repository of Scientific Institutes > Published by PAS Institutes
- Digital Repository of Scientific Institutes > Published by PAS Institutes > journals
- Digital Repository of Scientific Institutes > Institute of Archeology and Ethnology
- Digital Repository of Scientific Institutes > Institute of Archeology and Ethnology > Journals
- Digital Repository of Scientific Institutes > Institute of Archeology and Ethnology > Institute Publications
- Digital Repository of Scientific Institutes > Institute of Archeology and Ethnology > Institute Publications > Current Journals
Last modified:
Dec 20, 2019
In our library since:
Dec 2, 2019
Number of object content hits:
4
All available object's versions:
https://ww.w.rcin.org.pl/publication/87259
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Archaeologia Polona
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Archaeologia Polona Vol. 57 (2019)
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Archaeologia Polona Vol. 56 (2018)
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Archaeologia Polona Vol. 55 (2017)
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Archaeologia Polona Vol. 54 (2016)
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Archaeologia Polona Vol. 53 (2015)
- Herbich, Tomasz, 2015, Editorial
- Benech, Christophe, 2015, Alain Tabbagh
- Fassbinder, Jörg, 2015, Helmut Becker
- 2015, Contents
- Herbich,Tomasz, 2015, Magnetic prospecting in archaeological research: a historical outline
- Furmanek, Mirosław, 2015, Uncovering Neolithic and Early Bronze Age landscapes: new data from southwestern Poland
- Jaworski, Marcin, 2015, Magnetic survey of the abandoned medieval town of Nieszawa
- Zych, Iwona, 2015, Magnetic prospection in the service of uncovering the Hellenistic and Roman port of Berenike on the Red Sea in Egypt
- Becker, Helmut, 2015, From proton- to caesium-magnetometry ‒ my 40 years in archaeological prospection
- Hesse, Albert, 2015, Early experiments with the use of new surveying methods in the archaeology of the Nile Valley
- Rączkowski, Włodzimierz, 2015, Archaeology and remote sensing technologies: (un)happy couple with prospects?
- Tabbagh, Alain, 2015, Snapshots concerning the role of archaeology/archaeometry in the birth and progress of geophysical exploration
- Dabas, Michel, 2015, From WWI to World Files: collaborative work in archaeology through the use of Internet technologies
- Hulin, Guillaume, 2015, A geophysical survey at Schlumberger’s Val Richer residence: between archaeology and the history of science
- Trinks, Immo, 2015, Interdiciplinary archaeological prospection at unprecented scale and resolution. The first five years of the LBI ArchPro Research Initiative 2010-2015
- Campana, Stefano, 2015, Emptyscapes: filling “empty” Mediterranean landscapes, mapping the archaeological continuum
- Leusen, Martijn van, 2015, Closing the loop. Extracting more value out of archeogeophysical surveys in the Raganello Basin
- Forstner-Müller, Irene, 2015, Archaeological and geophysical survey of Tell el-Dabᶜa, an ancient town in the Nile Delta
- Benech, Christophe, 2015, Contribution of geophysics to research on city planning in the ancient and classical Near East
- Zickgraf, Benno, 2015, Geophysical survey or archaeological prospection? A plea for archaeological feedback
- Herbich, Tomasz, 2015, Creating a new standard: medieval town(s) within a remote sensing perspective
- Helwing, Barbara, 2015, What you see is what you get: some reflections on the impact of geophysical data on the strategies of archaeological fieldwork, based on case studies from Iran and Azerbaijan
- Dieudonné-Glad, Nadine, 2015, Do magnetic and electric survey results correlate with archaeological evidence? Case studies
- Kastler, Raimund, 2015, The multiple benefits of archaeological geophysical prospection in Salzburg. Ten years of archaeological feedback in retrospect
- Armstrong, Kayt, 2015, The whole is greater than the sum of the parts: combining fieldwalking data and geophysical survey in the study of minor Roman centres
- Asăndulesei, Andrei, 2015, Magnetic prospecting on Chalcolithic sites in north-eastern Romania: some considerations regarding intrasite spatial organisation
- Bulas, Jan, 2015, Non-invasive prospection of two Iron Age sites in Michałowice, southern Poland
- Chowaniec, Roksana, 2015, Comparison of the results of magnetic and gradient surveys with the real situation in the field on the basis of excavations at Akrai/Acrae, south-eastern Sicily. New possibilities for the interpretation of geophysical maps
- Dulęba, Przemysław, 2015, Searching for Celts in Upper Silesia. Verification by excavation of a geophysical survey in Samborowice
- Herbich, Tomasz, 2015, Geophysical surveying in Egypt: periodical report for 2013-2015
- Křivánek, Roman, 2015, The potential and limitations of geophysical measurements on archaeological sites partly investigated in the past: case studies from the Czech Republic
- Křivánek, Roman, 2015, Geophysical prospection and rescue archaeological excavation of subsurface WW11 remains in the foreland of brown coal mines in northwestern Bohemia
- Löcker, Klaus, 2015, Successfully falsified… On epistomological problems of archaeological excavations and geophysical surveys
- Meyer, Cornelius, 2015, Sands of time: archaeo-geophysical prospection results from the Emirate of Sharjah
- Meyer, Cornelius, 2015, LEA MAX – multi-purpose gradiometer array in the fields of the Kaikos valley (Bergama, Turkey)
- Pisz, Michał, 2015, The Tibiscum project ̶ non-destructive research in Romania
- Sanchez, Christelle, 2015, Reconstructing the history of the planning of the Medamoud temple: magnetic and electromagnetic prospecting results
- Schultze, Joachim, 2015, Geophysical survey - archaeological excavation - micromorphological analysis. What do magnetic anomalies show? An example from Hedeby
- Affek, Andrzej, 2015, Exploring the past Carpathian landscape: the application of LiDAR and archival cadastral maps
- Barba, Luis, 2015, Georadar study of early structures under the Hagia Sofia, Istanbul, Turkey
- Bowman, Robert C., 2015, Community prospection: archaeological ground-penetrating radar analyses performed for and by the Healy Lake Village community, Interior Alaska
- Burks, Jarrod, 2015, Lightning strikes in archaeological magnetometry data. A case study from the High Bank Works site, Ohio, USA
- Catanzariti, Gianluca, 2015, Extensive multi-channel GPR mapping over the site of the ancient Archiepiscopal Palace of Alcala de Henares (Spain)
- Caldarola, Giovina, 2015, Reading an ancient vicus with non-invasive techniques: integrated terrestrial, aerial and geophysical surveys at Aequum Tuticum (Ariano Irpino-Av)
- Chmielewski, Tomasz, 2015, Landscape with enclosures. Magnetic prospection and surface survey of the Dobużek Scarp microregion, Eastern Poland
- Conyers, Lawrence B., 2015, Ground-penetrating radar data analysis for more complete archaeological interpretations
- Fassbinder, Jörg W.E., 2015, The Hellenistic settlement of Tuna el-Gebel
- Fassbinder, Jörg W.E., 2015, Early Iron Age kurgans from the North-Caucasus
- Frînculeasa, Alin, 2015, Geophysical prospecting of the Yamnaya barrows (3rd millennium BC) from Ciorani de Jos, Prahova county, Romania
- Gugl, Christian, 2015, New evidence for a Roman military camp at Virunum (Noricum)
- Herles, Michael, 2015, Magnetic prospecting on basaltic geology: the lower city of Erebuni (Armenia)
- Hinterleitner, Alois, 2015, Automatic detection, outlining and classification of magnetic anomalies in large-scale archaeological magnetic prospection data
- Kaneda, Akihiro, 2015, Archaeological prospection of kiln sites in the Samurai era
- Limisiewicz, Aleksander, 2015, Archaeological excavation and GPR prospection in delineating defensive embankments on Ostrow Tumski (Cathedral Island) in Wrocław (Lower Silesia, Poland)
- Mackiewicz, Maksym, 2015, Non-invasive research on medieval strongholds in Silesia. Case studies from Borucin (Silesian province) and Chrzelice (Opole province)
- Mann, Alan W., 2015, Distribution of gold and silver in European soils; evidence for a Roman footprint?
- Marcotulli, Chiara, 2015, New data from an urban archaeology project on a medieval town site. High-resolution GPR surveys in Piazza delle Carceri, Prato (Florence, Italy)
- Milo, Peter, 2015, On the trail of Caesar and Vercingetorix: survey in the Bibracte oppidum, Mont Beuvray (France)
- Milo, Peter, 2015, Late Neolithic circular enclosures: never entirely uncovered
- Mohammadkhani, Kourosh, 2015, Results of a magnetic survey at the Bronze Age site of Shahr-e Sukhteh, Sistan, Iran
- Nagy, Patrick, 2015, The archaeological prospection project Rheinau (Switzerland)/Jestetten, Altenburg (Germany)
- Pelgas, Philippe, 2015, French experience using sub-bottom profiler combined with sonar multi-beam as a preventive archaeological diagnostic before dredging
- Rosado-Fuentes, Alejandro, 2015, Seismic refraction tomography in the Texcoco Region, Mexico
- Sarris, Apostolos, 2015, Uphill and downhill geophysical challenges in Delphi, Greece
- Sarris, Apostolos, 2015, Geophysical prospection in the territory of the Roman town of Aesernia, Central-Southern Italy
- Sarris, Apostolos, 2015, Towards an integrated remote-sensing strategy for revealing the urban details of the Hellenistic-Roman city of Demetrias, central Greece
- Sarris, Apostolos, 2015, Cultural variations of the Neolithic landscape of Thessaly
- Sarris, Apostolos, 2015, Unfolding the Neolithic wetlands landscape of Szeghalom-Kovácshalom in Hungary
- Sarris, Apostolos, 2015, Exposing the Urban Plan of the ancient city of Hyettos, Boeotia, Greece
- Schneider, Michael, 2015, SQUID-based magnetic prospection in interdisciplinary case studies at possible early and high medieval harbour sites in Germany
- Simon, François-Xavier, 2015, Measurement of the dielectric permittivity through multi-frequency EMI for archaeological prospection
- Stamnes, Arne A., 2015, Using magnetic survey methods to delimit and characterize prehistoric iron production sites in Norway
- Sylvester, Graham C., 2015, The application of mobile metal ion (MMI) geochemistry to the definition and delineation of a Roman metal processing site, St. Algar’s Farm, Somerset, United Kingdom
- Szynkiewicz, Adam, 2015, GPR research around the Hawara pyramid (Fayum, Egypt)
- Tencer, Tomáš, 2015, Urban spatial analyses of geophysical archaeological prospection data from the Roman civil town Carnuntum, Austria
- Ullrich, Burkart, 2015, An UMO landed on the Via Appia. Results of the Minor Centres Project in the Pontine plain, Lazio (Italy)
- Ullrich, Burkart, 2015, Hamadab near Meroe (Sudan): results of multi-technique geophysical surveys
- Viberg, Andreas, 2015, Mobile laser scanning and 360° photography for the documentation of the Iron Age ring fort at Gråborg, Öland, Sweden
- Wallner, Mario, 2015, ArchPro Carnuntum Project. Large-scale non-invasive archaeological prospection of the Roman town of Carnuntum
- Wess, Michael, 2015, ARCTIS – analysing hyperspectral datasets
- Zalewska, Anna, 2015, Archaeological revival of memory of the Great War. The role of LiDAR in tracing the boundaries of the WWI Rawka Battlefield Cultural Park . “The Rawka Battlefield (1914-1915) – in memory of war victims”
- Choi, Yoon Jung, 2015, Principal component analysis (PCA) of buried archaeological remains by VIS-NIR spectroscopy
- Armstrong, Kayt, 2015, Going over old ground: what can landscape-scale magnetic susceptibility data do for me?
- Arzhantseva, Irina A., 2015, Geophysical studies of Djankent fortress in the eastern Aral sea region (Kazakhstan)
- Asăndulesei, Andrei, 2015, Integrated prospection methods for documenting threatened prehistoric archaeological sites from north-eastern Romania
- Bielich, Mário, 2015, Geophysical survey at Žitný ostrov, Slovakia, in 2012–2013
- Bogacki, Miron, 2015, Archaeological prospection in Serakhs oasis in Turkmenistan
- Cannell, Rebecca, 2015, The Gokstad Viking Age trading site: a voyage of physicochemical prospection
- Cuenca-Garcia, Carmen, 2015, Integrated geophysical and in-situ soil geochemical survey at Dromolaxia-Vizakia (Hala Sultan Tekke, Cyprus)
- Drahor, Mahmut G., 2015, Integrated geophysical investigations at Šapinuva, a Hittite city in central Anatolia, Turkey
- Erokhin, Sergey A., 2015, 3D electrical resistivity imaging and GPR to re-explore ancient mounds near Suzdal in Russia
- Furmanek, Mirosław, 2015, Geochemical and magnetic prospection of a Neolithic site: case study from Dzielnica (Poland)
- Garcia-Garcia, Ekhine, 2015, Geoarchaeological core prospection investigation to improve the archaeological interpretation of geophysical data: case study of a Roman settlement at Auritz (Navarre)
- Garcia-Garcia, Ekhine, 2015, The Roman settlement at Auritz (Navarre): preliminary results of a multi-system approach to assess the functionality of a singular area
- Harris, Chrys, 2015, Ghosts, surprises, and unsolved mysteries: a multi-technique approach to the enigmatic third guesthouse at Fountains Abbey
- Harris, Chrys, 2015, High Royds: an integrated, analytical approach for mapping the unmarked burials of a pauper cemetery
- Křivánek, Roman, 2015, “Atypical” use of combinations of geophysical methods for archaeological heritage preservation in the Czech Republic
- Magiera, Tadeusz, 2015, Magnetic prospection of areas of medieval and prehistoric ore smelting around Miasteczko Śląskie (southern Poland)
- Mühl, Simone, 2015, Archaeological geophysics in the Shahrizor plain (Iraqi Kurdistan)
- Nau, Erich, 2015, Large-scale high-resolution GPR and magnetic prospection in West Jutland, Denmark
- Papadopoulos, Nikos, 2015, Geophysical mapping of a classical Greek road network: a case study from the city of Elis, Peloponnese
- Pospieszny, Łukasz, 2015, Uncovering a Bronze Age landscape. A case study from Krotoszyn Forest (Poland)
- Rogers, Michael, 2015, Visualizing an integrated landscape through ground-based LiDAR, geophysical archaeology, and archaeological excavation
- Schneidhofer, Petra, 2015, Geoarchaeology as an essential supplement for largescale, high-resolution archaeological geophysical prospection: case study of Gokstad in Norway
- Seren, Sirri, 2015, Archaeological prospection results in the surroundings of the Serapeion at Ephesus, Turkey
- Sikora, Jerzy, 2015, To not see the forest for the trees. A non-invasive approach to the Góra Chełmo medieval hillfort
- Sikora, Jerzy, 2015, From a point on the map to a shape in the landscape. Non-invasive verification of medieval ring-forts in Central Poland: Rozprza case study
- Strutt, Kristian D., 2015, Manipulating mud: (re-)constructing cosmogonical landscapes in the Nile Valley, Thebes, Egypt
- Trinks, Immo, 2015, Mapping the Bronze Age settlement of Akrotiri on Santorini: digital documentation and archaeological prospection
- Viberg, Andreas, 2015, The Big Five. Mapping the subsurface of Iron Age forts on the Island of Öland, Sweden
- Wilken, Dennis, 2015, Geophysical investigation of past harbours: challenges and application examples
- Wilken, Dennis, 2015, Seismic resonance analysis for mapping a Viking Age pit house: comparison to GPR and magnetic
- Wilken, Dennis, 2015, Imaging the AD 1500 Katla tephra inside the Leiruvogur “Inner Skiphóll” harbour using GPR
- Wunderlich, Tina, 2015, Mapping medieval turf buildings with geophysical methods
- Wunderlich, Tina, 2015, The harbour(s) of ancient Ostia. Archaeogeophysical prospection with shear wave seismics, geoelectrics, GPR and vibracorings
- Wunderlich, Tina, 2015, Marine magnetic and seismic measurements to find the harbour of the early medieval Slavic emporium Groß Strömkendorf/Reric, Germany
- Aziz, Akram M., 2015, Role of potential field derivatives in delineating buried archaeological ruins
- Berge, Meriç A., 2015, Resistivity modelling and inversion of square array for archaeological investigations
- Chishima, Fumihiko, 2015, The influence of sampling interval on accuracy of probabilistic attenuation correction for GPR signal
- Johnson, Paul S., 2015, The Canterbury Hinterland Project: understanding dynamic rural landscapes through the semi-automated interpretation of geophysical survey results
- Marty, Philippe, 2015, WuMapPy - an open-source software for geophysical prospection data processing
- Pašteka, Roman, 2015, Role of regularized derivatives in magnetic edge mappers evaluation
- Schmidt, Armin, 2015, Easy targets, or “who has marked out my anomalies”?
- Schmidt, Armin, 2015, Using archaeological models for the inversion of magnetometer data
- Simon, François-Xavier, 2015, Refinement of ALS point cloud through the assessment of bare-earth classification algorithms: the AYPONA Project case study
- Simyrdanis, Kleanthis, 2015, Optimization of electrical resistivity tomography protocols for detecting archaeological structures in a shallow water marine environment
- De Smedt, Philippe, 2015, Good practice in high-resolution EMI data processing for archaeological prospection
- Bödőcs , András, 2015, Non-destructive survey of Iron Age cemeteries: testing the topographic support system
- Brown, Hannah, 2015, A binocular view of a marginal landscape: GIS and geophysics in the Yorkshire Dales National Park
- Czerniec, Jerzy, 2015, Cultural landscape. Geomorphometric studies in the Chełmno Land
- Noviello, Mariangela, 2015, Neolithic settlements in the Tavoliere Plain (Apulia, Southern Italy): predictive probability maps
- Poscetti, Valeria, 2015, Improving the GIS-based 3D mapping of archaeological features in GPR data
- Romanescu, Gheorghe, 2015, Evolution of human settlements and natural risk factors. A case study of Chalcolithic archaeological sites in the Valea Oii watershed (Romania)
- Wroniecki, Piotr, 2015, Exploring free LiDAR derivatives. A user’s perspective on the potential of readily available resources in Poland
- Ejsmond, Wojciech, 2015, Comprehensive field survey at Gebelein: preliminary results of a new method in processing data for archaeological site analysis
- Bonsall, James, 2015, You know it’s summer in Ireland when the rain gets warmer: analysing repetitive time-lapse earth resistance data to determine ‘optimal’ survey climate conditions
- Fediuk, Annika, 2015, Comparative study of the accuracy of caesium, Overhauser and fluxgate magnetometers in field conditions
- Lugmayer-Klimczyk, Agata, 2015, Terrestrial laser scanning of the landscape around Stonhage
- Linford, Neil, 2015, First results from a new ground-coupled multi-element GPR array
- Ranieri, Gaetano, 2015, The New Archaeology. From remote sensing to archaeological digging in quasi-real time. The case of Monte Prama (Cabras, Sardinia, Italy)
- Tsokas, Gregory N., 2015, Geophysical investigations of tumuli: a continuously challenging problem
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Archaeologia Polona Vol. 51-52 (2013-2014)
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Archaeologia Polona Vol. 49 (2011-2013)
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Archaeologia Polona Vol. 47 (2009-2011)
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Archaeologia Polona Vol. 46 (2008)
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Archaeologia Polona Vol. 45 (2007)
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Archaeologia Polona Vol. 44 (2006)
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Archaeologia Polona Vol. 43 (2005)
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Archaeologia Polona Vol. 57 (2019)
