UNHIDING FORESTED LANDSCAPES. THE ARCHAEOLOGICAL INDEX OF SOUTH-EASTERN CARPATHIANS
DOI:
https://doi.org/10.14795/j.v8i2.631Keywords:
LIDAR, mountain archaeology, old roads, battlefield archaeology, forested areas archaeology, digital atlas, South-Eastern CarpathiansAbstract
Starting with late 2018, a new archaeological research project has been unfolding in the framework funded by the Romanian Governmental Unit for Research and Development (UEFISCDI) dedicated to top fundamental research, as one of the few winners of 2016 edition (the single to date) of ‘Complex Projects for Frontier Research’ competition. The Project, whose aims and methods will be shortly presented further, is entitled ‘Hidden Landscapes: Exploratory Remote-sensing for the Archaeology of the Lost Roads, Borders and Battlefields of South-Eastern Carpathians’ (HiLands). It implements a systematic and diachronic investigation of the historic strategic circulation corridors crossing the South-Eastern part of the Carpathian Mountains – the main gate used along ages by people transiting between Transylvania and the Danube or the Black Sea. In order to achieve such aims we have been exploring, starting from large scale LiDAR surveys, the circulation corridors’ diachronic archaeological fingerprint, preserved in the shape of repeatedly fortified landscapes. LiDAR surveys have been carried on continuously since 2018, by airplane, but also with portable sensors based on SLAM technology. The results of the LiDAR explorations were enhanced by field surveys, geophysical prospections and pin-pointed excavations, in order to elucidate the nature of anomalies or better contextualize the significance and layout of the roads’ routes. The results of these activities are resumed in a constantly updated, open access, online data base of archaeological sites - The archaeological index of South-Eastern Carpathians (AISEC). The current contribution details the essentials of HiLands research (aims, concepts, methods), in order to introduce in the scientific circuit the AISEC’s functions and instruments, ready to be used as citable work.Downloads
References
BERZOVAN/OANCĂ/MAMALAUCĂ 2020
Berzovan, Al./Oancă, M./Mamalaucă, M., Contribuții privind topografia unor cetăți din perioada de început a celei de-a Doua Epoci a Fierului situate în sudul Podișului Moldovei (sec. 5-3 î Hr). In: Forțiu, S. (ed.), Arheovest VIII. In Honorem Alexandru Rădulescu- Interdisciplinaritate în Arheologie și Istorie, Timişoara, noiembrie 2020 (Szeged: JATEPress Kiadó), 155-207.
BEWLEY/CRUTCHLEY/SHELL 2005
Bewley, R./Crutchley, S./Shell, C., New light on an ancient landscape: Lidar survey in the Stonehenge World Heritage Site, Antiquity 79, 636–647.
BINDER 1969
Binder, P., Drumurile și plaiurile Țării Bîrsei, Studii și Cercetări de Istorie Veche și Arheologie 14, 207-218.
BOBÎNĂ 2015
Bobînă, B., Mountain Archaeology in Romania: The status of research, Terra Sebus 7, 149-164.
BOGDAN 1905
Bogdan, I., Documente privitoare la relațiile Țării Romanești cu Brașovul și cu Țara Ungurească în sec. XV și XVI, vol. I 1413- 1508 (București).
CANTACUZINO 2001
Cantacuzino, G. I., Cetăți medievale din Țara Românească în secolele XIII-XVI (București: Editura Enciclopedică), 161-175.
CĂPĂȚÂNĂ et alii 2008
Căpăţână, D./Teodor, E. S./Ioniţă, A./Ciupercă, B./Bădescu, Al., Cetatea de la Tabla Buţii (com. Ceraşu, jud. Prahova) – campaniile arheologice 1995–1996, 1998, Materiale și Cercetări Arheologice S.N. 4, 157-182.
CIUPERCĂ 2018
Ciupercă, B., Some observations from the point of view of the Slon fortifications about power centres in the Lower Danube between the eighth and tenth centuries. In: Pallagst, K./Hartz, A./Caesar, B. (eds.) Grenzregionen, Raumstrukturen und herrschafliche KontakteBorder regions, spatial structures and contacts between power holders (Hannover), 275-289.
CRIȘAN/SÎRBU 2018
Crişan, V./Sîrbu, V., Covasna – Fairies Fortress, a Carpathian Mountain Fortified by Dacians. In: Pop, H.-Bejinariu, I.-Băcueţ-Crişan, S.-Băcueţ-Crişan, D. (eds.), Identităţi culturale locale şi regionale în context European. Studii de arheologie şi antropologie istorică. In Memoriam Alexandri V. Matei (Cluj-Napoca: Mega), 265-285.
CRUTCHLEY/CROW 2010
Crutchley, S./Crow, P. The light fantastic. Using airborne Lidar in archaeological survey. In: 100 years ISPRS – Advancing Remote Sensing Science (Swindon: English Heritage Publishing).
DRAGOMAN et alii 2015
Dragoman, R.-Al./Pop, D./Bobînă, B./Ardeleanu, M./Şuteu, C./Astaloş, C./Săsăran, Vl., O arheologie a munţilor din Maramureş, România: cercetările din 2014 şi 2015, Marmatia 12, 197-234.
DRAGOMAN et alii. 2017
Dragoman, R.-A./Bobînă, B./Ardeleanu, M./Șuteau, C./Astaloș, C., O arheologie a munţilor din Maramureş, România: cercetările din 2016 şi 2017 / An Archaeology of the Mountains in Maramureş, Romania: The Surveys from 2016 and 2017, Marmatia 14, 2017, 77-102.
EVANS/FLETCHER 2015
Evans, D./Fletcher, R., The landscape of Angkor Wat redefined, Antiquity 89, 1402-1419.
GRAMMER et alii 2017
Grammar, B./Draganits, E./Gretscher, M./Muss, U., LiDAR-guided Archaeological Survey of a Mediterranean Landscape: Lessons from the Ancient Greek Polis of Kolophon (Ionia, Western Anatolia), Archaeological Prospection 24, 311–333.
HARE et alii 2014
Hare, T., Masson, M., Russell, B., High-Density LiDAR Mapping of the Ancient City of Mayapán, Remote Sensing 2014, 6(9), 9064-9085.
INOMATA et alii 2017
Inomata, T./Pinzón, F../Ranchos, J. L./Haraguchi, T./Nasu, H./Fernandez-Diaz J. C./Kazuo A./Hitoshi Y., Archaeological application of airborne LiDAR with object-based vegetation classification and visualization techniques at the lowland Maya site of Ceibal, Guatemala, Remote sensing 9, 563.
KARCZA/SZABÓ 2012
Karcza, Á./Szabó, T., Erdély, Partium és a Bánság erődített helyei várak, várkastélyok, városfalak, templomvárak, barlangvárak, sáncok és erődítmények a honfoglalástól a 19. század végéig (Budapest: Semmelweis).
KOKALJ/HESSE 2017
Kokalj, Ž./Hesse, R. Airborne laser scanning raster data visualization: A Guide to Good Practice (Ljubljana : Založba ZRC).
MATEI 2016
Matei, S., Elements for a Chronological Framework of the Dacian Fortress from Târcov, Buzău County. In: Berecki, S. (ed.), Iron Age Chronology in the Carpathian Basin, Proceedings of the International Colloquium from Târgu Mureş, 8–10 October 2015 (Cluj-Napoca: Mega), 389-394.
MĂNDESCU 2006
Măndescu, D., Cetățenni, Stațiunea geto-dacă de pe valea Dâmboviței superioare (Brăila: Istros).
OLTEAN/HANSON 2017
Oltean, I., Hanson, W., Conquest strategy and political discourse: New evidence for the conquest of Dacia from LiDAR analysis at Sarmizegetusa Regia, Journal of Roman Archaeology 30, 429-46.
OLTEAN/FONTE 2019
Oltean, I./Fonte, J., Microtopographies of Dacian upland settlement strategies and community aggregation trends in the Orăştie Mountains, Romania. In: Cowley, D./Fernández-Götz, M./Romankiewicz, T./Wendling, H. (eds.), Rural Settlement. Relating buildings, landscape, and people in the European Iron Age (Leiden: Sidestone Press), 251-261.
OPREANU/LĂZĂRESCU 2014.
Opreanu, C. H./Lăzărescu, V. A./Roman, A./Ursu, T. M./Fărcaș, S., Newlight on a Roman fort based on a Lidar Survey in the forested landscape from Porolissvm, Ephemeris Napocensis 24, 71-86.
OPREANU/LĂZĂRESCU 2016
Opreanu, C. H./Lăzărescu, V. A. (eds.), Landscape Archaeology on the Northern Frontier of the Roman Empire at Porolissum. An interdisciplinary research project (Cluj-Napoca: Mega), 2016.
PETOLESCU/CIOFLAN 1995
Petolescu, C. C./Cioflan, T., Castrul roman de piatră de la Câmpulung (Pescăreasa, jud. Argeş). Cercetările din anii 1978-1989, Argesis 7, 17-29.
ROMAN et alii 2017
Roman, A./Ursu, T.‐M./Lăzărescu, V.‐A./Opreanu, C. H./Fărcaş, S., Visualization techniques for an airborne laser scanning derived digital terrain model in forested steep terrain: Detecting archaeological remains in the subsurface, Geoarchaeology 32, 549-562.
ȘTEFAN/ȘTEFAN 2016
Ștefan, D./Ștefan, M.-M., The drones are coming. What to choose? Low and medium altitude aerial archaeology on Limes Transalutanus, Journal of Ancient History and Archaeology 3/2, 25-35. DOI:10.14795/j.v3i2.187
ȘTEFAN/ȘTEFAN 2018
Ștefan, D./Ștefan, M.-M., Remote-Sensing for Mountain Archaeology in the Curvature Carpathians. The Fortifications around Crai’s Peak / Teledetecție și arheologie montană în Carpații de Curbură. Fortificațiile de la Vârful lui Crai, Istros 24, 219-288.
ȘTEFAN/ȘTEFAN/BUZEA 2015
Ștefan, M./Ștefan, D./Buzea, D., Studii de arheologie aeriană în situri dacice din sud-estul Transilvaniei, Angvstia 19, 133-162.
ȘTEFAN/ȘTEFAN/BUZEA 2019
Ștefan, M./Ștefan, D./Buzea, D., Noi cercetări asupra fortificațiilor de la Teliu, jud. Brașov / New investigations in the fortifications from Teliu, Brașov County, Angvstia 23, 229-256.
ȘTEFAN/ȘTEFAN/BUZEA 2020
Ștefan, M./Ștefan, D./Buzea, D., Rezultate preliminare ale cercetărilor geofizice și de teledetecție de la Covasna - Cetatea Zânelor. In: Cândea, I. (ed.), Tracii și vecinii lor în antichitate: arheologie și istorie / The Thracians and their neighbours in antiquity: archaeology and history (Brăila: Istros), 521-534.
TEODOR/ȘTEFAN 2014
Teodor, E. S./Ștefan, D., Technological challenges on the Limes Transalutanus. Antiquity Project Gallery 88(342): http://journal.antiquity.ac.uk/projgall/teodor342.
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