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| Paleokastro | |
|---|---|
| Name | Paleokastro |
| Native name | Παλεόκαστρο |
| Region | Dodecanese |
| Country | Greece |
| Epoch | Bronze Age to Byzantine |
| Condition | Ruined |
Paleokastro is the name applied to several ancient fortified sites across the Aegean, Mediterranean, and Near East, most notably on islands such as Rhodes, Ios, Samothrace, Milos, and across regions of Crete and the Peloponnese. These sites are typically characterized by acropolis-like hilltop fortifications, successive occupation phases from the Bronze Age through the Byzantine Empire, and material culture linking them to maritime networks involving Mycenae, Knossos, Pithekoussai, and Anatolian centers such as Troy and Miletus.
The toponym derives from Modern Greek elements meaning "old" and "castle", reflecting local usage in the 19th century and adoption by archaeologists and antiquarians from Britain, France, Germany, and Italy. Historical gazetteers compiled by scholars from institutions like the British School at Athens, the French School at Athens, the Deutsche Archäologische Institut, and the Istituto Archaeologico Germanico standardized the name in survey reports comparable to entries in the work of Heinrich Schliemann, Arthur Evans, John Pendlebury, Richard Dawkins (as a popularizer), and regional cartographers associated with the Hellenic Ministry of Culture.
Paleokastro sites are sited on promontories and high points overlooking maritime lanes connecting Aegean Sea islands, the Mediterranean Sea, and Anatolia. Examples lie near Lindos on Rhodes, the southern coast of Ios, the northwest tip of Samothrace, and coastal zones of Crete adjacent to ports used by Phoenicia, Cyprus, Egypt, and Syria. Topographically these sites command views of seaways used in routes documented by Herodotus, Thucydides, and later by navigators from Venice and the Ottoman Empire. Geological settings include limestone outcrops, schist bedrock, and quartzite ridges studied alongside surveys from Cambridge University, Oxford University, Harvard University, and University of Athens.
Excavations and surveys at Paleokastro sites began with 19th-century travelers such as Ludwig Ross, Friedrich Thiersch, and Charles Newton, continued with systematic work by teams led by John Beazley, Ian Richmond, and later field projects from the British School at Rome, the American School of Classical Studies at Athens, and the Institute for Aegean Prehistory. Archaeological corpora include stratigraphic reports, pottery series tied to the typologies of Sir Arthur Evans and Carl Blegen, radiocarbon sequences compared with chronologies developed by Flinders Petrie, dendrochronological datasets correlated with work by Hans Suess and A. E. Douglass, and GIS mapping produced in collaboration with research units at Massachusetts Institute of Technology and ETH Zurich.
Fortification systems at Paleokastro sites manifest curtain walls, towered gateways, acropoleis, and terraces analogous to structures at Mycenae, Tiryns, Gournia, and Phaistos. Architectural features include ashlar masonry, cyclopean elements, post-and-lintel doorways, cisterns similar to those at Akrotiri (Santorini), subterranean storage as at Kommos, and domestic quarters comparable to remains at Chania and Knossos. Urban layout shows street grids and workshops reminiscent of layouts recorded at Minoan palatial centers and later adaptations during the Hellenistic period and Byzantine reoccupation phases linked to administrative patterns seen in Constantinople and provincial centers such as Ephesus.
Occupational sequences span the Early Bronze Age through the Late Bronze Age collapse, the Archaic period, Classical antiquity, and intermittent medieval use. Ceramic horizons include Minoan pottery, Mycenaean pottery, Geometric pottery, and Hellenistic wares reflecting exchanges with Phoenician traders, Euboea, Corinth, Athens, and Anatolian polities such as Lydia and Phrygia. Paleokastro sites participated in maritime networks contemporaneous with episodes documented in sources about the Sea Peoples, the Bronze Age collapse, contacts recorded in Amarna letters, and later inscriptions found at Delos and Knidos.
Material assemblages recovered include diagnostic pottery sherds, loom weights paralleling examples from Thera, metalwork including bronze tools and weapons akin to finds from Hattusa and Mycenae, amphorae stamped in styles associated with Rhodes and Paphos, terracotta figurines similar to those at Tanagra, and glass beads implicated in trade with Alexandria and Sidon. Organic remains comprise charred botanical assemblages studied using archaeobotanical techniques promoted by teams from University College London and Wageningen University, faunal assemblages compared with faunal studies at Knossos, and isotope analyses coordinated with laboratories at Max Planck Institute and University of Oxford to assess diet and mobility linked to wider population studies by scholars such as Colin Renfrew and Barry Cunliffe.
Conservation strategies reflect guidelines from the Hellenic Ministry of Culture and international charters including the Venice Charter and collaborations with entities like ICOMOS, UNESCO, and academic institutions such as National Technical University of Athens. Site management addresses erosion, vegetation, and visitor impact in ways similar to programs at Acropolis of Athens, Knossos Palace, and Delphi. Public access varies among Paleokastro locations; some are integrated into regional tourism circuits promoted by the Greek National Tourism Organisation and local municipalities of Rhodes, Naxos, and Ios, while others remain research sites requiring permits from the Ephorate of Antiquities.
Category:Archaeological sites in Greece Category:Bronze Age sites in Europe Category:Byzantine sites in Greece