American Antiquity · 1960 · 51 citations · 3 references
HumanitiesArchaeologyArchaeological ConservationMaritime ArchaeologyUnderwater ArchaeologyArchaeological ContextArtifact RecoveryDiving ArchaeologyShipwreck ArchaeologySalvageSubmerged Archaeology
Underwater archaeology, enabled by modern free‑diving equipment, explores submerged human and cultural remains that often preserve artifacts better than terrestrial sites but face challenges such as decomposition, mineralization, and limited accessibility due to depth, visibility, and bottom conditions. The discipline identifies four principal site categories: discarded refuse, submerged occupation sites, shrines or offerings, and shipwrecks. These underwater sites frequently yield artifacts in a more complete state than comparable land finds, offering significant research value.
Abstract The recent development of efficient free-diving apparatus has made possible underwater exploration for both sport and science. Human and cultural remains underwater are being extensively exploited. Although the term “underwater archaeology” is frequently applied to such activities, most are at the best only underwater salvage. Archaeological remains in lakes, springs, rivers, or the sea have considerable to offer. Perhaps their greatest value is the more complete condition of such artifacts in contrast to similar remains on land. However, they often suffer from decomposition, impregnation with minerals, or incrustation by algae or corals. Although context and sequential (or stratigraphic) position are not so easily found or recognized as on land, they are present in many cases. Any body of water is a possible site of study, but in practice, areas of potential importance are limited by location, depth, visibility, and bottom factors. There are four major types of underwater archaeological sites: (1) discarded refuse and “lost” material; (2) submerged sites of former human occupation; (3) shrines or places of offerings; and (4) shipwrecks.
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Underwater Archaeology in the Maya Highlands
Stephan F. de Borhegyi · Scientific American · 1959 · 12 citations