Locating submerged prehistoric settlements: A new underwater survey method using water-jet coring and micro-geoarchaeological techniques

Keyphrases

• Paleosol 100%
• Water Jet 100%
• Prehistoric Settlements 100%
• Anthropogenic Signal 100%
• Underwater Survey 100%
• Sand 75%
• Submerged Settlements 75%
• Microremains 50%
• Submerged Sites 50%
• Blind Test 50%
• Human Settlements 50%
• Submerged Prehistory 50%
• Underwater Sites 50%
• Israel 25%
• Fisher 25%
• Carmel Coast 25%
• Archaeological Remains 25%
• Remote Sensing 25%
• Spatial Organization 25%
• Phytoliths 25%
• Sediment Core 25%
• Selection Criteria 25%
• Micromorphology 25%
• Mineralogy 25%
• Exposed Area 25%
• Clay Minerals 25%
• Neolithic Sites 25%
• Ash Pseudomorphs 25%
• Dung Spherulites 25%
• Jet Core 25%
• Shallow Continental Shelf 25%
• Heated Clay 25%
• Microstratigraphy 25%
• Sampled-data Systems 25%
• Recreational Divers 25%
• Anthropogenic Enrichment 25%
• Developed Water 25%
• Underwater Archaeology 25%
• Remote Sensing Device 25%
• Buried Paleosol 25%
• Underwater Excavation 25%
• Core Sampling 25%
• Neolithic Settlement 25%
• Coastal Habitation 25%
• Control Core 25%
• Stratigraphic Pattern 25%
• Sand Removal 25%

Earth and Planetary Sciences

• Paleosol 100%
• Prehistoric 100%
• Survey Method 100%
• Hydraulic Jet 100%
• Remote Sensing 40%
• Human Settlement 40%
• Israel 20%
• Locale 20%
• Continental Shelf 20%
• Phytolith 20%
• Sediment Core 20%
• Micromorphology 20%
• Mineralogy 20%
• Clay Mineral 20%
• Stratigraphy 20%
• Spherulites 20%
• Pseudomorph 20%
• Deep Water 20%
• Core Sampling 20%