Late Holocene submerged beachrocks in the Sea of Marmara (Tekirdağ-Altınova, NW Türkiye): Revealing the tectonic uplift rate through radiocarbon dating

Keyphrases

• Accelerator Mass Spectrometry 40%
• Beachrock 100%
• Beachrock Formation 20%
• Calcite Cement 20%
• Coastal Area 60%
• Coastal Landscape 20%
• Coastal Uplift 20%
• Coring Method 20%
• Deformation Rate 20%
• High-resolution 20%
• Holocene Evolution 20%
• Holocene Sea Level 40%
• Laser Ablation 20%
• Late Holocene 100%
• Long-term Uplift 20%
• Marine Shell 20%
• Marker Horizon 20%
• Marmara Region 20%
• Mass Spectrometry Methods 20%
• Mass Standard 20%
• Northern Seas 40%
• Paleoenvironmental Proxies 20%
• Position Level 20%
• Radiocarbon Dating 100%
• Sea Level Variations 20%
• Sea of Marmara 100%
• Sea-level Highstand 20%
• State of Preservation 20%
• Tectonic Processes 20%
• Tectonic Uplift Rate 100%
• UAV 20%
• Uplift Rate 60%
• Vertical Deformation 20%
• Vertical Uplift 20%

Earth and Planetary Sciences

• Accelerator Mass Spectrometry 33%
• Beachrock 100%
• Calcite 16%
• Coastal Landscape 16%
• Holocene 100%
• Laser Ablation 16%
• Pilotless Aircraft 16%
• Radiocarbon Dating 100%
• Sea Level 50%
• Tectonics 100%