AMS radiocarbon analyses from Lake Baikal, Siberia: Challenges of dating sediments from a large, oligotrophic lake

Keyphrases

• Oligotrophic Lake 100%
• Radiocarbon Analysis 100%
• Accelerator Mass Spectrometer 100%
• Baikal Siberia 100%
• Lake Baikal 100%
• Organic Carbon 40%
• Sedimentation Rate 40%
• Future Accelerators 40%
• Sampling Methods 20%
• Autochthonous 20%
• Carbon Source 20%
• Late Pleistocene 20%
• Order of Magnitude 20%
• Plant Macrofossils 20%
• Turbidites 20%
• Paleoenvironmental Reconstruction 20%
• Total Organic Carbon 20%
• Handling Process 20%
• Radiocarbon Age 20%
• Academicians 20%
• Depositional Areas 20%
• Apparent Age 20%
• Magnitude Difference 20%
• Central Basin 20%
• Carbon-silica Composites 20%
• Deep Basin 20%
• Low Carbon 20%
• Sediment Accumulation Rate 20%
• Basin Floor 20%
• Sedimentary Environment 20%
• Syndepositional 20%
• Biogenic Silica 20%
• Authigenic Carbonates 20%
• Interglaciations 20%
• Lake Carbonates 20%
• Biogenic Carbonate 20%
• Diatom Productivity 20%
• Late Quaternary Sediments 20%
• Glacial Age 20%
• Biogenic Sedimentation 20%
• Terrigenous Sedimentation 20%

Earth and Planetary Sciences

• Siberia 100%
• Spectrometer 100%
• Organic Carbon 100%
• Sedimentation Rate 66%
• Temporal Variation 33%
• Holocene 33%
• Late Pleistocene 33%
• Turbidite 33%
• Spatial Variation 33%
• Accumulation Rate 33%
• Diatom 33%
• Paleoenvironmental Reconstruction 33%
• Sedimentary Environment 33%
• Quaternary Sediments 33%