The paleohydrological implications of aragonite precipitation under contrasting climates in the endorheic Dead Sea and its precursors revealed by experimental investigations

Keyphrases

• Dead Sea 100%
• Aragonite 100%
• Contrasting Climates 100%
• Endorheic 100%
• Lamin 20%
• Tightly Bound Extracellular Polymeric Substances (TB-EPS) 20%
• Precipitation Rate 20%
• Bicarbonate Solution 20%
• Environmental Conditions 10%
• Sedimentary Sequence 10%
• Brine 10%
• Lake Level 10%
• Late Pleistocene 10%
• Lake Lisan 10%
• Incubation Time 10%
• Carbonate 10%
• Glacial Lake 10%
• Ionic Strength 10%
• Bicarbonate 10%
• Hydroclimatic Variability 10%
• Lacustrine Record 10%
• Carbonate Minerals 10%
• Carbonate Production 10%
• Hydrological Balance 10%
• Aquatic Environment 10%
• Flash Flood 10%
• Paleoenvironmental Reconstruction 10%
• Lake Water Budget 10%
• Freshwater Inflow 10%
• Concentration Rate 10%
• Laminate Thickness 10%
• Sediment Archives 10%
• Hydroclimatic Drivers 10%
• Remobilization 10%
• Dust Deposits 10%
• Aeolian Dust 10%
• Organic Oxidation 10%
• Organic Carbon 10%
• CaCO3 Precipitation 10%
• Sulfate-reducing Bacteria 10%
• Synthetic Brine 10%
• Microfacies Analysis 10%
• Natural Brines 10%
• Carbonate Flux 10%
• Marine Records 10%

Earth and Planetary Sciences

• Aragonite 100%
• Sedimentary Sequence 10%
• Pleistocene 10%
• Lake Level 10%
• Late Pleistocene 10%
• Glacial Lake 10%
• Eolian Deposit 10%
• Water Balance 10%
• Carbonate Mineral 10%
• Lake Water 10%
• Microfacies Analysis 10%
• Remobilization 10%
• Paleoenvironmental Reconstruction 10%
• Flash Flood 10%
• Organic Carbon 10%
• Aquatic Environment 10%