Stable isotope values (δ¹⁸o & δ¹³c) of multiple ostracode species in a large neotropical lake as indicators of past changes in hydrology

Keyphrases

• Stable Isotopes 100%
• Hydrology 100%
• Ostracodes 100%
• Lake Level 45%
• Wet Condition 36%
• Taphonomy 27%
• Last Glacial Maximum 27%
• Warm Conditions 27%
• Benthic Species 27%
• High Lake Level 27%
• Nektobenthic 27%
• Energy Environment 18%
• High Energy 18%
• Younger Dryas 18%
• Early Holocene 18%
• Cold Conditions 18%
• Species Assemblages 18%
• D13C 18%
• Strong Current 18%
• Heinrich Stadial 1 18%
• Lake Level Fluctuations 18%
• D18O 18%
• Modern Lakes 18%
• High-resolution 9%
• Aquatic Plants 9%
• Guatemala 9%
• Holocene Climate 9%
• Sediment Core 9%
• Change of Measure 9%
• Algae Plant 9%
• Water Level 9%
• Lake Water 9%
• System Stability 9%
• Carbon Source 9%
• Lowland 9%
• Isotopic Signature 9%
• Drying Conditions 9%
• Physical Variables 9%
• Water Depth 9%
• Relative Abundance 9%
• Temperature Conditions 9%
• Lower Lakes 9%
• Climate Conditions 9%
• Seasonal Differences 9%
• Deglacial 9%
• Climate Proxy 9%
• Stable Isotope Record 9%
• Limnocythere 9%
• Holocene Environmental Change 9%
• Oxygen Stable Isotopes 9%
• Stable Carbon Isotopes 9%
• Neotropics 9%
• Lake System 9%
• Large Offset 9%
• Fossil Species 9%
• Sediment Geochemistry 9%
• Isotopic Composition of Water 9%
• Preboreal 9%
• Punctata 9%
• Cold Water Temperature 9%
• Lake Hydrodynamics 9%
• Autecology 9%
• Water Wetting 9%
• Geochemical Variables 9%
• Heavy Precipitation Events 9%

Earth and Planetary Sciences

• Ostracod 100%
• Stable Isotope 100%
• Lake Level 90%
• Holocene 36%
• Taphonomy 27%
• Last Glacial Maximum 27%
• Younger Dryas 18%
• Early Holocene 18%
• High Energy Environment 18%
• Lake Water 9%
• Environmental Change 9%
• Isotopic Composition 9%
• Sediment Core 9%
• Guatemala 9%
• Autoecology 9%
• Water Temperature 9%
• Climate Condition 9%
• Water Depth 9%
• Cold Water 9%
• Sediment Geochemistry 9%
• Preboreal 9%
• Neotropics 9%
• Systems Stability 9%