Triple oxygen isotopes in Texas precipitation reveal variability in the nature and timing of secondary evaporation

Keyphrases

• Texas 100%
• Triple Oxygen Isotopes 100%
• Secondary Evaporation 100%
• Odessa 75%
• North Central 50%
• Woodland 50%
• South Central 50%
• Savanna 50%
• Houston 50%
• Central Texas 50%
• San Antonio 50%
• D-excess 50%
• Isotopic Variability 50%
• Sub-humid 50%
• Humidity 25%
• Prairie 25%
• Convection 25%
• Temporal Variability 25%
• Hydroclimate 25%
• Marsh 25%
• Paleoclimate 25%
• Tap Water 25%
• Cold Season 25%
• Warm Season 25%
• Tropical Region 25%
• Subtropical Region 25%
• Range of Values 25%
• Annual Precipitation 25%
• Continental U.S. 25%
• Gulf of Mexico 25%
• Dominant Controls 25%
• Moisture Transport 25%
• Seasonal Temperature 25%
• Isotopic Values 25%
• Mixed Prairie 25%
• Oceanic Sources 25%
• Seasonal Wind 25%
• Hybrid Single-particle Lagrangian Integrated Trajectory (HYSPLIT) 25%
• Subtropical Climate 25%
• Wind Speed Variation 25%
• Southeast Texas 25%
• Climate Division 25%
• Arid Desert 25%
• Opportunistic Sampling 25%
• Stratiform Rain 25%

Earth and Planetary Sciences

• Texas 100%
• Grassland 50%
• Savannah 50%
• Tropics 50%
• Transportation 25%
• Paleoclimate 25%
• Tap Water 25%
• Wind Velocity 25%
• Gulf of Mexico 25%
• Pacific 25%