New insights into Holocene hydrology and temperature from lipid biomarkers in western Mediterranean alpine wetlands

Keyphrases

• Abrupt Temperature Change 33%
• Alpine Environment 33%
• Alpine Region 33%
• Alpine Wetland 100%
• Atmospheric Patterns 33%
• Average Chain Length 33%
• Carbon Preference Index 33%
• Climate Instability 33%
• Cold Conditions 33%
• Early Holocene 66%
• Environmental Change 33%
• Evapotranspiration 33%
• Force Mechanism 33%
• Frozen Soil 33%
• High Mountain Lakes 33%
• High-sensitivity Sensor 33%
• Hydrogen Isotopes 33%
• Hydrology 100%
• Iberia 33%
• Iberian Peninsula 33%
• Isotopic Enrichment 33%
• Joint Control 33%
• Laguna 100%
• Lake Evaporation 33%
• Lipid Biomarkers 100%
• Long-chain Diols 100%
• Long-term Trends 33%
• Low Temperature 33%
• Lower Lakes 33%
• Mediterranean Region 33%
• Middle Holocene 66%
• N-alkanes 100%
• North Atlantic Oscillation 33%
• Paleoenvironmental Studies 33%
• Period-one 33%
• Plant Growth 33%
• Precipitation Amount 33%
• Precipitation Sources 33%
• Snowpack 33%
• Southern Iberian Peninsula 33%
• Temperature Variability 33%
• Terrestrial Plants 33%
• Water Availability 33%
• Western Mediterranean 100%
• Western Mediterranean Oscillation 33%

Earth and Planetary Sciences

• Alpine Environment 16%
• Atmospherics 16%
• Environmental Change 16%
• Evapotranspiration 16%
• Frozen Soil 16%
• Holocene 100%
• Hydrogen Isotopes 16%
• Isotopic Enrichment 16%
• Long-Term Trend 16%
• Mediterranean Region 16%
• n-Alkane 50%
• North Atlantic Oscillation 16%
• Snowpack 16%
• Water Availability 16%