Holocene hydrological events and human induced environmental changes reflected in a southeastern Mediterranean fluvial archive

Keyphrases

• Anthropogenic Impact 50%
• Aquifer 50%
• Arab 50%
• Biofacies 50%
• Carmel Coast 50%
• Chronostratigraphy 50%
• Climate Conditions 50%
• Climate Records 50%
• Dry Climate 50%
• Eastern Mediterranean 100%
• Environmental Conditions 50%
• Estuary 50%
• Faunal Assemblage 50%
• Fine Sediment 50%
• Fine-grained Sediment 50%
• Fluvial Activity 50%
• Fluvial Archives 100%
• Fluvial Sequence 50%
• Fluvial Succession 50%
• Foraminiferans 100%
• High Energy 50%
• Human Activities 50%
• Human Impact 50%
• Human-induced Environmental Change 100%
• Humid Climate 50%
• Hydrological Event 100%
• Hydrological Regime 50%
• Israel 50%
• Late Holocene 50%
• Local Modulation 50%
• Mediterranean Climate 50%
• Mediterranean Estuary 50%
• Mid-Holocene 50%
• Modern Humans 50%
• Molluscs 50%
• Oligohaline 50%
• Optically Stimulated Luminescence 50%
• Organic-rich 100%
• Ostracods 50%
• Quartz Sand 50%
• Sea Level Rise 50%
• Sea-level Change 50%
• Sedimentation Rate 50%
• Seepage 50%
• Semi-arid 50%
• Southeastern Mediterranean 100%
• Storm Surge 50%
• Surge Event 50%
• Vegetation Cover 50%

Earth and Planetary Sciences

• Anthropogenic Effect 20%
• Biofacies 20%
• Chronostratigraphy 20%
• Climate Condition 20%
• Environmental Change 100%
• Fine Grained Sediment 20%
• Fine Sediment 20%
• Foraminifera 40%
• Holocene 100%
• Hydrological Regime 20%
• Israel 20%
• Mediterranean Climate 20%
• Ostracod 20%
• Sea Level 20%
• Sea Level Change 20%
• Sea Level Rise 20%
• Sedimentation Rate 20%
• Sedimentology 20%
• Storm Surge 20%
• Vegetation Cover 20%