Geochemical cycling of redox-sensitive metals in sediments from Lake Malawi: A diagnostic paleotracer for episodic changes in mixing depth

Keyphrases

• Lake Malawi 100%
• Episodic Change 100%
• Geochemical Cycling 100%
• Mixing Depth 100%
• Redox-active Metals 100%
• Chemocline 100%
• Sulfide 66%
• Water Column 66%
• Remobilization 66%
• Oxygen Incorporation 66%
• Ferric Hydroxide 66%
• Oxygenated Water 66%
• Reducing Sediments 66%
• Mn Oxyhydroxides 66%
• Redox 33%
• Sedimentary Record 33%
• Underlying Layer 33%
• Concentration Profile 33%
• Metal-rich 33%
• Redox State 33%
• Water Depth 33%
• Stress Level 33%
• FeMn 33%
• Lake Level 33%
• Concentration of Measure 33%
• Event Sequences 33%
• Reducing Conditions 33%
• CoMoS 33%
• Bioturbation 33%
• Pb-Zn 33%
• Geochemical Behavior 33%
• Overlying Water 33%
• Anoxic Water 33%
• Varved Sediments 33%
• Lake Basin 33%
• Mixing Efficiency 33%
• Heat Balance 33%
• Lake Surface 33%
• Bottom Water 33%
• Redox Gradient 33%
• Oxic Condition 33%
• Wind Stress 33%
• Tropical Lake 33%
• U-Mo 33%
• Anoxic Basin 33%
• Permanent Marker 33%
• Nearshore Sediment 33%
• Transient Changes 33%
• Surface Sediments 33%

Earth and Planetary Sciences

• Malawi 100%
• Mixing Height 100%
• Water Column 66%
• Remobilization 66%
• Surface Sediment 66%
• Lake Basin 33%
• Sulfide 33%
• Lake Level 33%
• Heat Balance 33%
• Scavenging 33%
• Water Depth 33%
• Bioturbation 33%
• Bottom Water 33%
• Oxic Condition 33%
• Forming Technique 33%
• Near-Surface Geology 33%