Characterization of the gassy sediment layer in shallow water using an acoustical method: Lake Kinneret as a case study

Keyphrases

• Shallow Water 100%
• Lake Kinneret 100%
• Gassy Sediments 100%
• Sediment Layer 100%
• Acoustical Method 100%
• Israel 33%
• Climate Change 33%
• Practical Implementation 33%
• Organic Matter Content 33%
• Climate Change Impacts 33%
• Sediment Core 33%
• Spatial Variability 33%
• Frequency Analysis 33%
• Sedimentary Layer 33%
• Aquatic Ecosystems 33%
• Surface Sediments 33%
• Sediment Sampling 33%
• Reflection Coefficient 33%
• Frozen Core 33%
• Free Gas Content 33%
• Bottom Reflectance 33%
• Measurement Analysis 33%
• Assessment Efficiency 33%
• High Methane 33%
• Global Methane Budget 33%
• Amplitude Measurement 33%
• Frozen Sediments 33%
• Freshwater Lake 33%
• Wide Frequency Band 33%
• High Organic Content 33%
• Remote Characterization 33%
• Amplitude Frequency 33%
• Assigned Value 33%
• Gas Void Fraction 33%
• Spatiotemporal Monitoring 33%
• Methane Production Rate 33%
• Acoustic Techniques 33%
• Simultaneous Assessment 33%
• Acoustic Methods 33%
• Depth-averaged 33%
• Environmental Significance 33%

Earth and Planetary Sciences

• Shallow Water 100%
• Methane 100%
• Acoustic Method 100%
• Israel 50%
• Climate Change 50%
• Sediment Core 50%
• Organic Matter 50%
• Frequency Analysis 50%
• Reflectance 50%
• Aquatic Environment 50%
• Porosity 50%

Engineering

• Methane 100%
• Climate Change 50%
• Gas Content 50%
• Measured Void Fraction 50%
• Frequency Analysis 50%
• Reflectance 50%
• Climatic Change 50%