Characterization of the slope-destabilizing effects of gas-charged sediment via seismic surveys

Keyphrases

• Seismic Survey 100%
• Destabilizing Effect 100%
• Attenuation 66%
• Gas Saturation 66%
• Attenuation Model 66%
• Excess Pore Water Pressure 66%
• Gas Properties 66%
• Gas Bearing 66%
• Wave Attenuation 66%
• Bearing Layers 66%
• Bayesian Hierarchical Model 33%
• Parameter Estimation 33%
• Parameter Values 33%
• Spectral Ratio 33%
• Survey Data 33%
• Norway 33%
• Shipboard 33%
• Gaussian Process Model 33%
• Yield Estimation 33%
• Natural Processes 33%
• Large Uncertainty 33%
• Seismic Attenuation 33%
• Posterior Distribution 33%
• Saturation Excess 33%
• Saturation Concentration 33%
• Amplitude Spectrum 33%
• Pressure Estimates 33%
• Data Processing Techniques 33%
• Ratio Approach 33%
• Seismic Quality Factor 33%
• Slope Stability 33%
• Gas Layer 33%
• Geotechnical Properties 33%
• Good Performance 33%
• Sense of Uncertainty 33%

Earth and Planetary Sciences

• Seismic Survey 100%
• Wave Attenuation 100%
• Pore Pressure 100%
• Gas Bearing 100%
• Data Transmission 100%
• Q Factor 100%
• Seismic Data 50%
• Norway 50%
• Seismic Attenuation 50%
• Slope Failure 50%
• Slope Stability 50%
• Submarine Slope 50%
• Geotechnical Property 50%