Paleoseismic trenching reveals late quaternary kinematics of the leech river fault: Implications for forearc strain accumulation in northern cascadia

Keyphrases

• Kinematics 100%
• Leech 100%
• Forearc 100%
• Strain Accumulation 100%
• Right Lateral 100%
• Lateral Slip 100%
• Cascadia 100%
• Paleoseismic Trenching 100%
• Olympic Mountains 75%
• Glacial Till 75%
• Canada 50%
• Clast 50%
• Scarp 50%
• Thrust Fault 50%
• Colluvium 50%
• Forearc Deformation 50%
• Strait of Georgia 50%
• Good Hope 50%
• Strait of Juan De Fuca 50%
• Strike-slip 25%
• Fault Zone 25%
• Extrusion 25%
• Charcoal 25%
• Earthquake 25%
• Post Deposition 25%
• Fissure 25%
• Seismicity 25%
• Paleoseismic 25%
• Vancouver Island 25%
• Anticline 25%
• Crustal Shortening 25%
• Vertical Fault 25%
• Opening Mode 25%
• Far North 25%
• Vertical Separation 25%
• Global Navigation Satellite System 25%
• Single Surface 25%
• Backstop 25%
• Paleoseismic Studies 25%
• Surface Rupture 25%
• Oroclinal Bending 25%
• Deformation Model 25%

Earth and Planetary Sciences

• Trench 100%
• Escarpment 66%
• Canada 66%
• Colluvial Deposit 66%
• Fault Zone 33%
• Seismicity 33%
• Rupturing 33%
• Anticlines 33%
• Crustal Shortening 33%
• Dip-Slip Fault 33%
• GNSS 33%