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The dynamics of the eastern Mediterranean and eastern Turkey
M. Sinan Özeren
*
, William E. Holt
*
Corresponding author for this work
Eurasia Institute of Earth Sciences
Stony Brook University
Research output
:
Contribution to journal
›
Article
›
peer-review
87
Citations (Scopus)
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Keyphrases
Active Deformation
14%
Aegean Sea
14%
Alternating Least Squares
14%
Anatolian Plateau
14%
Arc Segment
14%
Asia Minor
14%
Black Sea
14%
Body Force
14%
Boundary Conditions Effects
28%
Central Anatolian
14%
Continental Lithosphere
14%
Continuous Strain
14%
Crustal Structure
28%
Deformation Indicators
14%
Depth-averaged
28%
Depth-integrated
57%
Deviatoric Stress
100%
Dynamic Analysis
14%
Dynamic Solution
14%
Dynamic Uplift
14%
East Anatolia
14%
East Anatolian
14%
Eastern Mediterranean
100%
Eastern Segment
14%
Eastern Turkey
100%
Effective Viscosity
28%
Field Boundaries
14%
Force Balance Equation
14%
Force Input
14%
Force System
14%
Geodetic Strain Rate
14%
GPS Data
14%
Gravitational Potential Energy
14%
Greece
14%
Gulf of Corinth
14%
Hellenic Arc
28%
Integrated Stress
14%
Kinematic Analysis
14%
Least-squares Inversion
28%
Low Depth
28%
North Anatolian Fault
28%
North Anatolian Shear Zone
14%
Northern Aegean Sea
14%
Pulling Force
14%
Relative Magnitude
14%
Robust Features
14%
Scalar
14%
Seismic Observation
14%
Slab Detachment
14%
Slab Rollback
14%
Southern Aegean Sea
14%
Strain Rate
28%
Strain Rate Field
28%
Stress Field
42%
Stress Magnitude
42%
Structure Model
14%
Total Stress
14%
Ultimate Dynamics
14%
Velocity Field
14%
Vertical Difference
14%
Vertical Stress
14%
Vertically Integrated
28%
Viscosity
14%
Weakening Effect
14%
Earth and Planetary Sciences
Boundary Condition
100%
Continental Lithosphere
20%
Crustal Structure
40%
Dynamic Analysis
20%
Field Margin
20%
Gravitational Field
20%
Lithosphere
100%
North Anatolian Fault
40%
Potential Energy
20%
Shear Zone
20%
Strain Rate
60%
Velocity Distribution
20%