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Quaternary transfer faulting in the Taiwan Foothills: Evidence from a multisource approach
B. Deffontaines
, O. Lacombe
, J. Angelier
, H. T. Chu
, F. Mouthereau
,
C. T. Lee
, J. Deramond
, J. F. Lee
, M. S. Yu
, P. M. Liew
地球科學學系
地震災害鏈風險評估及管理研究中心
應用地質研究所
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
111
引文 斯高帕斯(Scopus)
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Keyphrases
Taiwan
100%
Fault Zone
100%
Multi-source Approach
100%
Transfer Fault
75%
Western Foothills
50%
Passive Margin
50%
Left Lateral Sectionectomy
50%
Earthquake
25%
Focal Mechanism
25%
Seismic Data
25%
Landsat Images
25%
Kinematics
25%
Basement Highs
25%
Geodetic
25%
Seismic Activity
25%
Chiayi
25%
Digital Elevation Model
25%
Normal Fault
25%
GPS Data
25%
Radar Image
25%
Stratigraphy
25%
Aerial Image
25%
Network Anomaly
25%
Plio-Quaternary
25%
Foreland Basin
25%
Collisional Belts
25%
Morphostructure
25%
Field Yield
25%
Thrust System
25%
Tectonics Studies
25%
Tectonic Analysis
25%
Drainage Network
25%
Oblique Structures
25%
Fengshan
25%
Right-lateral Strike-slip Fault
25%
Lateral Transfer
25%
Side-looking Airborne Radar
25%
Multi-source
25%
Day Activities
25%
Lateral Movement
25%
Field Analysis
25%
Earth and Planetary Sciences
Taiwan
100%
Fault Zone
100%
Tectonics
50%
Passive Margin
50%
Global Positioning System
25%
Seismic Activity
25%
Focal Mechanism
25%
Seismic Data
25%
Strike-Slip Fault
25%
Landsat
25%
SPOT
25%
Digital Elevation Model
25%
Stratigraphy
25%
Aerial Photograph
25%
Foreland Basin
25%
Morphostructure
25%
Airborne Radar
25%
Drainage Network
25%