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Magma-compensated crustal thinning in continental rift zones
H. Thybo
*
, C. A. Nielsen
*
Corresponding author for this work
University of Copenhagen
Research output
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Contribution to journal
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Article
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peer-review
196
Citations (Scopus)
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Keyphrases
Baikal Rift Zone
50%
Continental Lithosphere
50%
Continental Rift Basin
100%
Crustal Thinning
100%
Decompression Melting
50%
Earth Surface
50%
Earth's Interior
50%
Failed Rift
100%
Feature Surface
50%
High Velocity
50%
Lake Baikal
50%
Localised Zones
50%
Lower Crust
100%
Magma
100%
Magma Intrusion
50%
Magmatism
50%
Moho
100%
Oceanic Lithosphere
50%
Rift Structure
50%
Rift Zone
100%
Rifting
50%
Rifting Process
50%
Sedimentary Basin
100%
Seismic Profiles
50%
Seismic Velocity
100%
Siberia
50%
Stretch Factor
50%
Surface Manifestation
100%
Tectonics
50%
Upper Mantle
50%
Earth and Planetary Sciences
Continental Lithosphere
20%
Crustal Thinning
100%
Earth Surface
20%
Lithosphere
20%
Lower Crust
40%
Magma
100%
Magmatism
20%
Oceanic Lithosphere
20%
Pressure Reduction
20%
Rift Zone
100%
Rifting
40%
Sedimentary Basin
40%
Seismic Velocity
40%
Tectonics
20%
Trough
20%