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Lithosphere Structure and Seismic Anisotropy Offshore Eastern North America: Implications for Continental Breakup and Ultra-Slow Spreading Dynamics
J. B. Russell,
J. B. Gaherty
Earth and Sustainability
Research output
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Contribution to journal
›
Article
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peer-review
2
Scopus citations
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Dive into the research topics of 'Lithosphere Structure and Seismic Anisotropy Offshore Eastern North America: Implications for Continental Breakup and Ultra-Slow Spreading Dynamics'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
continental breakup
87%
seismic anisotropy
80%
lithosphere
57%
North America
49%
seafloor spreading
49%
magnetic anomaly
41%
mantle
37%
plate motion
29%
Rayleigh wave
29%
anisotropy
21%
fabric
20%
Pangaea
16%
ambient noise
15%
supercontinent
15%
experiment
15%
passive margin
14%
phase velocity
14%
crustal structure
14%
gabbro
13%
mechanics
11%
olivine
11%
wave velocity
11%
crust
9%
transition
7%
rate
4%
Physics & Astronomy
lithosphere
100%
margins
69%
Earth mantle
42%
anisotropy
40%
magnetic anomalies
37%
Rayleigh waves
21%
low speed
18%
gabbro
16%
olivine
11%
crusts
11%
stopping
9%
phase velocity
9%
time measurement
7%
shear
6%
Chemical Compounds
Spreading
67%
Anisotropy
59%
Velocity
32%
Plate Like Crystal
20%
Mechanics
14%
Shear
11%
Time
4%