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Abrupt spatial and geochemical changes in lamprophyre magmatism related to Gondwana fragmentation prior, during and after opening of the Tasman Sea
Quinten van der Meer,
Michael Storey
, James Scott,
Tod Earle Waight
Geology
37
Citations (Scopus)
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Dive into the research topics of 'Abrupt spatial and geochemical changes in lamprophyre magmatism related to Gondwana fragmentation prior, during and after opening of the Tasman Sea'. Together they form a unique fingerprint.
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Keyphrases
Gondwana
100%
Magmatism
100%
Lamprophyre
100%
Geochemical Changes
100%
Tasman Sea
100%
Dike
100%
New Zealand
66%
Western Province
50%
Westland
33%
40Ar-39Ar Dating
16%
Lamprophyre Dyke
16%
Emerald
16%
Intraplate
16%
Oceanic Crust
16%
Active Margin
16%
Lithospheric Thinning
16%
Primary Melt
16%
Continental Crust
16%
Calc-alkaline Magmatism
16%
Plate Boundary
16%
Long-lived
16%
Normal Fault
16%
Australia
16%
Metamorphism
16%
Mafic
16%
Quiescence
16%
Cenozoic
16%
Polyphase
16%
Tasman
16%
Earth and Planetary Sciences
Lamprophyre
100%
Magmatism
100%
Dyke (Water management)
100%
Gondwana
100%
New Zealand
50%
Dike Swarm
25%
Australia
12%
Thinning
12%
Continental Crust
12%
Oceanic Crust
12%
Plate Boundary
12%
Active Margin
12%