Since shortly after the initiation of subduction during the mid Eocene, sedimentation has been dominated by submarine fan deposits, principally volcaniclastic turbidites and mass-flows derived from the volcanic arc. Volcaniclastic sedimentation occurred against a background of pelagic nannofossil sedimentation. A number of upward-fining cycles are recognised and are correlated to regional tectonic events, such as the rifting of the Lau Basin at 5.6 Ma. Episodes of sedimentation dating from 16.0 and 10.0 Ma also correlate well with major falls in eustatic sea level and may be at least partially caused by the resulting enhanced erosion of the arc edifice. -from Author
© 1995 by the American Geophysical Union. The episodic rifting of both continental and oceanic volca...
The Lau Basin comprises oceanic crust that separates the remnant Lau Ridge volcanic arc from the act...
The fate of subducted sediment and the extent to which it is dehydrated and/or melted before incorpo...
The sedimentary succession drilled at Sites 840 and 841 on the Tonga forearc allows the sedimentary ...
Scientific drilling of narrow sub-basins within the Lau back-arc basin system of the SW Pacific has ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentary sections recovered from the Tonga platform and forearc during Ocean Drilling Program Leg...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
Sediment deposited around oceanic volcanic arcs potentially provides the most complete record of the...
This is the publisher’s final pdf. The published article is copyrighted by the American Geophysical ...
© 1995 by the American Geophysical Union. The episodic rifting of both continental and oceanic volca...
The Lau Basin comprises oceanic crust that separates the remnant Lau Ridge volcanic arc from the act...
The fate of subducted sediment and the extent to which it is dehydrated and/or melted before incorpo...
The sedimentary succession drilled at Sites 840 and 841 on the Tonga forearc allows the sedimentary ...
Scientific drilling of narrow sub-basins within the Lau back-arc basin system of the SW Pacific has ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentation in the Tonga forearc is dominated by the redeposition of volcaniclastic sediment from ...
Sedimentary sections recovered from the Tonga platform and forearc during Ocean Drilling Program Leg...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
The convergent margins of the western Pacific are marked by widespread tectonic erosion of the overr...
Sediment deposited around oceanic volcanic arcs potentially provides the most complete record of the...
This is the publisher’s final pdf. The published article is copyrighted by the American Geophysical ...
© 1995 by the American Geophysical Union. The episodic rifting of both continental and oceanic volca...
The Lau Basin comprises oceanic crust that separates the remnant Lau Ridge volcanic arc from the act...
The fate of subducted sediment and the extent to which it is dehydrated and/or melted before incorpo...