Core Sample Search

Search JAMSTEC core samples


CoreHP Name CoreHP Leg/Cruise Location Detail
/Location
Longitude
Latitude
Length(cm) Section Depth (mbsf)*1 Depth(m) Detail CoreHP Remarks CoreHP Status CoreHP Data Reference CoreHP Last Modified
MR03-ENG PC01-01A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-02A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-03A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-04A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-05A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-06A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-07A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-08A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-09A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PC01-CCA MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PL01-H01A MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 archive available DMG 2009/07/31
MR03-ENG PL01-H01W MR03-ENG Izu-Ogasawara Trench; E spot
/NW Pacific Ocean
143-45.01'E
33-36.02'N
5702 working available DMG 2009/07/31
12 results

*1For piston/gravity cores, a section-top depth represents a sum of section lengths from the top of each core. For drilled cores, it represents a composite depth (meter below sea floor) which was recalculated to compensate for the after-drilling expantion of sediments.