SESAR: 10.60471/ODP010Q6I

Field

Value

IGSN

10.60471/ODP010Q6I

Name

Core 167-1018A-32X

Other Name(s)

Not Provided

External Parent Name

Not Provided

External Parent Object Type

Not Provided

Publish Date

2010-12-10

Last Updated

2006-03-23

Field

Value

Object Type

Marine and lacustrine samples > Core (previously Core)

General Material Type

Not Provided

Classification

Not Provided

Field Name

Not Provided

Sample Description

Not Provided

Age (min)

Not Provided

Age (max)

Not Provided

Age Description

Not Provided

Geological Age

Not Provided

Geological Unit

Not Provided

Sample Size

Not Provided

Purpose

Not Provided

Field

Value

Latitude

36.9883

Longitude

-123.277

Latitude End

Not Provided

Longitude End

Not Provided

Easting

Not Provided

Northing

Not Provided

UTM Zone

Not Provided

Vertical Datum

Not Provided

Depth (min)

Not Provided

Depth (max)

Not Provided

Depth Scale

Not Provided

Elevation

-2477.4 meters

Elevation End

Not Provided

Navigation Type/Location Method

Not Provided

Locality

Not Provided

Locality Description

Not Provided

Location Description

Not Provided

Primary Location Name

Not Provided

Primary Location Type

Not Provided

Continent

Not Provided

Country

Not Provided

Province

Not Provided

County

Not Provided

City

Not Provided

Field

Value

Current Archive

Integrated Ocean Drilling Program (IODP)

Current Archive Contact

Curator

Original Archive

Texas A&M University, Integrated Ocean Drilling Program

College Station, TX, 77845, USA

Original Archive Contact

Curator

Availability

Not Provided

Personal Collection Storage Location

Not Provided

Field

Value

Cruise/Field Program

ODP Leg 167

Platform

Joides Resolution

Type: ship

Launch Platform

Not Provided

Launch Label

Not Provided

Collectors

Individual: Curator

Texas A&M University, Integrated Ocean Drilling Program, College Station, TX, 77845, USA

Sampling Method

Coring

Sampling Method Detail

X: The XCB is designed to recover core samples from soft to medium formations. Typically, the XCB is deployed upon APC refusal, ie., when a formation becomes too stiff to piston core. The XCB relies on rotation of the drill string to advance the hole and cut

Sampling Start Date

Not Provided

Sampling End Date

Not Provided

Sampling Date Precision

Not Provided

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