Proc. IODP, 313, Expedition 313 summary

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Chapter contents Abstract Introduction Shallow-water drilling—a new beginning Eustasy as a global phenomenon Eustatic unknowns: amplitude, response, and mechanism Background Geologic setting Previous drilling Site selection Reaching a long-standing goal Scientific objectives Operational strategy Principal results Lithostratigraphy Biostratigraphy Paleomagnetism Petrophysics and logging Interstitial water chemistry Stratigraphic correlation of seismic and sedimentary sequences Chronology Preliminary scientific assessment and conclusions Target section recovered Good geochronologic control Reliable paleobathymetric indicators Extensive physical measurements Offshore operations Onshore Science Party, Bremen References Figures F1. New Jersey continental margin. F2. Ew9009 line 1003. F3. Oligocene–Miocene sequences. F4. Global sea level. F5. Oc270 dip line 529. F6. Idealized locations of a three-hole transect. F7. MCS profiles. F8. Hole M0027A summary. F9. Hole M0028A summary. F10. Hole M0029A summary. F11. Age assignments, Hole M0027A. F12. Age assignments, Hole M0028A. F13. Age assignments, Hole M0029A. F14. Chronology. F15. Downhole measurements. F16. Reflectors. Tables T1. Operations summary. T2. Description and measurements. PDF file			Previous \| Next doi:10.2204/iodp.proc.313.101.2010 Offshore operations Expedition 313 carried three types of coring tools: a hydraulic piston corer (HPC; equivalent to the advanced piston corer [APC]), an extended nose corer (EXN; equivalent to the extended core barrel [XCB]), and a standard rotary corer (ALN; equivalent to the rotary core barrel [RCB]). See Table T1 for a summary of operations. Please see the "Methods" chapter for a description of the coring technology. Top of page \| Previous \| Next

Offshore operations