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Chapter contents Introduction Numbering of sites, holes, cores, and samples and computation of depth Core reference frame for sample orientation Core handling and core flow Information architecture Core description overview Thin section description overview Core section image analysis Section Half Imaging Logger core scanning system Methodology Igneous petrology Piece descriptions and igneous units Macroscopic core description Thin section descriptions Alteration and metamorphism Macroscopic core description Thin section description Sediment description X-ray diffraction Structural geology Structural measurements Macroscopic core description and terminology Microstructures Inorganic geochemistry Sample preparation for geochemistry Inductively coupled plasma–atomic emission spectroscopy Data reduction for inductively coupled plasma–atomic emission spectroscopy Volatile measurements Paleomagnetism Archive section half remanent magnetization data Discrete sample data Inclination-only analysis Physical properties Whole-Round Multisensor Logger measurements Natural Gamma Radiation Logger measurements Section Half Multisensor Logger measurements Discrete sample measurements Handheld X-ray fluorescence analyses Analytical methods Calibration and standardization Collection of core saw cuttings References Figures F1. IODP core labeling. F2. Core reference frame. F3. Core handling and workflow. F4. Piece and section definitions. F5. Information capture applications. F6. Core piece imaging frame. F7. VCD key. F8. Modal classification. F9. QAP modal classification. F10. Textural classification. F11. Multiple domain thin section. F12. Vein classification and description. F13. Defined multiple domains. F14. Planar feature measurement. F15. Deformation fabrics and veins. F16. Fracture morphologies. F17. Vein morphologies. F18. Magnetic field profile. F19. MS normalized response curve. F20. Corrected MS data. F21. Chromaticity tests. F22. Acrylic standard V_P measurements. F23. Minicore V_P measurements. F24. Thermal conductivity measurements. F25. Saw cutting sampling methods. Tables T1. Element analyses wavelengths. T2. Rock standard calibration values. T3. Rock reference and standard analyses. T4. Reproducibility and accuracy estimates. T5. Elements of interest. T6. Silicate standard XRD. T7. BCR-2 standard XRD. PDF file			Previous \| Next doi:10.2204/iodp.proc.345.102.2014 References Arason, P., and Levi, S., 2010. Maximum likelihood solution for inclination-only data in paleomagnetism. Geophys. J. Int., 182(2):753–771. doi:10.1111/j.1365-246X.2010.04671.x Bartington Instruments, Ltd., 2011. Operation Manual for MS2 Magnetic Susceptibility System: Oxford (Bartington Instruments, Ltd.). http://www.bartington.com/Literaturepdf/Operation%20Manuals/om0408%20MS2.pdf Blum, P., 1997. Physical properties handbook: a guide to the shipboard measurement of physical properties of deep-sea cores. ODP Tech. Note, 26. doi:10.2973/odp.tn.26.1997 Cordier, C., Clément, J.-P., Caroff, M., Hémond, C., Blais, S., Cotten, J., Bollinger, C., Launeau, P., and Guille, G., 2005. Petrogenesis of coarse-grained intrusives from Tahiti Nui and Raiatea (Society Islands, French Polynesia). J. Petrol., 46(11):2281–2312. doi:10.1093/petrology/egi055 Davis, G.H., Reynolds, S.J., and Kluth, C., 2011. 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