"{\"definition\":{\"AE-BS\":\"Bootstrap method\",\"AE-BS-P\":\"Bootstrap method: Parametric\",\"AE-H\":\"Hext estimation of anisotropy parameters\",\"DA-AC\":\"Anisotropy correction\",\"DA-AC-AARM\":\"Anisotropy correction: Tensor of AARM\",\"DA-AC-AATR\":\"Anisotropy correction: Tensor of AATR\",\"DA-AC-AIRM\":\"Anisotropy correction: Tensor of AIRM\",\"DA-AC-AMS\":\"Anisotropy correction: Tensor of AMS\",\"DA-AC-ATRM\":\"Anisotropy correction: Tensor of ATRM\",\"DA-AC-B\":\"Anisotropy correction: Burakov's TRM correction\",\"DA-ALT\":\"Alteration correction\",\"DA-ALT-BN\":\"Alteration correction: Burakov & Nachasova\",\"DA-ALT-K\":\"Alteration correction: Kono\",\"DA-ALT-RS\":\"Alteration correction: Rolph & Shaw\",\"DA-ALT-V\":\"Alteration correction: Corrections using pTRM-check\",\"DA-CR\":\"Cooling rate correction\",\"DA-CR-EG\":\"Cooling rate correction: Educated guess\",\"DA-CR-PS\":\"Cooling rate correction: Percent estimated from pilot samples\",\"DA-CR-TRM\":\"Cooling rate correction: Comparison between 2 TRMs acquired with a slow and rapid cooling rate\",\"DA-DC\":\"Deconvolution\",\"DA-DIR\":\"Direction correction\",\"DA-DIR-DT\":\"Direction correction: Detrending of directional data from a sediment core\",\"DA-DIR-GEO\":\"Direction correction: Adjusted for sample orientation\",\"DA-DIR-H\":\"Direction correction: Data adjustment to the horizontal\",\"DA-DIR-INC\":\"Direction correction: Inclination correction\",\"DA-DIR-ROG\":\"Direction correction: Model of the easy plane of magnetization\",\"DA-DIR-ROT\":\"Direction correction: Rotation applied\",\"DA-DIR-TILT\":\"Direction correction: Adjusted for tilt\",\"DA-DIR-V\":\"Direction correction: Data adjustment to the vertical\",\"DA-HYST-JS\":\"Isolation of ferromagnetic loop according to protocol of Jackson and Solheid (2010)\",\"DA-HYST-LD\":\"Linear detrending in hysteresis loop\",\"DA-NL\":\"Non-linear correction: Selkin's TRM correction\",\"DA-NO\":\"Unknown correction\",\"DA-VRM\":\"VRM correction\",\"DE-BFL\":\"Best fit line\",\"DE-BFL-A\":\"Best fit line: Linear regression anchored in the origin\",\"DE-BFL-O\":\"Best fit line: Linear regression with origin included but not anchored in calculations\",\"DE-BFP\":\"Best fit plane\",\"DE-BFP-G\":\"Best fit plane: Great circle\",\"DE-BFP-S\":\"Best fit plane: Small circle\",\"DE-BS\":\"Bingham statistics\",\"DE-DI\":\"Pole latitude and longitude calculation from mean declination-inclination\",\"DE-FM\":\"Fisher mean\",\"DE-FM-LP\":\"Fisher mean: Line and planes\",\"DE-FM-UV\":\"Fisher mean: Unit vectors\",\"DE-K\":\"Kappa estimation\",\"DE-K-F\":\"Kappa estimation: McFadden's (1980) best estimate of Fisherian Kappa, given by Kf=(N-1)\\/(N-R), an unbiased estimate for 1\\/kappa\",\"DE-K-ML\":\"Kappa estimation: Maximum likelihood estimate of Fisherian Kappa, given by Kml=N\\/(N-R)\",\"DE-K-RAT\":\"Kappa estimation: Ratio of Kappa's from two different distributions\",\"DE-K-U\":\"Kappa estimation: Unbiased estimate of Fisherian Kappa, given by Ku=(N-2)\\/(N-R)\",\"DE-MAD\":\"Maximum angle of deviation\",\"DE-MAD-L\":\"Maximum angle of deviation: Estimated about best-fit line\",\"DE-MAD-P\":\"Maximum angle of deviation: Estimated about best-fit plane\",\"DE-POLE\":\"Generic paleomagnetic pole\",\"DE-RAN\":\"Uses R to test for randomness of set of directions\",\"DE-V\":\"Definition of parameter V for different sets of N & R directions\",\"DE-VGP\":\"Pole latitude and longitude calculation from mean VGP\",\"DE-VM\":\"Vector mean, including magnitude of vector, rather than just Fisher mean unit vectors\",\"FS-AT\":\"Sampled with adhesive tape\",\"FS-C\":\"Coring\",\"FS-C-BARREL\":\"Coring: Barrel coring\",\"FS-C-BARREL-X\":\"Coring: Extended barrel coring\",\"FS-C-BOX\":\"Coring: Box coring\",\"FS-C-DRILL\":\"Coring: Drilling\",\"FS-C-DRILL-DSDP\":\"Coring: DSDP drilling\",\"FS-C-DRILL-IODP\":\"Coring: IODP drilling\",\"FS-C-DRILL-ODP\":\"Coring: ODP drilling\",\"FS-C-FREEZE\":\"Coring: Freeze coring\",\"FS-C-GRAV\":\"Coring: Gravity coring\",\"FS-C-MULTI\":\"Coring: Multi coring\",\"FS-C-PISTON\":\"Coring: Piston coring\",\"FS-C-PISTON-A\":\"Coring: Advanced piston coring\",\"FS-C-PISTON-H\":\"Coring: Hydraulic piston coring\",\"FS-C-PUSH\":\"Coring: Push coring\",\"FS-C-ROT\":\"Coring: Rotary coring\",\"FS-C-VIBRA\":\"Coring: Vibra coring\",\"FS-C-WAX\":\"Coring: Wax coring\",\"FS-D\":\"Dredging\",\"FS-FD\":\"Field drilling using a hand-held portable drill\",\"FS-H\":\"Hand sampling\",\"FS-LOC-GIS\":\"Location determination: Digitization of latitude and longitudes using GIS tools\",\"FS-LOC-GOOGLE\":\"Location determination: Digitization of latitude and longitudes using Google Maps or Earth\",\"FS-LOC-GPS\":\"Location determination: Latitude and longitude by GPS measurement\",\"FS-LOC-MAP\":\"Location determination: Digitization of latitude and longitudes from map\",\"FS-LOC-UTM\":\"Location determination: Latitude and longitude converted from UTM coordinates\",\"FS-SS-C\":\"Subsampling: Cubed subsample of core\",\"GM-ALPHA\":\"Age determination by using alpha counting\",\"GM-ARAR\":\"40Ar\\/39Ar age determination\",\"GM-ARAR-AP\":\"40Ar\\/39Ar age determination: Age plateau\",\"GM-ARAR-II\":\"40Ar\\/39Ar age determination: Inverse isochron\",\"GM-ARAR-IS\":\"40Ar\\/39Ar age determination: Insitu spot age using laser system\",\"GM-ARAR-NI\":\"40Ar\\/39Ar age determination: Normal isochron\",\"GM-ARAR-SC\":\"40Ar\\/39Ar age determination: Single crystal age\",\"GM-ARAR-SC-10\":\"40Ar\\/39Ar age determination: Average age based on less than 10 single crystal ages\",\"GM-ARAR-SC-1050\":\"40Ar\\/39Ar age determination: Average age based on 10 to 50 single crystal ages\",\"GM-ARAR-SC-50\":\"40Ar\\/39Ar age determination: Average age based on more than 50 single crystal ages\",\"GM-ARAR-TF\":\"40Ar\\/39Ar age determination: Total fusion or recombined age\",\"GM-C14\":\"Radiocarbon age determination\",\"GM-C14-AMS\":\"Radiocarbon age determination: AMS\",\"GM-C14-BETA\":\"Radiocarbon age determination: Beta decay counting\",\"GM-C14-CAL\":\"Radiocarbon age determination: Calibrated\",\"GM-CC\":\"Correlation chronology\",\"GM-CC-ARCH\":\"Correlation chronology: Archeology\",\"GM-CC-ARM\":\"Correlation chronology: ARM\",\"GM-CC-ASTRO\":\"Correlation chronology: Astronomical\",\"GM-CC-CACO3\":\"Correlation chronology: Calcium carbonate\",\"GM-CC-COLOR\":\"Correlation chronology: Color or reflectance\",\"GM-CC-GRAPE\":\"Correlation chronology: Gamma Ray Polarimeter Experiment\",\"GM-CC-IRM\":\"Correlation chronology: IRM\",\"GM-CC-ISO\":\"Correlation chronology: Stable isotopes\",\"GM-CC-REL\":\"Correlation chronology: Relative chronology other than stratigraphic successions\",\"GM-CC-S\":\"Correlation chronology: Ratio of the low field and saturation IRM\",\"GM-CC-STRAT\":\"Correlation chronology: Stratigraphic succession\",\"GM-CC-TECT\":\"Correlation chronology: Tectites and microtectites\",\"GM-CC-TEPH\":\"Correlation chronology: Tephrochronology\",\"GM-CC-X\":\"Correlation chronology: Susceptibility\",\"GM-CHEM\":\"Chemical chronology\",\"GM-CHEM-AAR\":\"Chemical chronology: Amino acid racemization\",\"GM-CHEM-OH\":\"Chemical chronology: Obsidian hydration\",\"GM-CHEM-SC\":\"Chemical chronology: Stoan coatings CaCO3\",\"GM-CHEM-TH\":\"Chemical chronology: Tephra hydration\",\"GM-COSMO\":\"Cosmogenic age determination\",\"GM-COSMO-AL26\":\"Cosmogenic age determination: 26Al\",\"GM-COSMO-AR39\":\"Cosmogenic age determination: 39Ar\",\"GM-COSMO-BE10\":\"Cosmogenic age determination: 10Be\",\"GM-COSMO-C14\":\"Cosmogenic age determination: 14C\",\"GM-COSMO-CL36\":\"Cosmogenic age determination: 36Cl\",\"GM-COSMO-HE3\":\"Cosmogenic age determination: 3He\",\"GM-COSMO-KR81\":\"Cosmogenic age determination: 81Kr\",\"GM-COSMO-NE21\":\"Cosmogenic age determination: 21Ne\",\"GM-COSMO-NI59\":\"Cosmogenic age determination: 59Ni\",\"GM-COSMO-SI32\":\"Cosmogenic age determination: 32Si\",\"GM-DENDRO\":\"Dendrochronology\",\"GM-ESR\":\"Electron Spin Resonance\",\"GM-FOSSIL\":\"Age determined from fossil record\",\"GM-FT\":\"Fission track age determination\",\"GM-HIST\":\"Historically recorded geological event\",\"GM-INT\":\"Age determination through interpolation between at least two geological units of known age\",\"GM-INT-L\":\"Age determination through interpolation between at least two geological units of known age: Linear\",\"GM-INT-S\":\"Age determination through interpolation between at least two geological units of known age: Cubic spline\",\"GM-ISO\":\"Age determined by isotopic dating, but no further details available\",\"GM-KAR\":\"40K-40Ar age determination\",\"GM-KAR-C\":\"40K-40Ar age determination: Cassignol method\",\"GM-KAR-I\":\"40K-40Ar age determination: Isochron\",\"GM-KAR-MA\":\"40K-40Ar age determination: Model age\",\"GM-KCA\":\"40K-40Ca age determination\",\"GM-KCA-I\":\"40K-40Ca age determination: Isochron\",\"GM-KCA-MA\":\"40K-40Ca age determination: Model age\",\"GM-LABA\":\"138La-138Ba age determination\",\"GM-LABA-I\":\"138La-138Ba age determination: Isochron\",\"GM-LABA-MA\":\"138La-138Ba age determination: Model age\",\"GM-LACE\":\"138La-138Ce age determination\",\"GM-LACE-I\":\"138La-138Ce age determination: Isochron\",\"GM-LACE-MA\":\"138La-138Ce age determination: Model age\",\"GM-LICHE\":\"Lichenometry\",\"GM-LUHF\":\"176Lu-176Hf age determination\",\"GM-LUHF-I\":\"176Lu-176Hf age determination: Isochron\",\"GM-LUHF-MA\":\"176Lu-176Hf age determination: Model age\",\"GM-LUM\":\"Luminescence\",\"GM-LUM-IRS\":\"Luminescence: Infrared stimulated luminescence\",\"GM-LUM-OS\":\"Luminescence: Optically stimulated luminescence\",\"GM-LUM-TH\":\"Luminescence: Thermoluminescence\",\"GM-MOD\":\"Model curve fit to available age dates\",\"GM-MOD-L\":\"Model curve fit to available age dates: Linear\",\"GM-MOD-S\":\"Model curve fit to available age dates: Cubic spline\",\"GM-MORPH\":\"Geomorphic chronology\",\"GM-MORPH-DEF\":\"Geomorphic chronology: Rate of deformation\",\"GM-MORPH-DEP\":\"Geomorphic chronology: Rate of deposition\",\"GM-MORPH-POS\":\"Geomorphic chronology: Geomorphology position\",\"GM-MORPH-WEATH\":\"Geomorphic chronology: Rock and mineral weathering\",\"GM-NO\":\"Unknown geochronology method\",\"GM-O18\":\"Oxygen isotope dating\",\"GM-PBPB\":\"207Pb-206Pb age determination\",\"GM-PBPB-C\":\"207Pb-206Pb age determination: Common Pb\",\"GM-PBPB-I\":\"207Pb-206Pb age determination: Isochron\",\"GM-PLEO\":\"Pleochroic haloes\",\"GM-PMAG-ANOM\":\"Paleomagnetic age determination: Magnetic anomaly identification\",\"GM-PMAG-APWP\":\"Paleomagnetic age determination: Comparing paleomagnetic data to APWP\",\"GM-PMAG-ARCH\":\"Paleomagnetic age determination: Archeomagnetism\",\"GM-PMAG-DIR\":\"Paleomagnetic age determination: Directions\",\"GM-PMAG-POL\":\"Paleomagnetic age determination: Polarities\",\"GM-PMAG-REGSV\":\"Paleomagnetic age determination: Correlation to a regional secular variation curve\",\"GM-PMAG-RPI\":\"Paleomagnetic age determination: Relative paleointensity\",\"GM-PMAG-VEC\":\"Paleomagnetic age determination: Full vector\",\"GM-RATH\":\"226Ra-230Th age determination\",\"GM-RBSR\":\"87Rb-87Sr age determination\",\"GM-RBSR-I\":\"87Rb-87Sr age determination: Isochron\",\"GM-RBSR-MA\":\"87Rb-87Sr age determination: Model age\",\"GM-REOS\":\"187Re-187Os age determination\",\"GM-REOS-I\":\"187Re-187Os age determination: Isochron\",\"GM-REOS-MA\":\"187Re-187Os age determination: Model age\",\"GM-REOS-PT\":\"187Re-187Os age determination: Pt normalization of 186Os\",\"GM-SCLERO\":\"Screlochronology\",\"GM-SHRIMP\":\"SHRIMP age dating\",\"GM-SMND\":\"147Sm-143Nd age determination\",\"GM-SMND-I\":\"147Sm-143Nd age determination: Isochron\",\"GM-SMND-MA\":\"147Sm-143Nd age determination: Model age\",\"GM-THPB\":\"232Th-208Pb age determination\",\"GM-THPB-I\":\"232Th-208Pb age determination: Isochron\",\"GM-THPB-MA\":\"232Th-208Pb age determination: Model age\",\"GM-UPA\":\"235U-231Pa age determination\",\"GM-UPB\":\"U-Pb age determination\",\"GM-UPB-CC-T0\":\"U-Pb age determination: Concordia diagram age, upper intersection\",\"GM-UPB-CC-T1\":\"U-Pb age determination: Concordia diagram age, lower intersection\",\"GM-UPB-I-206\":\"U-Pb age determination: 238U-206Pb isochron\",\"GM-UPB-I-207\":\"U-Pb age determination: 235U-207Pb isochron\",\"GM-UPB-MA-206\":\"U-Pb age determination: 238U-206Pb model age\",\"GM-UPB-MA-207\":\"U-Pb age determination: 235U-207Pb model age\",\"GM-USD\":\"Uranium series disequilibrium age determination\",\"GM-USD-PA231-TH230\":\"Uranium series disequilibrium age determination: 231Pa-230Th\",\"GM-USD-PA231-U235\":\"Uranium series disequilibrium age determination: 231Pa-235U\",\"GM-USD-PB210\":\"Uranium series disequilibrium age determination: 210Pb\",\"GM-USD-RA226-TH230\":\"Uranium series disequilibrium age determination: 226Ra-230Th\",\"GM-USD-RA228-TH232\":\"Uranium series disequilibrium age determination: 228Ra-232Th\",\"GM-USD-TH228-TH232\":\"Uranium series disequilibrium age determination: 228Th-232Th\",\"GM-USD-TH230\":\"Uranium series disequilibrium age determination: 230Th\",\"GM-USD-TH230-TH232\":\"Uranium series disequilibrium age determination: 230Th-232Th\",\"GM-USD-TH230-U234\":\"Uranium series disequilibrium age determination: 230Th-234U\",\"GM-USD-TH230-U238\":\"Uranium series disequilibrium age determination: 230Th-238U\",\"GM-USD-U234-U238\":\"Uranium series disequilibrium age determination: 234U-238U\",\"GM-UTH\":\"238U-230Th age determination\",\"GM-UTHHE\":\"U-Th-He age determination\",\"GM-UTHPB\":\"U-Th-Pb age determination\",\"GM-UTHPB-CC-T0\":\"U-Th-Pb age determination: Concordia diagram intersection age, upper intercept\",\"GM-UTHPB-CC-T1\":\"U-Th-Pb age determination: Concordia diagram intersection age, lower intercept\",\"GM-VARVE\":\"Age determined by varve counting\",\"IE-ARM\":\"Relative paleointensity estimate from cleaned NRM normalized by ARM\",\"IE-BB0\":\"Intensity normalized by GAD field at sampling location using 8x10^22 Am2 axial dipole moment\",\"IE-BETA\":\"Standard error of the paleointensity estimated by total least squares (York, 1969) as the slope of the Arai Plot\",\"IE-BOOT\":\"Thellier-type intensity and uncertainty estimated by bootstrap resampling of data\",\"IE-CHI\":\"Relative paleointensity estimate from cleaned NRM normalized by susceptibility\",\"IE-DRAT\":\"pTRM difference ratio (DRAT)\",\"IE-DRATS\":\"pTRM difference ratio sum (DRATS)\",\"IE-F\":\"Fraction of NRM component (Coe's F number)\",\"IE-FVDS\":\"Fraction of vector difference sum of NRM components\",\"IE-IRM\":\"Relative paleointensity estimate from cleaned NRM normalized by IRM\",\"IE-MLAT\":\"Paleo-latitude\",\"IE-MLAT-CPP\":\"Paleo-latitude derived from site age and a contemporaneous pole position or APWP\",\"IE-MLAT-PR\":\"Paleo-latitude derived from site age and plate reconstruction model\",\"IE-MR\":\"Mean of the ratio (TRM\\/NRM) obtained for different temperature steps\",\"IE-R\":\"Ratio of total TRM to NRM\",\"IE-SH\":\"Best-fit slope through Shaw data\",\"IE-TT\":\"Best-fit slope through TT data\",\"IE-WIN\":\"Windowed relative intensities\",\"LP-AN\":\"Anisotropy measurement\",\"LP-AN-ARM\":\"Anisotropy measurement: ARM acquisition\",\"LP-AN-IRM\":\"Anisotropy measurement: IRM acquisition\",\"LP-AN-MS\":\"Anisotropy measurement: Magnetic susceptibility\",\"LP-AN-TRM\":\"Anisotropy measurement: TRM acquisition\",\"LP-ARM\":\"ARM Acquisition\",\"LP-ARM-AFD\":\"ARM Acquisition: AF demagnetization\",\"LP-BCR\":\"Coercivity of remanence\",\"LP-BCR-BF\":\"Coercivity of remanence: Back field method\",\"LP-BCR-CAD\":\"Coercivity of remanence: Crossing of ascending \\/ descending loops\",\"LP-BCR-HDM\":\"Coercivity of remanence: Half delta M\",\"LP-CW-NRM\":\"Cycling between cooling and warming: Room temperature NRM\",\"LP-CW-SIRM\":\"Cycling between cooling and warming: Room temperature SIRM\",\"LP-DC0\":\"No demagnetization carried out but only NRM values reported\",\"LP-DC1\":\"Pilot demagnetizations on some samples suggest stability but only NRM values reported\",\"LP-DC2\":\"Bulk demagnetization carried out on all samples but no vector diagrams shown\",\"LP-DC3\":\"Vector diagrams or stereoplots with M\\/Mo justify demagnetization procedures used\",\"LP-DC4\":\"Principal component analysis carried out from analysis of Zijderveld diagrams\",\"LP-DC5\":\"Magnetic vectors isolated using two or more demagnetization methods with principle component analysis\",\"LP-DIR\":\"Directional data\",\"LP-DIR-AF\":\"Directional data: Step-wise alternating field demagnetization\",\"LP-DIR-AF-D\":\"Directional data: Step-wise alternating field demagnetization, Double\",\"LP-DIR-AF-G\":\"Directional data: Step-wise alternating field demagnetization, Triple\",\"LP-DIR-M\":\"Directional data: Step-wise microwave demagnetization\",\"LP-DIR-T\":\"Directional data: Step-wise thermal demagnetization\",\"LP-DM-NRM\":\"Demagnetization: Room temperature NRM\",\"LP-DM-SIRM\":\"Demagnetization: Room temperature SIRM\",\"LP-FC\":\"Field cooled: Remanent magnetization measured on warming\",\"LP-FC-IM\":\"Field cooled: Induced magnetization measured on warming\",\"LP-FORC\":\"First order reversal curves or FORC analysis\",\"LP-HC\":\"Half core measurements\",\"LP-HYS\":\"Hysteresis loops\",\"LP-HYS-M\":\"Hysteresis loops: Minor loops\",\"LP-HYS-O\":\"Hysteresis loops: As a function of orientation\",\"LP-HYS-T\":\"Hysteresis loops: As a function of temperature\",\"LP-IMAG\":\"Initial magnetization curves\",\"LP-IMT\":\"Induced magnetization as a function of temperature\",\"LP-IRM\":\"IRM acquisition\",\"LP-IRM-3D\":\"IRM acquisition: Thermal demagnetization of 3-axis IRM\",\"LP-IRM-AFD\":\"IRM acquisition: AF demagnetization\",\"LP-IRM-DCD\":\"IRM acquisition: DC demagnetization\",\"LP-LT\":\"Lab protocol involving low temperature treatments\",\"LP-MC\":\"Measured while cooling\",\"LP-MC-I\":\"Measured while cooling: In laboratory field\",\"LP-MC-Z\":\"Measured while cooling: In zero field\",\"LP-MRM\":\"MRM acquisition: Microwave induced TRM\",\"LP-MRT\":\"Remanent magnetization as a function of temperature\",\"LP-MST\":\"Saturation magnetization as a function of temperature\",\"LP-MW\":\"Measured while warming\",\"LP-MW-I\":\"Measured while warming: In laboratory field\",\"LP-MW-Z\":\"Measured while warming: In zero field\",\"LP-PFC\":\"Partial field cooled: Remanent magnetization measured on warming\",\"LP-PFC-IM\":\"Partial field cooled: Induced magnetization measured on warming\",\"LP-PI\":\"Paleointensity experiment\",\"LP-PI-ALT\":\"Paleointensity experiment: Alteration check\",\"LP-PI-ALT-AFARM\":\"Paleointensity experiment: Alteration check using AF demagnetization of ARM\",\"LP-PI-ALT-AFTRM\":\"Paleointensity experiment: Alteration check using AF coercivity spectrum before and after TRM acquisition\",\"LP-PI-ALT-DH\":\"Paleointensity experiment: Alteration check using the double heating method\",\"LP-PI-ALT-HYST\":\"Paleointensity experiment: Alteration check using hysteresis after acquisitions of TRM\",\"LP-PI-ALT-PMRM\":\"Paleointensity experiment: Alteration check using a partial microwave induced TRM check\",\"LP-PI-ALT-PTRM\":\"Paleointensity experiment: Alteration check using a pTRM check\",\"LP-PI-ALT-SUSC\":\"Paleointensity experiment: Alteration check using specimen susceptibility that does not change after successive heatings\",\"LP-PI-ARM\":\"Paleointensity experiment: Using a laboratory ARM to normalize NRM for paleofield estimation\",\"LP-PI-BT\":\"Paleointensity experiment: Reciprocity check\",\"LP-PI-BT-IZZI\":\"Paleointensity experiment: Reciprocity check using in-field step, followed by zero-field step\",\"LP-PI-BT-LT\":\"Paleointensity experiment: Reciprocity check using low temperature cycling of the specimen\",\"LP-PI-BT-MD\":\"Paleointensity experiment: Reciprocity check using an attempted removal of a previously placed pTRM\",\"LP-PI-CA\":\"Paleointensity experiment in controlled atmosphere\",\"LP-PI-CA-AR\":\"Paleointensity experiment in controlled atmosphere: Argon\",\"LP-PI-CA-N\":\"Paleointensity experiment in controlled atmosphere: Nitrogen\",\"LP-PI-CA-VAC\":\"Paleointensity experiment in controlled atmosphere: Under vacuum\",\"LP-PI-II\":\"Paleointensity experiment: Original Thellier-Thellier method with in-field and in-field steps analogous to LP-PI-IZ and LP-PI-ZI\",\"LP-PI-IRM\":\"Paleointensity experiment: Using a laboratory IRM to normalize NRM for paleofield estimation\",\"LP-PI-IZ\":\"Paleointensity experiment: In-field and zero-field pair of steps\",\"LP-PI-M\":\"Paleointensity experiment: Microwave demagnetization\",\"LP-PI-M-D\":\"Paleointensity experiment: Microwave demagnetization with both zero-field and in-field steps\",\"LP-PI-M-II\":\"Paleointensity experiment: Microwave demagnetization with an in-field step followed by another in-field step (classical Thellier experiment)\",\"LP-PI-M-IZ\":\"Paleointensity experiment: Using a microwave TRM with an in-field step followed by a zero-field step\",\"LP-PI-M-PERP\":\"Paleointensity experiment: Microwave heating with perpendicular protocol\",\"LP-PI-M-S\":\"Paleointensity experiment: Microwave demagnetization with only in-field steps\",\"LP-PI-M-ZI\":\"Paleointensity experiment: Using a microwave TRM with a zero-field step followed by an in-field step\",\"LP-PI-MULT\":\"Paleointensity experiment: Using a multi-specimen procedure\",\"LP-PI-PARM\":\"Paleointensity experiment: Best-fit slope through NRM remaining versus pARM gained data\",\"LP-PI-REL\":\"Paleointensity experiment: Normalized NRM for relative paleofield estimation\",\"LP-PI-SXTAL\":\"Paleointensity experiment: Using a single crystal approach\",\"LP-PI-TDS\":\"Paleointensity experiment: Normalized by thermal demagnetization spectrum\",\"LP-PI-TRM\":\"Paleointensity experiment: Using a laboratory TRM\",\"LP-PI-TRM-II\":\"Paleointensity experiment: Using a laboratory TRM with an in-field step followed by another in-field step (classical Thellier experiment)\",\"LP-PI-TRM-IZ\":\"Paleointensity experiment: Using a laboratory TRM with an in-field step followed by a zero-field step\",\"LP-PI-TRM-MULT\":\"Paleointensity experiment: Multi-specimen paleointensity determination\",\"LP-PI-TRM-PERP\":\"Paleointensity experiment: Using a laboratory TRM with perpendicular protocol\",\"LP-PI-TRM-ZI\":\"Paleointensity experiment: Using a laboratory TRM with a zero-field step followed by an in-field step\",\"LP-PI-X\":\"Paleointensity experiment: Using a laboratory susceptibility to normalize NRM for paleofield estimation\",\"LP-PI-ZI\":\"Paleointensity experiment: Zero-field and in-field pair of steps\",\"LP-TRM\":\"TRM acquisition\",\"LP-TRM-AFD\":\"TRM acquisition: AF demagnitization\",\"LP-TRM-TD\":\"TRM acquisition: Thermal demagnitization\",\"LP-U\":\"U-Channel\",\"LP-VRM\":\"Viscous acquisition of remanent magnetization\",\"LP-VRM-D\":\"Viscous acquisition of remanent magnetization: Decay\",\"LP-WC\":\"Whole core measurements\",\"LP-X\":\"Susceptibility measurement\",\"LP-X-F\":\"Susceptibility measurement: As a function of frequency\",\"LP-X-FERRO\":\"Susceptibility measurement: Independent measurements of low field and highfield susceptibility for getting ferromagnetic susceptibility\",\"LP-X-H\":\"Susceptibility measurement: As a function of amplitude\",\"LP-X-T\":\"Susceptibility measurement: As a function of temperature\",\"LP-ZFC\":\"Zero field cooled: Remanent magnetization measured on warming\",\"LP-ZFC-IM\":\"Zero field cooled: Induced magnetization measured on warming\",\"LT-AF-D\":\"Alternating field: Double demagnetization with AF along X,Y,Z measurement followed by AF along -X,-Y,-Z measurement\",\"LT-AF-G\":\"Alternating field: Triple demagnetization with AF along Y,Z,X measurement followed by AF along Y and AF along Z measurement\",\"LT-AF-I\":\"Alternating field: In laboratory field\",\"LT-AF-Z\":\"Alternating field: In zero field\",\"LT-CHEM\":\"Cleaning of porous rocks by chemical leaching with HCl\",\"LT-FC\":\"Specimen cooled with laboratory field on\",\"LT-HT-I\":\"High temperature treatment: In laboratory field\",\"LT-HT-Z\":\"High temperature treatment: In zero field\",\"LT-IRM\":\"IRM imparted to specimen prior to measurement\",\"LT-LT-I\":\"Low temperature treatment: In laboratory field\",\"LT-LT-Z\":\"Low temperature treatment: In zero field\",\"LT-M-I\":\"Using microwave radiation: In laboratory field\",\"LT-M-Z\":\"Using microwave radiation: In zero field\",\"LT-MV-I\":\"Using microwave radiation: In laboratory field\",\"LT-MV-Z\":\"Using microwave radiation: In zero field\",\"LT-NO\":\"No treatments applied before measurement\",\"LT-NRM-APAR\":\"Specimen heating and cooling: Laboratory field anti-parallel to the NRM vector\",\"LT-NRM-PAR\":\"Specimen heating and cooling: Laboratory field parallel to the NRM vector\",\"LT-NRM-PERP\":\"Specimen heating and cooling: Laboratory field perpendicular to the NRM vector\",\"LT-PMRM-I\":\"pMRM check: After zero field step, perform an in field cooling after heating to lower T with  microwave radiation\",\"LT-PMRM-MD\":\"pMRM tail check: After in laboratory field step, perform a zero field cooling after heating with same microwave power and time \",\"LT-PMRM-Z\":\"pMRM tail check: After in laboratory field step, perform a zero field cooling after microwave heating at a lower power\\/time\",\"LT-PTRM-I\":\"pTRM check: After zero field step, perform an in field cooling\",\"LT-PTRM-MD\":\"pTRM tail check: After in laboratory field step, perform a zero field cooling at same temperature\",\"LT-PTRM-Z\":\"pTRM tail check After in laboratory field step, perform a zero field cooling at a lower temperature\",\"LT-T-I\":\"Specimen cooling: In laboratory field\",\"LT-T-Z\":\"Specimen cooling: In zero field\",\"LT-VD\":\"Viscous demagnetization by applying MU-metal screening\",\"SC-AAS\":\"Atomic absorption\",\"SC-ALPHA\":\"Alpha counting\",\"SC-ALPHA-ID\":\"Alpha counting isotope dilution\",\"SC-ANC\":\"Anion chromatography\",\"SC-CHN\":\"CHN\",\"SC-CHN-GC\":\"CHN gas chromatography\",\"SC-COL\":\"Colorimetric\",\"SC-COUL\":\"Coulometrical analysis\",\"SC-CSA\":\"Carbon-Sulfur analyzer\",\"SC-DCP\":\"Direct current plasma\",\"SC-DROES\":\"Direct reading optical emissions spectroscopy\",\"SC-EMP\":\"Electron microprobe\",\"SC-ENAA\":\"ENAA\",\"SC-ES\":\"Emission spectrometry\",\"SC-FLES\":\"Flame emission spectroscopy\",\"SC-FP\":\"Flame photometry\",\"SC-FTIRS\":\"Fourier transform infrared spectrometry\",\"SC-GC\":\"Gas chromatography\",\"SC-GIO\":\"Gradient ion-chromatography\",\"SC-GRAV\":\"Gravimetry\",\"SC-HPLC\":\"High-performance liquid chromatography\",\"SC-ICP\":\"ICP\",\"SC-ICPAE\":\"ICP atomic emission spectrometry\",\"SC-ICPMS\":\"ICP-MS\",\"SC-ICPMS-HR\":\"High-resolution ICP-MS\",\"SC-ICPMS-ID\":\"ICP-MS isotope dilution\",\"SC-ICPMS-LA\":\"ICP-MS laser ablation\",\"SC-ICPMS-MC\":\"Multi-collector ICP-MS\",\"SC-IDMS\":\"Isotope dilution mass spectrometry\",\"SC-IGN\":\"Ignition\",\"SC-IMP\":\"Ion microprobe\",\"SC-INAA\":\"Instrumental neutron activation analysis\",\"SC-IRSP\":\"Infra-red spectroscopy\",\"SC-ISE\":\"Ion sensitive electrode\",\"SC-MANO\":\"Manometry\",\"SC-MB\":\"M\\u00bfssbauer\",\"SC-MS\":\"Mass spectrometry\",\"SC-NAA\":\"Neutron activation analysis\",\"SC-NO\":\"Unknown sample characterization method\",\"SC-OES\":\"Optical emission spectrometry\",\"SC-OPS\":\"Optical spectroscopy\",\"SC-PEN\":\"Penfield method\",\"SC-PMP\":\"Proton microprobe\",\"SC-POT\":\"Potentiometrical\",\"SC-RNAA\":\"Radioanalytical neutron activation\",\"SC-SIMS\":\"Secondary ion mass spectrometry\",\"SC-SMA\":\"Dupont solid's moisture analyzer\",\"SC-SPEC\":\"Spectrographic analysis\",\"SC-SPPH\":\"Spectrophotometric\",\"SC-SSID\":\"Spark source mass spectrometry isotope dilution\",\"SC-SSMS\":\"Sparc source mass spectrometry\",\"SC-TITR\":\"Titration\",\"SC-UVES\":\"UV emission spectrography\",\"SC-VOL\":\"Volumetric\",\"SC-WET\":\"Wet chemistry\",\"SC-XRD\":\"X-Ray Diffraction\",\"SC-XRF\":\"X-ray fluorescence\",\"SC-XRF-EDS\":\"Energy-dispersive x-ray fluorescence\",\"SO-ASO\":\"Determining orientation by acoustic scanning in drill holes\",\"SO-CMD-NORTH\":\"Correction applied for magnetic declination: True north\",\"SO-CMD-ZERO\":\"Correction applied for magnetic declination: Zero\",\"SO-CO\":\"Plaster (or similar substance) cap-oriented samples\",\"SO-DML\":\"Determining orientation by deep matter logging in drill holes\",\"SO-GPS-DIFF\":\"Differential GPS\",\"SO-GT5\":\"Sample orientation uncertainty greater than five degrees\",\"SO-INCL\":\"Inclinometer\",\"SO-MAG\":\"Magnetic compass\",\"SO-NO\":\"Unknown sample orientation method\",\"SO-POM\":\"Pomeroy orientation device\",\"SO-REC\":\"Calculated from a combination of corrected and uncorrected directional data\",\"SO-SIGHT\":\"Sighting\",\"SO-SIGHT-AZ\":\"Sighting: Azimuth\",\"SO-SIGHT-BACK\":\"Sighting: Backsighting\",\"SO-SIGHT-GF\":\"Sighting: Geographic feature\",\"SO-SIGHT-LM\":\"Sighting: Landmark\",\"SO-SM\":\"Magnetic and\\/or sun compass\",\"SO-SUN\":\"Sun compass\",\"SO-TENSOR\":\"Determining orientation by tensor tool\",\"SO-V\":\"Vertical orientation of sample only (in drill core for example)\",\"SP-ACID\":\"Acid leaching\",\"SP-CRUSH\":\"Crushing of sample\",\"SP-EM\":\"Samples embedded in matrix\",\"SP-HAND\":\"Hand picking of grain sample\",\"SP-HL\":\"Heavy liquid mineral separation\",\"SP-LD\":\"Lab drill\",\"SP-MAGN\":\"Magnetic (mineral) separation\",\"SP-POL\":\"Polishing of sample surface\",\"SP-RM\":\"Powdering of sample by ring mill with metal inserts\",\"SP-RMA\":\"Powdering of sample by ring mill with agate inserts\",\"SP-SAW\":\"Sawing rocks with diamond blade rock saw\",\"SP-SHTBOX\":\"Powdering of sample by shatterbox\",\"SP-SS-A\":\"Sub sampling: Archeological artifact\",\"SP-SS-C\":\"Sub sampling: Core\",\"SP-SS-U\":\"Sub sampling: U-Channel\",\"SP-SYN\":\"Making synthetic material\",\"SP-SYN-AN\":\"Making synthetic material: Annealing\",\"SP-SYN-DISP\":\"Making synthetic material: Dispersion of magnetic particles in a certain matrix\",\"SP-SYN-GC\":\"Making synthetic material: Glass ceramic\",\"SP-SYN-RED\":\"Making synthetic material: Reduction\",\"SP-SYN-SG\":\"Making synthetic material: Solution growth\",\"SP-SYN-TFS\":\"Making synthetic material: Thin film sputtering\",\"SP-SYN-TFS-A\":\"Making synthetic material: Thin film sputtering atom by atom\",\"SP-SYN-TFS-M\":\"Making synthetic material: Thin film sputtering by Masking\",\"ST-BC\":\"Baked contact test\",\"ST-BC-Q1\":\"Besse and Courtillot Quality Factor 1\",\"ST-BC-Q2\":\"Besse and Courtillot Quality Factor 2\",\"ST-BC-Q3\":\"Besse and Courtillot Quality Factor 3\",\"ST-BC-Q4\":\"Besse and Courtillot Quality Factor 4\",\"ST-BC-Q5\":\"Besse and Courtillot Quality Factor 5\",\"ST-CT\":\"Conglomerate test\",\"ST-F\":\"Fold test\",\"ST-F-1\":\"Fold test 1: Compares Kappa before and after tilt correction\",\"ST-F-2\":\"Fold test 2: Compares distributions of directions from various limbs of folds before and after tilt correction\",\"ST-F-3\":\"Fold test 3: Uses Watson's V to test for common mean after tilt correction\",\"ST-F-4\":\"Fold test 4: Estimates confidence on Kappa as a function of tilt correction\",\"ST-F-5\":\"Fold test 5: Estimates confidence on maximum eigenvalue as a function of tilt correction\",\"ST-IC\":\"Inverse contact test\",\"ST-IFC\":\"Intraformational conglomerate test\",\"ST-R\":\"Reversals test\",\"ST-R-1\":\"Reversals test 1: Compares N and antipodes of R directions by testing for common mean\",\"ST-R-2\":\"Reversals test 2: Compares Watson's V statistic for normal and reverse modes with monte carlo simulation\",\"ST-R-3\":\"Reversals test 3: Compares bootstrapped means for N and R antipodes by testing for common mean\",\"ST-R-4\":\"Reversals test 4: Defines degree of Alpha95 overlap for N and R antipodes\",\"ST-U\":\"Unconformity test\",\"ST-VV-Q1\":\"Van der Voo Quality Factor 1\",\"ST-VV-Q2\":\"Van der Voo Quality Factor 2\",\"ST-VV-Q3\":\"Van der Voo Quality Factor 3\",\"ST-VV-Q4\":\"Van der Voo Quality Factor 4\",\"ST-VV-Q5\":\"Van der Voo Quality Factor 5\",\"ST-VV-Q6\":\"Van der Voo Quality Factor 6\",\"ST-VV-Q7\":\"Van der Voo Quality Factor 7\",\"SM-1D\":\"First derivative\",\"SM-1DMAX\":\"Maximum on first derivative\",\"SM-1DZERO\":\"Zero on first derivative\",\"SM-2D\":\"Second derivative\",\"SM-2DMAX\":\"Maximum on second derivative\",\"SM-2DZERO\":\"Zero on second derivative\",\"SM-2TAN\":\"Two tangents\",\"SM-AVE\":\"Arithmetic mean\",\"SM-AVEDEV\":\"Average of the absolute deviations of data points from their mean\",\"SM-BOOT\":\"Bootstrap\",\"SM-BOOT-67\":\"Bootstrap with 67% confidence bounds\",\"SM-BOOT-95\":\"Bootstrap with 95% confidence bounds\",\"SM-BOOT-PAR\":\"Parametric bootstrap\",\"SM-BOOT-PAR-67\":\"Parametric bootstrap with 67% confidence bounds\",\"SM-BOOT-PAR-95\":\"Parametric bootstrap with 95% confidence bounds\",\"SM-BS\":\"Background subtraction\",\"SM-CHITEST\":\"Test for independence\",\"SM-COVAR\":\"Covariance\",\"SM-DEVSQ\":\"Sum of squares of deviations\",\"SM-DIG-GRAPH\":\"Digitization of data from diagrams and plots\",\"SM-EXT\":\"Extrapolation\",\"SM-EXT-LIN\":\"Linear extrapolation from above critical temperature\",\"SM-EXT-NL1\":\"Non-linear extrapolation from above critical temperature\",\"SM-EXT-NL2\":\"Non-linear extrapolation from below critical temperature\",\"SM-EYE\":\"Eyeball estimation\",\"SM-FISHER\":\"Fisher transformation\",\"SM-FISHER-INV\":\"Inverse Fisher transformation\",\"SM-FTEST\":\"Statistical F-test\",\"SM-GEOMEAN\":\"Geometric mean\",\"SM-HARMEAN\":\"Harmonic mean\",\"SM-INT\":\"Interpolation\",\"SM-KURT\":\"Kurtosis\",\"SM-MEDIAN\":\"Median of the given numbers\",\"SM-MODE\":\"Most common value in a data set\",\"SM-PEARSON\":\"Pearson product moment correlation coefficient\",\"SM-QUARTILE\":\"Quartile of a data set\",\"SM-R2\":\"Correlation coefficient R2\",\"SM-REG-LIN\":\"Regression: First order or linear\",\"SM-REG-POLY\":\"Regression: High order polynomial\",\"SM-REG-QDR\":\"Regression: Second order or quadratical\",\"SM-RSQ\":\"Square of the Pearson product moment correlation coefficient\",\"SM-SKEW\":\"Skewness of a distribution\",\"SM-SLOPE\":\"Slope of the linear regression line\",\"SM-STDEV\":\"Standard deviation\",\"SM-STDEV-OPT\":null,\"SM-TTEST\":\"Student's t-test\",\"SM-VAR\":\"Variance\",\"SM-WF\":\"Calculation of the weighting factor for site intensity average\",\"SM-YORK\":\"Weighted linear regression by 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