Published on 27 August 2008

SAFOD Main Hole downhole logging data phase 1.2 1932-2041m

View Dataset
SAFOD

Description

SAFOD is motivated by the need to answer fundamental questions about the physical and chemical processes controlling faulting and earthquake generation within a major plate-bounding fault. SAFOD will drill and instrument an inclined borehole across the San Andreas Fault Zone to a depth of 3.2 km, targeting a repeating microearthquake source. The drill site is located west of the vertical San Andreas Fault on a segment of the fault that moves through a combination of aseismic creep and repeating microearthquakes. It lies at the extreme northern end of the rupture zone of the 1966, Magnitude 6 Parkfield earthquake, the most recent in a series of events that have ruptured the fault five times since 1857. The Parkfield region is the most comprehensively instrumented section of a fault anywhere in the world, and has been the focus of intensive study for the past two decades. This data set contains open hole geophysical wireline logging data from 1932-2041m (rel. to rig floor, 9,45m abv gnd)

Citations (0)

Mentions (0)

Metrics

Dataset Index

0.4

FAIR Score

15%

Citations

0

Mentions

0

Metrics Over Time

Publication Details

DOI

Publisher

Deutsches GeoForschungsZentrum GFZ

Assigned Domain

Subfield

Ocean Engineering

Field

Engineering

Domain

Physical Sciences

Confidence Score

40%

Source

Scholar Data Model

Keywords

San Andreas Fault-Zone Observatory at DepthLand basedApparent Water ResistivityArray Induction Four Foot Conductivity A60Array Induction Four Foot Resistivity A10Array Induction Four Foot Resistivity A20Array Induction Four Foot Resistivity A30Array Induction Four Foot Resistivity A60Array Induction Four Foot Resistivity A90Array Induction Mud Resistivity Fully CalibratedArray Induction One Foot Resistivity A10Array Induction One Foot Resistivity A20Array Induction One Foot Resistivity A30Array Induction One Foot Resistivity A60Array Induction One Foot Resistivity A90Array Induction Two Foot Conductivity A60Array Induction Two Foot Conductivity A90Array Induction Two Foot Inner Diameter of InvasionArray Induction Two Foot Outer Diameter of Invasion (D2)Array Induction Two Foot Resistivity A10Array Induction Two Foot Resistivity A20Array Induction Two Foot Resistivity A30Array Induction Two Foot Resistivity A60Array Induction Two Foot Resistivity A90Array Induction Two Foot RtArray Induction Two Foot RxoBackscatter Delta RhoCable TensionCal. CalipercalculationCartridge TemperatureComputed Gamma RayConductivity loggingCorrected Far Thermal Counting RateCorrected Near Thermal Counting RateDelta Thermal Neutron PorosityDensity correctionDifferential Caliperdry weight fractionDW Anhydrite/GypsumDW CalciumDW CarbonateDW ClayDW CoalDW GadoliniumDW Iron + 0.14 AluminumDW Pseudo AluminumDW PyriteDW Quartz+Feldspar+Mica (QFM)DW SaltDW SideriteDW SiliconDW SulfurDW TitaniumECS TemperatureElemental Statistical Uncertainty FactorEnhanced Thermal Neutron Porosityenvironmentally corrected gamma-rayFormation Potassium ConcentrationFormation Thorium ConcentrationFormation Uranium Concentrationgamma raygamma ray loggingGeneralized Borehole TemperatureHGNSHGNS deviationHigh Resolution Invaded Zone ResistivityHILTHiRes Enhanced Thermal Neutron PorosityHiRes Gamma-RayHiRes Thermal Neutron PorosityHNGSHRCCHRDDMatrix DensityMCFLMicro Inverse ResistivityMicro Normal ResistivityPhotoelectric Factor CorrectionPhotomultiplier Tube Quality ControlPorosity CrossPlotResistivity loggingSP Armor ReturnSpontaneous Potential ShiftedStandard Gamma RayStandard Resolution Density PorosityStandard Resolution Density StandoffStandard Resolution Formation DensityStandard Resolution Formation Photoelectric FactorStandard Resolution Invaded Zone ResistivityStandard Resolution Resistivity StandoffStuck Tool Indicator, TotaltemperatureThermal Neutron PorosityThermal Neutron Porosity (Ratio Method)LL3, DIL, DLL

Normalization Factors

FT

13.46

CTw

1.00

MTw

1.00