IntroductionSECTION A: FACETS OF SALT AND SEDIMENT INTERACTIONSSalt Velocity from Temperature and Thermal Indicator Anomalies: Lulu-1, Danish North SeaIntroductionTheoryThe Lulu-1 Diapir, Danish North SeaDiscussion: Sensitivity Analysis. Dynamics.ConclusionAppendix A: Equations for Determining Relative Salt SpeedAppendix B: Quasi-Equilibrium Model of DiapirismSalt Insertions in Sedimentary Sequences: Impacts on Temperature and Thermal MaturationOne-Dimensional Representations: Introduction. Description of the Model. Temperature Distribution. Influence on Thermal Maturation of Hydrocarbons. Sensitivity Tests of Two Salt Cases. Discussion and Conclusion.Two-Dimensional Representations: Heat Flow Model. Temperature Distribution Around Salt Sills. Hydrocarbon Maturation. Semi-Infinite Salt Sheets. Finite Horizontal Salt Sill. Semi-Infinite Inclined Salt Sills. Conclusions.Multiple Salt Bodies: Two Synthetic Tests. Salt in the Northern Gulf of Mexico. Temperature Anomalies in the Northern Gulf of Mexico. Discussion.Temperature Dependence of Salt Thermal Conductivity: Introduction. Basic Equations and Solution. Numerical Illustrations. Discussion and Conclusions.Salt Insertions in Sedimentary Sequences: Impacts on Sediment Distortion and Sediment FracturingModeling Sediment Fracturing Around Rapidly Moving Lateral Salt Sheets: Introduction. Methods. Model Results. Discussion. Summary.Erosion Estimate from Salt/Sediment Shapes: Barents Sea, Norway: Review of Methods. The Method Applied to a Mushroom Salt Diapir. A Synthetic Test. A Case History in Barents Sea, Norway. Discussion.Hydrocarbon Migration Speed Estimates: Green Canyon Block, Gulf of Mexico: Introduction. Stratigraphic Evidence. Synthetic Tests. Model Resolution to d13Cmixed Measurements. Application. Duscussion and Implications. Conclusions. Appendix: Mixing. HC Steady Flow/Microbial Degradation. Least Squares.Simple Estimates of Dynamical, Thermal, and Hydrocarbon Maturity FactorsFormulae for Making Estimates: Dynamical Aspects. Thermal Maturity Aspects.Applications to a Gulf of Mexico Salt Structure: Background Information. Dynamical Considerations. Miocene Uplift. Thermal Maturity Considerations. Hydrocarbon Migration. Conclusions.Overpressure Build-Up in Formations Underlying Salt Sheets in the Gulf of Mexico: Physical Conditions in Formations Underlying Salt Sheets. Dynamical Models of Physical Properties of Sub-Salt Formations. Discussion and Conclusion.Integrated Model RequirementsRim SynclineDiapiric StemMushroom Cap OverhangSalt VolumeGeometrical Anisotropy of DiapirsSedimentary Bed DistortionsBasinal EvolutionThermal Anomalies and Thermal MaturationFaulting and FracturingConsistency ArgumentsSECTION B: SELF-CONSISTENT SALT AND SEDIMENT DYNAMICSModeling Present-Day Salt ShapesIntroduction. Experimental Model Studies. Mathematical Models. Logic Structure of the Model Procedure.Present-Day Salt ShapesSensitivity AnalysisExamples of Present-Day Salt Shapes - North Louisiana Salt BasinSummaryAppendix: Construction of a 2-D Salt Shape. Determination of the Best Parameter ValuesDeposition and Deformation of Sedimentary Beds Around an Evolving Salt ShapeIntroduction Grid Construction: Primary Grid. Secondary Grid.Evolving Salt Shapes, Deposition, and Motion of Sediments: Input Sediment Thicknesses in the Grid. Smoothing Bed Positions.SummaryAppendix 1: Track Construction. Equal Spacing and Spline Interpolation.Appendix 2: A Time-Evolving Salt Shape. Inverse Methods for Time-Dependent Parameters.Appendix 3: Smoothing Procedure.Modeling Stress-Strain Development Through TimeIntroductionModeling Strain: Correction of the Grid. Calculation of Strain Through Time.Modeling Evolution of Stress: Calculation of Stress Through Time. Approximations of Rock Properties With Depth.Examples: Overhang Structure. Plug-Shaped Structure.SummaryThermal Focusing of HeatIntroductionCalculation of Temperature AnomaliesExamples: Temperature Anomalies Around Different Shapes. Effects of Varying Temperature-Controlling Parameters. Thermal Histories Around a Moving Salt Sheet.ConclusionsSummarySECTION C: APPLICATIONS AND CASE HISTORIESNorth Louisiana Salt Basin - Test Case 1IntroductionPresent-Day ShapeCombined Evolution of Salt and Sediments: Models 1-3. Sensitivity Analysis. Structural History - Summary.Deformation HistoryTemperature Histories: Models 1 and 3.SummaryNorwegian-Danish Basin - Test Case 2IntroductionPresent-Day ShapeCombined Evolution of Salt and Sediments: Models 1 and 2. Structural History - Summary.Temperature HistoriesSummaryPseudo-3D Modeling of the Combined Evolution of Salt and Sediments: A Danish North Sea ExampleIntroductionPresent-Day ShapesCombined Evolution of Salt and SedimentsThermal HistoryStress and Strain DevelopmentDiscussionGeneral SummaryReferences