Analyzing the Thermal History of Sedimentary Basins—Methods and Case Studies

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Analyzing the Thermal History of Sedimentary Basins—Methods and Case Studies

SEPM Special Publication 103

Nicholas B. Harris, Kenneth E. Peters

Publication date: 2013
Subject: Basin, Stratigraphy

Thermal histories of sedimentary basins are critical sources of scientific and practical information. They provide us with windows into past and present tectonic processes and the configuration of the crust and mantle. Using records of present and past temperature distributions, we can identify and constrain interpretations of tectonic events, distinguish different basin types and interpret pathways of fluid flow. These insights can be used calibrate basin and petroleum system models and to interpret and predict the distribution of minerals and petroleum, diagenesis and reservoir quality, and the geomechanical properties of rock units. This volume summarizes the current state of the art for many modern approaches used to estimate paleotemperature. Many techniques are now available based on both organic and inorganic components in the rock. Even techniques that are now many years old, such as apatite fission track analysis, have undergone significant advances in the past decade. This volume provides comprehensive reviews of the fundamental science underpinning each method and the basic principles used to interpret data, as well as case studies illustrating practical applications and the complexity of paleotemperature interpretation. Geoscientists from all sectors will find this volume to be a valuable resource in their work.

ISBN 978-1-56576-315-9
eISBN 978-1-56576-317-3

Title information

Introduction
Nicholas B. Harris and Kenneth E. Peters

Criteria to Determine Borehole Formation Temperatures for Calibration of Basin Models

Kenneth E. Peters and Philip H. Nelson

Molecular indicators of geothermal history
Clifford C. Walters, Paul G. Lillis, and Kenneth E. Peters

Stable Hydrogen Isotopes of Isoprenoids and n-Alkanes as a Proxy for Estimating the Thermal History of Sediments through Geological Time
Ercin Maslen, Kliti Grice, Daniel Dawson, Sue Wang and Brian Horsfield

Fluid Inclusion geothermometry in sedimentary systems:  From paleoclimate to hydrothermal
Robert H. Goldstein

Thermal history reconstruction in sedimentary basins using apatite ission track analysis and related techniques
Paul F. Green and Ian R. Duddy

Basin thermal history analysis using (U-Th)/He thermochronometry
Richard A. Ketcham

Thermal history analysis of sedimentary basins:  An isotopic approach for illitization
Norbert Clauer and Abraham Lerman

Application of gas isotopes to the thermal history analysis of basins
Xinyu Xia and Yongchun Tang

Evaluation of the thermal regime in the southern Alps during Mesozoic extension: Implications for hydrocarbon exploration in the Po Plain Foredeep
Paolo Scotti and Roberto Fantoni

Paleoburial, hydrocarbon generation and migration in the Cordoba Platform and Vercruz Basin: Insights from fluid inclusion studies and 2D-modelling
Esmerelda Gonzalez, Helga Ferket, Jean-Paul Callot, Nicole Guilhaumou, Salvador Ortuno, and François Roure

Using geochemical analysis to indentify a spatial maturity anomaly—An example from the Upper Rhine graben, Germany
Carolyn Lampe and Lorenz Schwark

Thermal maturation history of Arctic Alaska and southern Canada Basin
David W. Houseknecht, W. Mathew Burns, and Kenneth J. Bird

Pages: 224
Publisher: SEPM (Society for Sedimentary Geology)
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