Merriam Random Processes in Geology

Erscheinungsjahr 2012
ISBN: 978-3-642-66146-4
Verlag: Springer
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 168 Seiten, eBook

The International Association for Mathematical Geology, in conjunc tion with the International Geological Congress, sponsored two symposia in Montreal, Canada, September 1972. The first symposium, Random Processes in Geology, consisted of two, half-day sessions and featured ten major papers on various aspects of stochastic models as applied to geologic problems. The invited speakers were selected by the Projects Committee of the IAMG so as to represent a wide spectrum of geologic disciplines. The topics fell naturally into two categories: those dealing with continuous stochastic processes and those concerned with point processes and branch ing operations. The program, as presented, was Introduction: R. A. Reyment Ideal granites and their metasomatic transformation: stochastic model, statistical description, and natural rocks: A. B. Vistelius (read by G. Lea) The influence of greisenization on the Markovian properties of grain sequences in granitic rocks: M. A. Romanova The mechanism of bed formation in a limestone-shale environment: W. Schwarzacher Volcanic eruptions as random events: F. E. Wickman Statistical geometric similarity in drainage networks: J. S. Smart Length and gradient properties of stochastic streams: M. F. Dacey Application of stochastic point processes to volcanic eruptions: R. A. Reyment Applications of random process models to the description of spatial distributions of qualitative geologic variables: P. Switzer Sedimentary porous materials as a realization of a stochastic process: F. W. Preston and J. C. Davis Stochastic process models in geology: W. C. Krumbein. This volume consists of eight of the ten presented papers.

Zielgruppe

Research

Autoren/Hrsg.

Merriam, Daniel F.

Inhaltsverzeichnis

1. Introduction.- 2. Statistical Analysis of Geotectonics.- 3. Summary of Magnitude Properties of Topologically Distinct Channel Networks and Network Patterns.- 4. Probabilistic Modeling in Geology.- 5. A Random-Walk Simulation Model of Alluvial-Fan Deposition.- 6. Sedimentary Porous Materials as a Realization of a Stochastic Process.- 7. Analysis of Volcanic Earthquakes of Asamayama (Japan).- 8. Stratigraphic Implications of Random Sedimentation.- 9. Joint Distribution Functions for Link Lengths and Drainage Areas.- 10. Applications of Random Process Models to the Description of Spatial Distribution of Qualitative Geologic Variables.- 11. Markov Models of Repose-Period Patterns of Volcanoes.