Description
Book SynopsisThe new edition of Radiogenic Isotope Geology examines revolutionary changes in geochemical thinking over the past fifteen years. The latest ideas and methods, classic papers, and illustrative case studies all come under scrutiny, providing an accessible introduction for students and critical commentary for researchers.
Trade Review'The Dickin text provides an excellent introduction to radiogenic isotope geochemistry. I read a previous edition cover-to-cover during preparation for the general knowledge exams in graduate school, and I still suggest that graduate students do the same in preparation for their exams. It continues to be a key reference for teaching and in the classroom and in the laboratory.' Matthew Jackson, University of California, Santa Barbara
'Isotope geochemistry is hugely influential in the development of new approaches and ideas in the Earth sciences. New data challenge models for the formation of the Earth, the evolution of the continental crust, and climate change. An understanding of the basic principles of isotope geology is important in a wide range of the sciences, and this welcome third edition of Radiogenic Isotope Geology builds on the success of the previous editions. It is scholarly and accessible, and it combines an all too rare historical context with a comprehensive introduction to a wide range of radiogenic isotope techniques. Written by one of the world's most respected authors in this field, this textbook will be invaluable for undergraduate and graduate courses, and it is an excellent reference text for scientists in other fields.' Chris Hawkesworth, University of Bristol
'For teachers and students in both low- and high-temperature geochemistry who need ready access to geochemical concepts and techniques, Alan P. Dickin offers an up-to-date, well-written medium-level textbook on isotope geochemistry. A pleasant, handy, and useful book for your shelf.' Francis Albarède, Ecole Normale Supérieure de Lyon
Table of Contents1. Nucleosynthesis and nuclear decay; 2. Mass spectrometry; 3. The Rb-Sr method; 4. The Sm-Nd method; 5. Lead isotopes; 6. Isotope geochemistry of oceanic volcanics; 7. Isotope geochemistry of continental rocks; 8. Osmium isotopes; 9. Lu-Hf, Ba-La-Ce, and K-Ca systems; 10. K-Ar, Ar-Ar and U-He dating; 11. Noble gas geochemistry; 12. U-series dating; 13. U-series geochemistry of igneous systems; 14. Cosmogenic nuclides; 15. Extinct radionuclides; 16. Fission track dating; Appendix 1: chart of the nuclides; Appendix 2: meteorite types.
