Stable and Radiogenic Isotopes in Igneous Petrology - Geochronology and Isotope Tracers

Explore the fascinating world of isotopes in geology through this comprehensive video lecture. Delve into the differences between stable and radiogenic isotopes, understanding their applications in igneous petrology. Learn about stable isotope fractionation and its use in temperature reconstructions and as isotope tracers. Discover the principles of radiogenic isotopes and their role in geochronology, including potassium-argon, argon-argon, and uranium-lead dating methods. Gain insights into isotope petrogenesis and how strontium, hafnium, neodymium, and lead isotopes are used to determine magma sources. Enhance your understanding of geological dating techniques and their significance in unraveling Earth's history.

isotope introduction
stable vs radioactive isotopes
stable isotope fractionation
kinetic vs equilibrium isotope fractionation
geothermometry & isotope tracers
radiogenic isotope geochemistry
K-Ar dating
Ar-Ar dating
U-Pb dating
Other U dating methods
carbon dating
what is isotope petrogenesis?
Sr isotopes to determine magma sources
Hf & Nd isotopes to determine magma sources
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