Triple Oxygen Isotopes in Carbonates, Biological Apatites, and Continental Paleoclimate Reconstruction
Offered By: Mineralogical Society of America via YouTube
Course Description
Overview
Explore the intricacies of triple oxygen isotopes in carbonates, biological apatites, and their application in continental paleoclimate reconstruction in this 33-minute conference talk. Presented by Benjamin Passey and Naomi Levin as part of the Mineralogical Society of America's Short Course on Triple Oxygen Isotope Geochemistry, delve into topics such as Delta 18 climate signals, evaporative modification, closed basin lakes, gypsum hydration waters, and soil analysis. Examine case studies including the Eocene Green River Basin and learn about end-member physiologies in animals. Investigate aridity gradients and their implications for paleoclimate studies. Gain valuable insights into the latest research and methodologies in this specialized field of geochemistry.
Syllabus
Intro
Outline
Delta 18 climate signal
Evaporative modification
Closed basin lakes
gypsum hydration waters
reconstruction of parent water
eosine green river basin
soils
results
Julia Kelson
Tai Huth
Animals
End member physiologies
Data sets
Aridity gradient
Conclusion
Taught by
Mineralogical Society of America
Related Courses
The Changing Arctic: Present, Past, & FutureUniversity of Colorado Boulder via Coursera Disease, Climate Shocks, and Wellbeing: a Long History of Social Response to Crisis
Massachusetts Institute of Technology via edX Isotope Evidence for Climate Change - Lecture 26
Yale University via YouTube Ice and Climate Change - The Atmosphere, the Ocean and Environmental Change
Yale University via YouTube Paleocene-Eocene Thermal Maximum to Eocene-Oligocene Cooling - GEO GIRL
GEO GIRL via YouTube