Collaborative Research: EAGER: Development of a Method for Paired Potassium/Argon Geochronology and Strontium-Neodymium-Lead Radiogenic Isotope Geochemistry of Dust in Ice Cores

Earth and Planetary Sciences

1. Antarctic Region 25%
2. Atmospheric Circulation 25%
3. Atmospherics 25%
4. Climate Change 25%
5. Diagenesis 25%
6. Fine Grained Sediment 25%
7. Geochemistry 25%
8. Geochronology 100%
9. Ice Core 100%
10. Ice Sheet 75%
11. Last Glacial Maximum 25%
12. Last Interglacial 25%
13. Lead Isotope 50%
14. Mars Mission 25%
15. Neodymium 100%
16. Parent Material 25%
17. Planetary Atmosphere 25%
18. Radiogenic Isotope Geochemistry 100%
19. Sea Level Rise 25%
20. Sediment Core 25%
21. Southern Hemisphere 25%
22. Southern Ocean 25%
23. State of the Art 25%