David Hilton, Ph.D.scripps institution of oceanography |
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The principal sponsor of research in the Laboratory is the National Science Foundation. NSF support of my research includes the following grants: Current Funding(1) Collaborative Research: Towards quantifying elemental and fluid origins from margins using novel instrumentation (2) Collaborative research: Constraining the volatile and slab flux in the Izu-Bonin-Mariana MARGIN
using geothermal fluids, phenocrysts and melt inclusions. (3) Studies of the evolution of the terrestrial mantle using neon isotopes in ocean island and island arc basalts. (4) Collaborative research: Chemical, isotopic and volatile constraints on the evolution of the Lau Basin. (5) Collaborative research: The nitrogen isotope systematics of the Icelandic mantle. Prior Funding(1) He-Ne-Ar Isotope Studies in Iceland, Heard Island and La Palma (Canaries):
Identifying Mantle Plume Signatures and Crustal Contamination (2) Acquisition of a Laser Probe - Rare Gas Mass Spectrometer System
for Research in the Earth Sciences (3) Constraints on volatile provenance in a back-arc basin and the degassing history of the mantle
- the He-Ne-Ar-H2O-CO2 isotope and abundance systematics of the Manus Basin (Bismarck Sea) (4) Noble gas studies of groundwater recharge and residence time in semi-arid regions: contrasting
the western Mojave River Basin with central Australia and the Kalahari Desert (5) Acquisition of an inductively coupled plasma mass spectrometer at the Scripps Institution of Oceanography (6) Collaborative Research: Resolving mantle, crustal and slab fluxes to arc magmatism in Central America using geothermal fluids and volcanic rock (7) High resolution measurements of temporal variability in fluid fluxes and chemistry from cold seeps: first deployments of a suite of new instrumentation. (8) The He-Ne-Ar-H2O-CO2 isotope and abundance systematics of the Reykjanes Ridge: Constraints
on plume-ridge interaction and the degassing history of the Icelandic hotspot. (9) Helium and carbon isotope studies of geothermal fluids along the North Anatolian Fault and relationships to seismicity. Other Funding(1) The Application of Rare Gases to Climatic and Hydrogeological Research. (2) A He-Ne-Ar-H2O-CO2 study of basaltic glasses from the Alarcon expedition. (3) Acquisition of a dedicated quadrupole mass spectrometer for groundwater
research. (4) Comparative planetology using noble gases. (5) Understanding the helium-4 groundwater chronometer. |
| D. Hilton, drhilton(at)ucsd(dot)edu | site designed by A. Davis, addavis(at)ucsd(at)edu | |