End-Member Solutions / moles/L / AES / Eastern Oceanics Inc. / Norton / Ge / /
Continent
North America / /
Country
United States / /
Facility
Laboratory Methods Values / Great Lakes Water Institute / Fishing Bridge / Grant Marina / Marquette University / Laboratory Methods / Stable Isotopes / National Institute of Standards / University of Washington / University of Wisconsin-Milwaukee / University of Wisconsin / Bridge Bay P L Washburn ATE H / /
IndustryTerm
predicted chemical compositions / metal / average chemical composition / chemical / /
NaturalFeature
Yellowstone / Yellowstone Lake / Yellowstone River / /
Organization
University of Washington / Marquette University / University of Wisconsin-Milwaukee / National Science Foundation / NE PLA / Great Lakes Water Institute / University of Wisconsin-Milwaukee / Milwaukee / U.S. Department of the Interior / National Park Service / African Union / School of Oceanography / /
Person
Jim Crock / Lisa A. Morgan / Al Meier / Pete Theodorakos / S. Mary Bay Fall / Craig / Tony Remsen / Jim Maki / Paul Briggs / Russell L. Cuhel / Kirk Miller / Wayne C. Shanks / III / Gordon / Dan Mahoney / Norris Geyser Basin / Norris Geyser / Rick Sanzolone / Rob Paddock / Dave Lovalvo / Jim Ruzycki / Pierce / Lisa Morgan / Pat Anderson / Stumm / Carmen Aguilar / Bob Seal / Laurie S. Balistrieri / Dan Reinhart / Pam Gemery / /
The Influence of Sublacustrine Hydrothermal Vent Fluids on the Geochemistry of Yellowstone Lake By Laurie S. Balistrieri, Wayne C. Shanks, III, Russell L. Cuhel, Carmen Aguilar, and J. Val Klump