South Florida / Gainesville / Laegerdorf / Gainseville / West Palm Beach / Ottawa / Boston / Philadelphia / L. A. / Everglades / Miami / Chicago / /
Company
Springer Science+Business Media B.V. / South Florida Water Management District / Sulfate 1 Introduction Worldwide / Commissioners / Simmons / McCormick / /
Country
Germany / United States / /
Currency
USD / / /
Event
Environmental Issue / /
Facility
University of Alabama / The mine / University of Florida Agricultural Experiment Station / Rim Canal / American Institute of Chemical Engineers / Mine Water / Through canal / University of Florida / Saunders College / Aznalcollar mine / /
IndustryTerm
rock mining operation starts / industrial-scale mining activities / online version / ore mining / rock mining / metal / open-pit mining / limestone rock mining / chemical content / surface mining activities / chemical composition / rock mining pit / heavy metal / mining / surface water chemical composition / chemical / peat oxidation products / coal mining / /
NaturalFeature
Lake Okeechobee / Surficial Aquifer / Florida Bay / Palm Beach / /
Organization
American Institute / Science Division / US Environmental Protection Agency / T. Van Lent Everglades Foundation / US Department of the Interior / University of Alabama / Florida Department of Water Air Soil Pollut / University of Florida / /
Person
Semi Deep / Zheng / Wang / Rosanna Rivero / Thomas Van Lent / Diaz / Stephen E. Davis III / T. Van Lent / Davis III / /
Position
D. J. / model for the groundwater flow and solute transport / representative / /
Water Air Soil Pollut[removed]:95–104 DOI[removed]s11270[removed]Hydrochemical Impacts of Limestone Rock Mining Ghinwa M. Naja & Rosanna Rivero & Stephen E. Davis III & Thomas Van Lent