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Quantifying submarine groundwater discharge in the coastal zone via multiple methods

The Science of The Total Environment · 2006 · Vol. 367(2-3) · pp. 498–543

William C. Burnett✉(Florida State University)Pradeep Aggarwal(International Atomic Energy Agency)Anna Aureli(University of Palermo)Henry Bokuniewicz(Stony Brook University)Jaye E. Cable(Louisiana State University)Matthew A. Charette(Woods Hole Oceanographic Institution)Evgeny A. Kontar(Institute of Oceanology. PP Shirshov Russian Academy of Sciences)S. Krupa(South Florida Water Management District)K.M. Kulkarni(International Atomic Energy Agency)Alicia M. Loveless(University of Western Australia)Willard S. Moore(University of South Carolina)June A. Oberdorfer(San Jose State University)J. Oliveira(Instituto de Pesquisas Energéticas e Nucleares)Naciye Nur Özyurt(Hacettepe University)Pavel P. Povinec(International University of Monaco)A.M.G. Privitera(National Research Council)Rudi Rajar(Geodetic Institute of Slovenia)Roshan T Ramessur(University of Mauritius)Jan Schölten(International University of Monaco)Thomas Stieglitz(Australian Institute of Marine Science)Makoto Taniguchi(Research Institute for Humanity and Nature)Jeffrey V. Turner(Commonwealth Scientific and Industrial Research Organisation)

Groundwater and Isotope Geochemistry Groundwater flow and contamination studies Karst Systems and HydrogeologySubmarine groundwater dischargeHydrogeologyEnvironmental scienceAquiferGroundwaterKarstTemporal scalesSpatial variabilityShoreGeology