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Auteur William C. Burnett |
Documents disponibles écrits par cet auteur (4)
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Article
Ayman A. El-Gamal, Auteur ; Richard N. Peterson, Auteur ; William C. Burnett, AuteurMuch work in recent years has reported on the role of submarine groundwater discharge (SGD) on coastal biogeochemistry, but most of those studies have focused on temperate or tropical climates where year-round rainfall recharges surficial aquife[...]![]()
Article
Ni Su, Auteur ; William C. Burnett, Auteur ; Hugh L. MacIntyre, Auteur ; Justin D. Liefer, Auteur ; Richard N. Peterson, Auteur ; Richard Viso, AuteurNaturally occurring isotopes of radon (Rn-222) and radium isotopes (Ra-223,Ra-224,Ra-226,Ra-228) were used as tracers to assess submarine groundwater discharge (SGD) into Little Lagoon, AL (USA), a site of recurring harmful algal blooms (HABs). [...]![]()
Article
Kirstin T. Eller, Auteur ; William C. Burnett, Auteur ; Linda M. Fitzhugh, Auteur ; Jeffrey P. Chanton, AuteurActivity ratios (AR) of radium isotopes have been used with success to constrain estimates of water ages and to approximate residence times in coastal waters. We compared two common radium sampling methods (grab sampling and stationary moorings)[...]![]()
Article
Justin D. Liefer, Auteur ; Hugh L. MacIntyre, Auteur ; Ni Su, Auteur ; William C. Burnett, AuteurSubmarine groundwater discharge (SGD) is now recognized as an important source of nutrients and freshwater to some coastal environments. We studied a shallow coastal lagoon (Little Lagoon, AL, USA) in the northern Gulf of Mexico that lacks river[...]



