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Article
Yun Li, Auteur ; Ming Li, Auteur ; W. Michael Kemp, AuteurA coupled hydrodynamic-dissolved oxygen model is developed to simulate the seasonal cycle of dissolved oxygen (DO) in Chesapeake Bay and investigate processes regulating summer hypoxia in the estuary. A budget analysis of DO in the bottom water [...]
Article
Jeremy M. Testa, Auteur ; W. Michael Kemp, Auteur ; Walter R. Boynton, Auteur ; James D. Hagy, Auteur
Article
Rebecca R. Murphy, Auteur ; W. Michael Kemp, Auteur ; William P. Ball, AuteurA previously observed shift in the relationship between Chesapeake Bay hypoxia and nitrogen loading has pressing implications on the efficacy of nutrient management. Detailed temporal analyses of long-term hypoxia, nitrogen loads, and stratifica[...]
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Robert J. Orth, Auteur ; Michael R. Williams, Auteur ; Scott R. Marion, Auteur ; David J. Wilcox, Auteur ; Tim J. B. Carruthers, Auteur ; Kenneth A. Moore, Auteur ; W. Michael Kemp, Auteur ; William C. Dennison, Auteur ; Nancy Rybicki, Auteur ; Peter Bergstrom, Auteur ; Richard A. Batiuk, AuteurChesapeake Bay supports a diverse assemblage of marine and freshwater species of submersed aquatic vegetation (SAV) whose broad distributions are generally constrained by salinity. An annual aerial SAV monitoring program and a bi-monthly to mont[...]
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Renee K. Gruber, Auteur ; Deborah C. Hinkle, Auteur ; W. Michael Kemp, AuteurThis study describes the influence of submersed plant beds on spatial distributions of key water quality variables. An on-board flow-through water sampling system was used to investigate patterns in turbidity, chlorophyll-a, temperature, dissolv[...]
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Jeremy M. Testa, Auteur ; W. Michael Kemp, AuteurAlthough seasonal hypoxia is a well-studied phenomenon in many coastal systems, most previous studies have only focused on variability and controls on low-oxygen water masses during warm months when hypoxia is most extensive. Surprisingly, littl[...]
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W. Michael Kemp, Auteur ; Walter R. Boynton, AuteurDuring the last two decades, there has been growing interest in the integration of existing ideas and data to produce new synthetic models and hypotheses leading to discovery and advancement in estuarine and coastal science. This essay offers an[...]
