Oceanography & Coastal Sciences Directory
Professor and Chair, George W. Barineau III Professor
Thematic: paleotempestology, coastal paleoecology, global environmental change, palynology and lake-sediments; Regional: U.S. Gulf coast and Atlantic coast, Caribbean region and Central America, South America (Andes and Amazon Basin), Tibetan Plateau, China
Assistant to the Chair
Sibel Bargu Ates
Associate Dean of Academics, CC&E and Shell Professor in Oceanography/Wetland Studies
Freshwater, Estuarine and Marine Phytoplankton Ecology, Harmful Algal Blooms and Food Web Contamination, Phytoplankton-Zooplankton Interactions, Global Climate Change
Mark C. Benfield
Zooplankton ecology, optical and acoustic sensing of zooplankton, computer-based classification of zooplankton, acoustical telemetry studies of fish and invertebrates, application of industrial remotely operated vehicles (ROV) in biological observatories
Adjunct Professor, College of the Coast & Environment, USACE Research Soil Scientist
Hydric soils, wetland assessment, restoration, biogeochemistry, forested wetlands, beneficial use of dredged sediments technology transfer
Adjunct Professor, College of the Coast & Environment; Director, and Billy and Ann Harrison Chair in Sedimentary Geology, LSU Department of Geology and Geophysics
Coastal and marine sedimentology, sediment radiochemistry, fine sediment dynamics on continental shelves, bioturbation, predictive modeling of sedimentary fabric and structures
Movement ecology, fisheries science, population connectivity, stock assessment, seascape ecology, habitat use, early life history of marine fishes
John W. Day, Jr.
Estuarine Ecology, Systems Ecology, Wetland Ecology, Ecological Modeling, Effects of Humans on Natural Systems, Tropical Coastal Ecology, Energy, Sustainability, Urban Dynamics
Biogeochemical cycling, Wetland Biogeochemistry, coastal processes, non-point source pollution, coastal restoration, soil-plant interactions, coastal marsh stability, sedimentation processes, wetland plant ecology, degradation and bioremediation of toxic organics, heavy metal chemistry, ecotoxicology, greenhouse gases.
Professor and Dean of the College of the Coast & Environment
Nutrient dynamics in aquatic systems; estuarine ecology; coral reef ecology; algal/invertebrate symbiosis; science history and policy; math and science education; marine pollution; global climate change; analytical chemistry
Eurico J. D'Sa
Ocean color remote sensing, bio-optical properties of coastal and ocean waters, physical-biogeochemical interactions; coastal biogeochemical processes
My research integrates laboratory, field, and modeling approaches to address the question: how does environmental change alter interactions between members of an ecological community, and what are the implications for humanity? My lab focuses on coastal and estuarine benthic (bottom-dwelling) organisms.
Physical, biogeochemical and ocean ecosystem modeling, applied mathematics, marine ecology, fisheries, climate impacts on marine ecosystems and fisheries, physical and biological transport, ecological dispersal, mesoscale biophysical interactions, and geoengineering.
Coastal hydrology, environmental fluid dynamics, harmful algal blooms, water transport timescales in deltas and wetlands, hydrological connectivity in coastal environments, network analysis, nearshore waves
My lab studies various aspects of seascape ecology, including invertebrate reproduction, larval dispersal, metapopulation modeling, and the spatial ecology of environmental change. We focus on tropical coral reefs, with a special interest in refuge environments - like deeper mesophotic reefs - and how these environments interact with others in the seascape.
Physical oceanography, circulation in regional seas and continental shelves, coastal and estuarine circulation dynamics, unstructured grid numerical modeling and data assimilation, tide and storm surge simulation, bio-physical interaction and ecosystem modeling
Texaco Distinguished Professor
Ecosystem modeling, biological oceanography, coastal eutrophication, hypoxia, impacts of climate change on coastal ecosystems
Professor and Mobil Distinguished Professor of Marine Geology
Physical oceanography, transport, coastal and estuarine circulations, innovative observations, modeling, extreme weather (such as hurricanes), induced water level changes including storm surges
Coastal plant ecology, plant-soil interactions, plant eco-physiology of environmental stresses, environmental chemistry of organic pollutants in wetlands, and remediation and restoration of oil spills in wetlands.
Charles W. Lindau
Nitrogen transformations in flooded soils and sediments, stable isotopes, greenhouse gases, oil spill remediation, point and non-point pollution
Associate Professor and Shell Professor in Oceanography/Wetland Studies
My research group focuses on understanding the fate and transport of different forms of carbon in coastal and deep ocean. Photosynthetic fixation of CO2 in surface ocean into different forms of organic carbon effectively removes CO2 from atmosphere. In absence of this process, our atmospheric CO2 concentration would have been ~50% higher than it is at present times. Understanding this process known as the “biological pump” is extremely important in determining the role of ocean in controlling atmospheric CO2and how that might change in future. However a large fraction of this organic carbon fixed by phytoplankton in the ocean gets released back into the water column and atmosphere as CO2 and other inorganic forms of carbon via respiration and microbial decomposition. Thus the availability of organic carbon can directly and indirectly impact various biogeochemical processes in the ocean like formation of hypoxia, increase in ocean acidification, release of various redox sensitive elements and contaminants from the sediments. My research group at LSU seeks to provide answers to some of these fundamental questions related to ocean carbon biogeochemistry and environmental quality through field based observations, natural isotope tracers and laboratory microcosm experiments. Current research themes include: Upper ocean particle dynamics and biological pump, fate and transport of organic matter and contaminants in aquatic systems, utilization of artificial and natural radioisotopes to study environmental processes, sediment geochemistry and chemical processes at sediment-water interface, and ocean acidification.
My research focuses on the processes that shape coastal environments. I am interested in coupling physical and biochemical aspects, e.g. ecogeomorphology and biogeology. I carry forward my research using mathematical models, laboratory experiments and field work. My current agenda encompasses three main topics: 1) Wetland response to sea level rise, sediment supply and storminess. 2) Coupled dynamics of sediment & biofilms / microbial-mats. 3) Carbonate platform sedimentary processes.
I study a variety of aspects of fisheries ecology, often with applications to improving the management of commercial and recreational coastal fish species. My work includes basic biology and life history, species–environment interactions, and the use of hierarchical Bayesian models, among other tools.
Coastal meteorology; Hydroclimatology; Mesoscale climate science; Weakly forced thunderstorms; Land-atmosphere interactions; Hazardous weather impacts
Victor H. Rivera-Monroy
Estuarine and coastal ecosystems; biogeochemistry of wetlands; landscape modeling/ecosystem models; coastal management/aquaculture; mangrove forest rehabilitation/restoration; nutrient cycling inwetlands (nitrogen, phosphorus, carbon)
Stable isotope ecology, food web dynamics and anthropogenic contaminants, ecology of marine birds and mammals, marsh ecology
Wetland ecology and restoration including plant and microbial processes, nutrient and carbon cycling and accretion dynamics, human impact on wetland ecosystems, and organic matter and nutrient linkages between coastal wetlands and rivers, estuaries, and submerged aquatic ecosystems.
Professor and Shell Endowed Chair in Oceanography and Wetland Studies
Coastal change; eutrophication and hypoxia; cumulative coastal stressors; historical reconstruction of ecosystem changes from sediments; pelagic and benthic processes; human impacts in wetland and coastal ecosystems; science policy
Robert V. Rohli
Coastal weather and climate, atmospheric circulation variability, atmospheric hazards, tropical cyclone dynamics, surface-atmosphere interactions, synoptic meteorology and climatology, geoscience education, history of science
Richard F. Shaw
Larval/juvenile fish habitat and ecology; biological/fisheries oceanography; transport and recruitment mechanisms and coastal-estuarine processes; age, growth and mortality analyses, fisheries and global climate change, research administration
I study the ecology and physiology of plankton and the physical and biological interactions that control their distribution and abundance. I utilize active acoustics and image-forming optical systems as well as traditional net systems to survey the finescale distributions of plankton. I conduct work in estuaries, coastal ocean, and the open ocean enviroment.
Climate science, ocean modeling, big data science, interactions with ocean boundaries, data assimilation, and observing system design
R. Eugene Turner
LSU Boyd Professor
Biological oceanography, conservation, environmental management, estuarine ecology, fisheries ecology, restoration, sustainable systems, wetlands
Nan D. Walker
Professor and James P. Morgan Distinguished Professor of Coastal Studies; Director, Earth Scan Laboratory
Physical oceanography, Satellite oceanography, Estuarine-shelf exchange processes, Air-sea interactions and tropical cyclone intensity, Gulf of Mexico Loop Current and eddy circulations, Physical-biological interactions, Physical processes affecting coral reef health
John R. White
John and Catherine Day Professor and Associate Dean of Research of the College of the Coast & Environment
Our research focuses on biogeochemical cycling of carbon, nitrogen and phosphorus in aquatic systems including coastal and freshwater wetlands, estuaries and lake sediments, treatment performance of constructed wetlands for nutrients and pharmaceuticals removal, dynamics of internal nutrient loading, microbial-mediated nutrient transformations, plant-nutrient-soil dynamics. We provide critical research in helping coastal restoration managers to make informed decisions.
Kehui (Kevin) Xu
Professor and Director, Coastal Studies Institute
Coastal restoration; sediment diversion; sediment dredging and management, geological oceanography, coastal morphodynamics, observation and numerical modeling of sediment transport, sedimentary geology, coastal processes
Zuo (George) Xue
Associate Professor (Center for Computation and Technology, joint)
firstname.lastname@example.org (Contact me for graduate student opportunities)
Physical-bio-geochemical modeling; Coastal ocean carbon cycling; Coupled atmospheric-hydrological modeling
Research Associates (A-Z)
1207 Energy, Coast and Environment Building
3196 Energy, Coast and Environment Building
1205 Energy, Coast and Environment Building
119 Sea Grant Shop
3151 Energy, Coast and Environment Building
3196 Energy, Coast and Environment Building
2235 Energy, Coast and Environment Building
1193 Energy, Coast and Environment Building
1257 Energy, Coast and Environment Building
2241 Energy, Coast and Environment Building
2259 Energy, Coast and Environment Building
1192 Energy, Coast and Environment Building
2223 Energy, Coast and Environment Building
Postdoctoral Researchers (A-Z)
3271 Energy, Coast and Environment Building
2173 Energy, Coast and Environment Building
3113 Energy, Coast and Environment Building
3279/3280 Energy, Coast and Environment Building