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Sedimentary Geology; Paleoceanography with emphasis on paleoclimate studies |
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Hamilton-Jacobi formalism of quantum mechanics, Perturbation theories,
molecular dynamics simulations of nanosystems, energy and sustainability |
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Bioacoustics, dynamics of ocean and estuary circulation, development of novel methods of data collection and measurement in several areas of science |
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Understanding chiral separations with amino acid based surfactants; distribution, fate and effect of endocrine disruptors in the environment |
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Understanding chiral separations with amino acid based surfactants; distribution, fate and effect of endocrine disruptors in the environment |
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Spectroscopic measurement of energy barriers to protein folding using novel initiation methods; molecular modeling of peptide structure and dynamics |
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Sedimentology, sequence stratigraphy, ecology, and ichnology of modern and ancient coastal depositional systems |
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Coastal geology using topographic Lidar, remote sensing, GIS, and field surveys to measure and understand coastal change
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Oil spill response and natural resource damage assessment |
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plant biochemistry,
chemical and molecular ecology |
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Computational Chemistry, Data Analysis, Statistics, Programming in Basic and Fortran, Computation of Ecological Parameters such as Species Diversity Indices and Evenness |
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Biogeography of oil and gas seeps on continental margins, Geology and geochemistry of submarine gas hydrates, Imaging and remote sensing, Ocean observation, Long-term monitoring of coral reef communities |
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Instructor and Chemistry Lab Coordinator-Supervises all General Chemistry labs and author of "Essential Laboratory Principles for General Chemistry"
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Physical oceanography, oceanographic remote sensing, air-sea fluxes, atmospheric moisture transport, role of the ocean in climate, and multivariate statistical analysis |
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Ecosystem studies with a focus on benthic components, freshwater resources, water quality, ecosystem modeling, and environmental statistics; and integrating natural science with human dimensions research. |
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Geology and geochemistry of hydrocarbon seeps along continental margins; fluid and sediment geochemistry with emphasis on gas hydrate-bearing sediments |
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Physical science education, learning and understanding the natural phenomena |
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Organic geochemistry: Climate and environmental change and Differences in organic geochemical practices |
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Coastal processes; coastal regulations and
resource management; Late Pleistocene/Holocene coastal geology and
geomorphology |
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Asymmetric synthesis of bioactive products |
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Development and application of machine learning based techniques for the modeling of environmental systems including the development of artificial neural network models for the prediction of storm surges. |
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Instructor and Chemistry Lab Coordinator
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Hydrogeologic modeling and geophysical surveying to solve problems related water supplies in the coastal bend region with particular interest in the saline/freshwater interface |
