• Home Page: Complex Adaptive Systems Lab (CASL)
• Curriculum Vitae

Education

• Ph.D., Scripps Institution of Oceanography/UCSD
• M.S., San Diego State University
• B.S., Salisbury University

Research Interests

• The dynamics of coupled human-environmental systems, complex adaptive systems theory, and nonlinear data forecasting.

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• Science, Philosophy, and Religion
• Earth History Research Center-Miscellaneous Articles

Education

• M.S., Ph.D. Indiana University
• B.S., University of Rhode Island

Research Interests

• Theoretical physics
• Quantum optics

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Education

• Ph.D., Scripps Institution of Oceanography/UCSD
• B.A., Oberlin College
• MS Candidate, UNC Wilmington

Research Interests

• Large-scale regional physical oceanography: the Kuroshio, the western North and Equatorial Pacific, the Hawaiian Islands and Onslow Bay, North Carolina. Global distributions of sea surface salinity.

Education

• Ph.D., University of North Carolina at Chapel Hill
• B.S., Trinity College

Research Interests

• Few-nucleon physics; plasma synthesis and modification of thin films and surfaces; evolutionary algorithms.

• Curriculum Vitae

Education

• Ph.D., UNC Chapel Hill
• M.S., UNC Chapel Hill
• B.A., St. John's College

Research Interests

• Experimental nuclear and particle physics, particularly few-nucleon systems and neutrinos. I plan to establish a research program involving both particle accelerators and underground rare-decay searches.

Education

• Ph.D., North Carolina State University
• B.S., Bowling Green State University

Research Interests

• Archaeoastronomy; theoretical atomic physics

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Education

• Ph.D., University of Manitoba
• M.S., Beijing University
• B.S., Beijing University

Research Interests

• Nuclear and particle physics; quantum chromodynamics at confinement scales; hypernuclear physics.

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Education

• Ph.D. Scripps Institution of Oceanography, UCSD
• B.S. University of North Carolina Wilmington

Research Interests

• Coastal ocean hydrodynamics, focusing on interactions between the wave driven surf-zone with the wind, wave and buoyancy driven inner-shelf (offshore of where waves break). I am also interested in how these interconnected regions contribute to coastal tracer evolution, like fine sediments and pollution. To study coastal processes, we use a combination of in situ and remote observation, and numerical models ranging from highly-idealized to quasi-realistic.

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Education

• Ph.D. Physics, Clarkson University
• M.S. Mathematics, Clarkson University
• M.A. Physics, Temple University
• B.A. Mathematics, Empire State College, SUNY
• Physics/Math Major, Temple University

Research Interests

• Nonlinear wave equations, Integrable and Near Integrable Systems, Dynamical Systems and Chaos, General Relativity, Geometric Methods for PDE's, Numerical analysis, Generalized Transforms (including wavelets), Instructional Technology

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Education

• Ph.D., University of Rhode Island
• M.S., University of Rhode Island
• B.S. Ocean University of China

Research Interests

My research interests are shaped by the increasingly common problems of eutrophication, hypoxia, harmful algal blooms (HABs) and invasive species etc. in coastal ecosystems and the increasing public and political awareness. My research focuses on developing advanced numerical models to simulate the physical and biogeochemical processes in the marine systems, to help understand how anthropogenic and natural stressors affect the coastal oceans, and how to improve their health.

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Education

• Ph.D. Oregon State University
• M.OcE Oregon State University
• B.S. Clarkson University

Research Interests

• Dr. Long's research focuses on the on the role that winds, waves, and circulation have on transforming beaches and barrier islands on time scales ranging from extreme events (e.g., hurricanes) to decades. His research includes the development and application of numerical models to predict coastal hazards including rip currents, storm-induced coastal erosion and flooding, and long-term shoreline change. These models have been used to better understand and explain coastal processes, inform coastal management decisions, and quantify the vulnerability of communities and ecosystems.

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• Twitter: @coastalprof
• Instagram: @coastal_prof

Education

• Ph.D., University of Delaware
• M.C.E., University of Delaware
• B.S., Texas A&M University

Research Interests

• The Coastal Sediments and Hydrodynamics Laboratory (CSHL) conducts basic and applied research, via field and laboratory studies, to improve our understanding of the physical processes driving coastal flooding and geomorphology in a changing climate, leading to more effective coastal protection strategies against increasingly frequent intense storms and rising sea levels.
• CSHL’s research portfolio encompasses the following areas: nearshore sediment transport & hydrodynamics; applied instrumentation development; extreme event reconnaissance & post-storm beach recovery; low-cost LiDAR coastal surveying systems; hurricane impacts on coastal infrastructure; coastal resilience; and marsh/wetland hydrodynamics

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Education

• M.S., Ph.D. Texas A&M University
• B.S., College of Holy Cross

Research Interests

• Descriptive physical oceanography; general ocean circulation; air-sea interaction and climate; ocean observing systems.

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Education

• Ph.D., University of North Carolina at Chapel Hill
• B.S., Worchester Polytechnic Institute

Research Interests

• Time series analysis, non-linear modeling, financial market analysis

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Education

• Ph.D., University of Maine
• M.S., University of Maine
• B.A., Southwestern College (Winfield KS)

Research Interests

• Physics education research, thin film material science

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Education

• Ph.D., Oregon State University
• M.Sci., Oregon State University
• B.A., Wesleyan University

Research Interests

• I am a coastal physical oceanographer. My research uses ocean observations and numerical models to study circulation and water properties in shelf, estuarine, and nearshore environments. I am interested in how winds, waves and tides produce complex coastal dynamics and how understanding of these processes can improve the educational and economic well-being of communites.

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Education

• Post-Doc, Johns Hopkins University
• Ph.D., University of Mississippi
• M.Eng., Nanjing Hydraulic Research Institute
• B.Eng., Hohai University

Research Interests

• Coastal hazards & hazard mitigation, wave-structure interaction, coastal protection & restoration, coastal structure design