Rosenstiel School faculty studying "modeling"

• Largest Research Expedition of its Kind Near the Site of Deepwater Horizon Incident

• Study Finds that Winds Played an Important Role in keeping oil away from South Florida

• Univ. of Miami to Lead Team on Grant for Drought, Flood Prediction

• Univ. of Miami, CARTHE Among Those Recognized by City of Miami Beach

• Fish larvae find the reef by orienting: the earlier the better

• Kirtman Named Associate Dean for Research at University of Miami’s Rosenstiel School

• Univ. of Miami Study Rethinks the Ocean’s Role in Pacific Climate

• NOAA Rewards Two Rosenstiel Students With National Fellowships

• Threading the Climate Needle: The Agulhas System

• Atlantic Workshop March 23-25 at Univ. of Miami Brings Together Top Atmospheric Scientists

• Tamay Ozgökmen

  Numerical modeling of mesoscale oceanic processes, small-scale mixing and Lagrangian motion

• David Nolan

  Dynamic meteorology, tropical cyclones, vortex dynamics, numerical modeling

• Sharanya Majumdar

  Tropical cyclones, adaptive observations, ensemble forecasting, predictability

• Villy Kourafalou

  Physical Oceanography of coastal and regional seas. Development and coupling of physical and ecosystem numerical models

• Ben Kirtman

  El Niño prediction, dynamics and low frequency variations; impact of atmospheric stochastic forcing on coupled climate variability; El Niño-Monsoon interactions; and the maintenance of the inter-tropical convergence zone.

• Mohamed Iskandarani

  Applied mathematics, data assimilation, ocean modeling

• Annalisa Griffa

  Geophysical fluid dynamics, numerical ocean modeling, Lagrangian observing systems

• Shuyi Chen

  Mesoscale and tropical meteorology, atmospheric convection, coupled atmosphere-ocean modeling

• Donald Olson

  Ocean circulation dynamics, mesoscale phenomena, ecosystem dynamics

• Chris M. Wood

  Ion, acid-base, and metal homeostasis in fish and crustaceans

• Nelson Ehrhardt

  fishery research and management; marine population dynamics analysis and modelling, fisheries oceanography

• David Die

  fisheries management, fish stock assessment, bio-economics

• Frank Millero

  the application of physical chemical principles to natural waters

• Claire Paris-Limouzy

  Coastal Oceanography: biophysical modeling; Individual Based Models (IBM); physical-biological Interactions (PBI); dispersal and recruitment processes Ecology: larval fish ecology and taxonomy; metapopulation theory and seascape ecology

• Xinrong Ren

  atmospheric free radical chemistry, model prediction of atmospheric oxidation processes, heterogeneous chemical reactions, spectroscopic and chromatographic detection techniques, field measurement of atmospheric trace gases and radical species

• Jorge F. Willemsen

  Deterministic modeling of ocean surface gravity waves, including wind driving and dissipation; physical mechanisms for the transport of nutrients to plankton, including the interactions between zooplankton and phytoplankton.

• Josefina Olascoaga

  Modeling of biophysical interactions; geophysical flow stability; Lagrangian dynamics

• Mark A. Donelan

  Air-sea interaction, wave dynamics, boundary layer turbulence,wave modelling, remote sensing, gas transfer, storm surge modelling, wind stress modelling

• Ad Reniers

  nearshore and surfzone hydrodynamics and morphological response