Timothy Cowles

Research Interests

Zooplankton ecology; copepod swimming and feeding; mesoscale and microscale links between physical, chemical, and biological processes in the sea; development of new instrumentation of biological oceanography.

Current Research

Role of food quality in feeding selectivity by zooplankton; biological physical interactions; zooplankton grazing processes; micro-scale plankton patterns using bio-optical instrumentation.
Plankton/Bio-Optical Oceanography Group

Flaxen Conway

Website

Flaxen Conway in College of Liberal Arts

Research Interests

Flaxen Conway conducts research, education and engagement about how changes in natural resource policy and management effect industries, workforces, agencies, communities, groups and families that directly depend on them. She specializes in helping individuals and groups adapt to change through cooperative learning, accessing resources, building coalitions and planning strategies that meet the needs of all interests.

Robert Collier

Research Interests

Trace element geochemistry of dissolved and particulate materials in the marine environment; processes controlling elemental fluxes at major marine interfaces/estuaries; surface waters; sediments; suspended particles; ridgecrest hydrothermal systems; nutrient and trace metal cycles in fresh water environments.

James Coakley

Research Interests

Radiative transfer; remote sensing of cloud and aerosol properties; earth’s energy budget; radiative forcing and climate change.

Current Research

Indirect radiative forcing of aerosols using CALIPSO LIDAR and A-train data.

Limits to indirect radiative forcing of aerosols as deduced from ship tracks.

Application of partly cloudy pixel retrievals to MODIS imagery data.

Surface radiation budget of the northeastern Pacific.

Andrew Bennett

Research Interests

Ocean data assimilation, regional modeling, theory of turbulence.

Current Research

—Testing models of the tropical Pacific circulation by inverse methods; boundary conditions for hydrostatic and nonhydrostatic forecast models; Lagrangian fluid dynamics; quantum mechanics.

US Support

NASA, NSF, ONR

Jeffrey Barnes

Research Interests

Large-scale atmospheric dynamics and planetary atmospheres, planetary exploration.

Current Research

Studies are focused on the atmosphere of Mars.

Education

BS, Iowa State University (Physics), 1975
MS, California Institute of Technology (Planetary Sciences), 1977
PhD, University of Washington (Atmospheric Sciences), 1983