Senior Scientist, MBARI
Bruce Robison's research is focused on the biology and ecology of deep-sea animals, particularly those that inhabit the oceanic water column. He pioneered the use of undersea vehicles for these studies and he led the first team of scientists trained as research submersible pilots. At MBARI, his research group has focused on the development of remotely operated vehicles as platforms for deep-sea science. His midwater research program is presently measuring the oxygen consumption rates of deep-living animals, and the ecological impacts of the declining oxygen content of the ocean's midwaters. Instead of bringing animals to the surface for these measurements and subjecting them to decompression, the measurements are made at depth using new instrumentation developed by MBARI's engineers. Related investigations include studies on the ecology, physiology, and behavior of fishes, squid, and a variety of gelatinous animals.
Senior Research Technician, MBARI
Kim's general area of interest is the study of midwater and deep sea animals. He has developed many tools and techniques to observe, manipulate, and collect these organisms, and to maintain the animals in the lab.
Senior Research Technician, MBARI
Rob studies the properties and organisms of the ocean's largest habitat, the midwater. His research group is learning more about the ecology of midwater organisms; their abundance and seasonal patterns, depth ranges and who eats whom. Rob enjoys watching mesopelagic animals with the HD (high definition) camera; animals that once would have come up as glop in a net can be seen to have delicate structure and complex behavior (e.g., squid inking or changing color, fish eyes that rotate to keep prey in sight, an amphipod carving up a pyrosome to make a home).
Research Assistant, MBARI
Kris works with the Midwater Ecology group, analyzing ROV video transects between 50 and 1,000 meters in depth to identify biological organisms from all taxonomic levels, most of which spend their entire lives in the oceanic water column. Kris started working at MBARI in 1996 after finishing her Master's at UC Santa Cruz. She's looking forward to returning to sea this month to collect video transects and search for deep-sea lobster larvae from the family Polychelidae.
Susan von Thun
Research Technician, MBARI
Susan works in the MBARI video lab, where her primary responsibility is to watch video taken with MBARI's remotely operated vehicles (ROVs) and make observations about the organisms, behaviors, equipment, and geological features that she sees. While annotating video, she's become adept at identifying numerous deep-sea organisms, specializing in midwater organisms. She works closely with the midwater ecology group and the bioluminescence lab to expand her knowledge of the fish, jellies, cephalopods, and other groups in the midwater.
Postdoctoral Fellow, MBARI
Henk-Jan received his Ph.D in Ocean Ecosystems from the University of Groningen. Henk-Jan has developed an experimental program of both laboratory and in situ research that will chemically mark increments in the deposition of squid statoliths. Using the marks as temporal reference points, the pattern of deposition should allow him to determine the age of any squid.
Scripps Institution of Oceanography
Karen's research interests include evolution of pelagic life, phylogenetics of marine invertebrates, and mechanisms of speciation in the open ocean and the deep sea. Karen is a former MBARI graduate research assistant and is currently a University of California President's Postdoctoral Fellow at Scripps.
Graduate Research Assistant, MBARI
Meghan is a doctoral candidate at UC Santa Cruz in Dr. Steve Haddock's lab. Her research is focused on understanding the molecular biology and evolution of bioluminescence in a variety of deep-sea zooplankton including cephalopods, chaetognaths, and jellyfish.
University of Washington
Samuel is a graduate student at the University of Washington. His research uses DEIMOS, a deep-water acoustics package at the MARS observatory on the continental slope in Monterey Bay, California to describe the distribution and density of animals such as krill through the entire water column through time. His aim is to describe changing patterns in this density distribution using a variety of metrics and indicators derived from the raw data, with the aim of gaining a clearer picture of how this system behaves.