|
Project Leaders
|
||||
|
Robert F. Chen
John A. Duff
Robert A. Morris
Professor
Computer Science ram[*at*]cs[*dot*]umb[*dot*]edu
Robert D. Stevenson
Junichi Suzuki
Meng Zhou
Technical and Logistics Support Francesco Peri
Bernie Gardner
Mingshun Jiang
Matt Calder
Graduate Research Assistant
Computer Sciences mcalder [at] cs.umb.edu |
Robert F. Chen
Organic molecules in the ocean play a vital role in regulating the health and future of the
earth on global and local scales. Cycling of dissolved organic carbon (DOC), the largest pool
of organic carbon in the ocean, must be understood to accurately predict effects of fossil
fuel CO2on Greenhouse warming. Toxic organic compounds such as petroleum hydrocarbons and
chlorinated pesticides can dramatically affect the health of a coastal ecosystem.
Both natural and anthropogenic organic compounds exist in the marine environment as complex dilute solutions and undergo a number of biochemical, photochemical, physical transformations from photosynthesis through diagenesis and remineralization. My interests are to better understand the sources, transport, and fate of oes, transport, and fate of organic compounds at interfaces such as those between land and sea, sediment and water, particle and bulk solution. Full bio and research interests John A. Duff
Broadly speaking, my research interests revolve around matters related to ocean and coastal
policy; marine resource management; ocean zoning; land use; and the laws and policies related
to public and/or common property interests. Recent research efforts have included examinations
of some of the following questions:
Robert A. Morris
Robert Morris is Professor of Computer Science, Director of SERL,
the Software Engineering Research Laboratory.
He leads the Biodiversity Informatics Lab. He has research interests
in distributed web applications, biodiversity databases, and human vision especially as it applies to
typography and reading.
Full bio and research interests Robert D. Stevenson
Physiological ecology, conservation biology, biodiversity informatics, instrumentation,
energetics, temperature regulation, muscle physiology, allometry, insect flight, invertebrate
conservation, citizen science, biology of moths and butterflies.
Research in my laboratory focuses on physiological ecology applied to conservation biology and on biodiversity informatics for citizen science. Our physiological work is centered on biomechanics and energetics in butterflies and hawkmoths. Studies currently underway range from behavioral observations on feeding and time budgets to developing instrumentation to record flight patterns in the field. This conservation physiology framework is specifically being applied to migratory butterflies. Full bio and research interests Junichi Suzuki
I am interested in fundamental research and empirical analysis in distributed network computing. My long-term
research goal is to make network systems more autonomous, scalable, adaptive, survivable and easier to develop.
I am particularly attracted to the research issues that cross the boundaries among distributed computing,
software engineering and artificial intelligence. My current research interests include the following topics.
Meng Zhou
My current research focuses on small and mesoscale physical processes and their
effects on spatiotemporal variability of chemical and biological processes in
aquatic ecosystems by using observation tools, numerical models and mathematical
theories. I am particularly interested in integrating observations, models and
mathematical theories, which will lead to better understandings of the ecosystems
and better ecosystem models.
Full bio and research interests Francesco Peri
I am a Computer Science student at the
University of Massachusetts in Boston.
I currently work for the department of Environmental Earth & Ocean Sciences
as a Marine Engineer. I am also the Managing Director for the
Center for Coastal Environmental Sensing Networks (CESN).
My interest is in marine instrumentation and sensor Networks. Full bio and research interests George B. Gardner
My research interest is in estuarine and coastal dynamics, contaminant transport within coastal waters,
mixing processes in stratified fluids, numerical modeling marine processes.
Over the past five years I have been working with Dr. Robert Chen on a project funded by the U.S. Office of Naval Research to design, assemble and deploy the 'ECOShuttle a towed, undulating vehicle based on the Nu-Shuttle manufactured by Chelsea Instruments. As currently configured it carries a Sea Bird Electronics SBE 9/11 CTD system which provides temperature, salinity and depth data as well as acting as the data acquisition system for several other sensors. Fluorescent dissolved organic matter is measured by a Sea Tech fluorometer. A Chelsea Instruments UV Aqua-Tracka fluorometer using a shorter excitation wavelength also provides an indication of hydrocarbon concentration. Other instrumentation includes a chlorophyll fluorometer and optical backscatter sensor manufactured by Sea Point Instruments and a dissolved oxygen sensor provided by Sea Bird Electronics. An altimeter facilitates safe operation within a few meters of thebottom. With the current cable the maximum depth of operation is about 50 meters. Full bio and research interests Mingshun Jiang
My research interest involves studying marine ecosystems through coupled
biological-physical modeling, including:
Matt Calder
I am a computer science graduate student at the
University of Massachusetts in Boston. I currently work as a research assistant at the
Center for Coastal Environmental Sensing Networks (CESN) under my advisor
Bob Morris. At CESN I am working on sensor network
cyber-infrastructure which includes integration of heterogeneous sensor platforms, interoperable
machine interfaces to sensor data, and using reasoning systems to analyze sensor network data.
Full bio and research interests |
|||
|
|
||||