Member Since 2008
Claire B. Paris
Professor, Rosenstiel School of Marine and Atmospheric Science
I am a biological oceanographer with expertise in biophysical modeling of larval dispersal and migration. I specialize in the Early Life History stages of marine organisms, focusing on larval connectivity and retention mechanisms, pelagic mortality, sound production, and discrimination of cues to find suitable nursery habitats. I also have expertise in larval fish taxonomy and I am fascinated with the diversity of larval morphologies and their adaptations to the pelagic environment.
Professional Experience
Rosenstiel School of Marine and Atmospheric Science
Professor
2017 - Present
Education
SUNY Stony Brook
Doctorate
2001
Honors & Awards
Rachel Carson Lecture
Received December 2018
Publications
Connectivity of Pulley Ridge With Remote Locations as Inferred From Satellite-Tracked Drifter Trajec...
Using historical (1994–2017) satellite‐tracked surface drifter trajectory data, we conduct a probabilistic Lagrangian circulation study...
August 18, 2018
Mesoscale flow variability and its impact on connectivity for the island of Hawai`i
Understanding population connectivity is a contemporary challenge in marine ecology. Connectivity results from a combination of biological traits a...
January 28, 2013
AGU Abstracts
How Wayfinders Modulate Dispersal Kernels and Population Connectivity - A Modeling Perspective
OCEAN SCIENCES 2020
physical-biological interactions | 21 february 2020
Ana Carolina Vaz, Claire B. Paris
Mobile marine species are able to navigate in their environment, making use of a range of cues to accomplish distinct tasks, such as to locate forage ...
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Using Remotely Transmitted Accelerometer Data Collected from Pop-Up Satellite Archival Tags to Predict Spawning in Wild Mahi-Mahi (Coryphaena hippurus)
OCEAN SCIENCES 2020
marine ecology and biodiversity | 21 february 2020
Lela Schlenker, Elizabeth Babcock, Daniel Benetti,...
Mahi-mahi (Coryphaena hippurus) is a highly migratory ecologically and commercially important pelagic fish species that inhabit tropical and sub-tropi...
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Caribbean Dispersal Patterns Vary with Larval Fish Behavior, Hydrography, and Habitat Availability
OCEAN SCIENCES 2020
physical-biological interactions | 20 february 2020
Christina Hernandez, Robert Cowen, Benjamin Jones,...
Biophysical particle-tracking modeling, when combined with field data on biological and behavioral traits of larval reef fish, provides valuable insig...
View Abstract
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