Lars Stemmann
University of Paris VI
stemmann@obs-vlfr.fr
François Carlotti
C.N.R.S. Université de la Méditerranée, UMR 6535
francois.carlotti@univmed.fr
Meng Zhou
University of Massachusetts Boston
meng.zhou@umb.edu
Location: Les Muses
Please click on the title of an abstract to view the complete abstract.
There are no abstracts currently available for this session. Please check back later.
Location: Les Muses
Please click on the title of an abstract to view the complete abstract.
There are no abstracts currently available for this session. Please check back later.
Location: Les Muses
Please click on the title of an abstract to view the complete abstract.
There are no abstracts currently available for this session. Please check back later.
Location: Clio
Please click on the title of an abstract to view the complete abstract.
Oral Presentations
10:30
Schartau, M; Landry, M; Armstrong, R A; A DATA-BASED ESTIMATION METHOD FOR DERIVING PLANKTON SIZE-DENSITY DISTRIBUTION FUNCTIONS (Abstract ID:4158) o
10:45
Quintana, X D; Brucet, S; Boix, D; López-Flores, R; Gascón, S; Badosa, A; Sala, J; Egozcue, J J; THE USE OF SIZE DIVERSITY IN THE ANALYSIS OF SIZE DISTRIBUTIONS (Abstract ID:5436) o
11:00
Basedow, S L; Zhou, M; Tande, K S; APPLICATION OF BIOMASS SPECTRUM THEORIES TO THE MESOZOOPLANKTON COMMUNITY IN A REGION OF THE POLAR FRONT (Abstract ID:5271) o
11:15
Jackson, G A; Checkley jr., D M; PARTICLE SIZE DISTRIBUTIONS AND THEIR IMPLICATIONS FOR ZOOPLANKTON FEEDING. (Abstract ID:5920) o
11:30
Baird, M E; DECADAL SIMULATIONS OF A SIZE-RESOLVED PELAGIC ECOSYSTEM MODEL (Abstract ID:4654) o
11:45
Parslow, J S; Cressie, N; Campbell, E; SIZE STRUCTURED PLANKTON MODELS IN A BAYESIAN HIERARCHICAL FRAMEWORK (Abstract ID:5173) o
12:00
Kimmel, D G; Boicourt, W C; Pierson, J J; Roman, M R; Zhang, X; A COMPARISON OF THE MESOZOOPLANKTON RESPONSE TO HYPOXIA IN CHESAPEAKE BAY AND THE NORTHERN GULF OF MEXICO USING THE BIOMASS SIZE SPECTRUM (Abstract ID:4560) o
12:15
Mei, Z; Finkel, Z V; Irwin, A J; INCORPORATING THE SIZE-STRUCTURE OF PHYTOPLANKTON COMMUNITIES IN A 3-D OCEAN MODEL (Abstract ID:5897) o