Keyphrases
Charleston Bump
100%
Shelf Margin
100%
Winter Phytoplankton Bloom
100%
Upper Slope
100%
Long Bay
83%
Research Mechanism
50%
Nutrient Input
50%
Collaborative Research
50%
Winter Bloom
50%
Outer Shelf
41%
Physical-biological Coupling
33%
Gulf Stream
33%
Nutrients Mixing
33%
Shelf Break
33%
Early Spring
33%
South Atlantic Bight
25%
Oceanographic Features
16%
Phytoplankton Assemblages
16%
Shelf-basin Exchange
16%
Autonomous Glider
16%
Regional Context
16%
Outer Continental Shelf
16%
Prior Interactions
16%
On-shelf
16%
Nutrient Regime
16%
Mixing Regime
16%
Early Life History
16%
Nitrate Utilization
16%
Cross-shelf
16%
Nutrient Circulation
16%
Time-series Measurements
16%
Phytoplankton Community
16%
Deflection
16%
Hydrography
16%
Mixing Events
16%
Turbulent Environment
16%
Shelf Zone
16%
Biological Field
16%
Frontal Eddy
16%
Shipboard Surveys
16%
Naturalists
16%
Higher Trophic Levels
16%
Seabirds
16%
Large Diatoms
16%
Nutrient Delivery
16%
Shelf Slope
16%
Circulation Regimes
16%
Internal Tides
16%
Shelf Ecosystems
16%
Volume Distribution
16%
Microfluidic Imaging
16%
Satellite Chlorophyll
16%
Station-based
16%
In Situ Observation
16%
Profiling System
16%
Biovolume
16%
Mixing Energy
16%
Pelagic Seabirds
16%
Upwelling
16%
Slope Region
16%
Life History Strategy
16%
Physical Mechanism
16%
Primary Production
16%
Recurring
16%
Enhanced Mixing
8%
Multiple nutrients
8%
Phytoplankton
8%
Nitrate
8%
Marine Science
8%
Extended Period
8%
Continental Shelf
8%
Phytoplankton Bloom
8%
Temporal Resolution
8%
Ecosystem Management
8%
3D Structure
8%
Spatial Resolution
8%
Spawning
8%
Electrical Engineering
8%
Functional Traits
8%
Exchange Processes
8%
Imaging Systems
8%
Computing Engineering
8%
Physical Field
8%
Earth and Planetary Sciences
Gulf Stream
66%
Phytoplankton
50%
Phytoplankton Bloom
50%
Bay (Topographic Features)
50%
South Atlantic
50%
Shelf Break
33%
Continental Shelf
33%
Primary Production
33%
Diatom
33%
Hydrology
33%
Oceanographic Feature
33%
Trophic Level
33%
Internal Tide
33%
Field Study
33%
Oceanography
16%
Time Series
16%