Keyphrases
Coastal Hypoxia
100%
In Situ
50%
Ecological Consequences
50%
Observing System
50%
Economic Consequences
50%
Hypoxia
50%
Bioturbation
25%
Infauna
16%
Benthic Fisheries
16%
Neuse River
16%
Chesapeake Bay
16%
Community Structure
12%
Economic Cost
12%
Duke University
8%
Ocean Sciences
8%
Benthic Community Structure
8%
Community Function
8%
Economic Valuation
8%
Infauna Communities
8%
Benthic Polychaetes
8%
O2 Saturation
8%
Seasonal Hypoxia
8%
Respirometry
8%
Epibenthic
8%
Benthic System
8%
Biomass Activity
8%
Sediment Communities
8%
RAD-seq
8%
Intermittent-flow Respirometry
8%
O2 Extraction
8%
Chesapeake Bay Program
8%
Youth Education
8%
Saturation Level
8%
Bioeconomic Model
8%
Spatial Characterization
8%
Sediment Profile Imaging
8%
Sediment Profile
8%
Polychaetae
8%
Benthic Monitoring
8%
Profile Structure
8%
Grab
8%
Earth and Planetary Sciences
Chesapeake Bay
100%
Bioturbation
60%
Infauna
60%
Benthos
40%
Remineralization
20%
Oceanography
20%
Time Series
20%
Demersal Fish
20%
Hypoxic Condition
20%
North Carolina
20%
Agricultural and Biological Sciences
Case Study
100%
Hypoxemia
100%
Bioturbation
17%
Gene Expression
11%
Polychaete
11%
Restriction Site
5%
Estuaries
5%
Demersal Fish
5%
Marine Science
5%
Sediments
5%
Annuals
5%
Callinectes Sapidus
5%
Lees
5%
Physiological Response
5%