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Prey-size plastics are invading larval fish nurseries
Jamison M. Gove
, Jonathan L. Whitney
, Margaret A. McManus
, Joey Lecky
, Felipe C. Carvalho
, Jennifer M. Lynch
,
Jiwei Li
, Philipp Neubauer
, Katharine A. Smith
, Jana E. Phipps
, Donald R. Kobayashi
, Karla B. Balagso
, Emily A. Contreras
, Mark E. Manuel
, Mark A. Merrifield
, Jeffrey J. Polovina
,
Gregory P. Asner
, Jeffrey A. Maynard
, Gareth J. Williams
Ocean Futures, School of (SOF)
Geographical Sciences and Urban Planning, School of (SGSUP)
Research output
:
Contribution to journal
›
Article
›
peer-review
141
Scopus citations
Overview
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Agricultural and Biological Sciences
Climate Change
100%
Habitat Preferences
100%
Ingestion
100%
Life History
100%
Tuna
100%
Food Availability
100%
Zooplankton
100%
Xiphiidae
100%
Exocoetidae
100%
Phytoplankton
100%
Keyphrases
Larval Fish
100%
Prey Size
100%
Fish nursery
100%
Slick
50%
Ambient Water
30%
Hawaii
20%
Survivorship
20%
Ocean Surface
20%
Fish Prey
20%
Overfishing
10%
High Density
10%
Habitat Preference
10%
Marine Phytoplankton
10%
Seabirds
10%
Tuna
10%
Food Availability
10%
Habitat Loss
10%
Prey Items
10%
High Ratio
10%
Ingested Plastic
10%
Ocean Conditions
10%
Fisheries Productivity
10%
Nursery
10%
Zooplankton
10%
Physiological Benefits
10%
Coastal Ecosystems
10%
Coastal Ocean
10%
Climate Change Losses
10%
Life-history Stages
10%
Swimming Performance
10%
Marine Fish
10%
Ecosystem Scale
10%
Flying Fish
10%
Prey Resources
10%
Exocoetidae
10%
Floating Plastics
10%
Neuston
10%
Swordfish
10%
Convergence Feature
10%
Xiphiidae
10%
Surface Slicks
10%
Earth and Planetary Sciences
Hawaii
100%
Ocean Surface
100%
Prey Size
100%
Overfishing
50%
Climate Change
50%
Fishery Productivity
50%
Food Availability
50%
Zooplankton
50%
Coastal Ecosystem
50%
Habitat Loss
50%
Habitat Selection
50%
Phytoplankton
50%