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Internal leaf and meristem O2 and H2S dynamics of a tropical seagrass identify mechanisms of large-scale die-off events
Christopher R Johnson, Marguerite Koch, C McNicholl,
Ole Pedersen
, C. J. Madden
Freshwater Biology
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Dive into the research topics of 'Internal leaf and meristem O2 and H2S dynamics of a tropical seagrass identify mechanisms of large-scale die-off events'. Together they form a unique fingerprint.
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Keyphrases
Meristem
100%
Die-off
100%
Tropical Seagrass
100%
Lacunae
37%
Sunset
25%
Water Column
25%
Hypersalinity
25%
Seagrass
25%
Hypoxia
25%
Caribbean
12%
Microsensor
12%
Thalassia Testudinum
12%
Gas Dynamics
12%
Consistent Patterns
12%
Linear Relationship
12%
Florida Bay
12%
Meristematic
12%
Irradiance
12%
Coastal Eutrophication
12%
Mortality Event
12%
Sunrise
12%
Hypoxia Stress
12%
Global Change
12%
Earth and Planetary Sciences
Sea Grasses
100%
Water Column
50%
Caribbean
25%
Florida
25%
Gas Dynamics
25%
Eutrophication
25%
Field Study
25%
Irradiance
25%
Global Change
25%
Laboratory Experiment
25%
Salinity
25%
Agricultural and Biological Sciences
Thalassia testudinum
12%