Importance of the spring transition in the northern Gulf of Mexico as inferred from marine fish biochronologies

Keyphrases

• Northern Gulf of Mexico 100%
• Marine Fish 100%
• Spring Transition 100%
• Biochronology 100%
• Gulf of Mexico 66%
• Red Snapper 66%
• Black Drum 66%
• Gray Snapper 66%
• Climate Variability 33%
• Marine Ecosystems 33%
• Lack of Time 33%
• Decadal Scale 33%
• Life History 33%
• Early Spring 33%
• Snapper 33%
• Growth Pattern 33%
• Scale Patterns 33%
• Migratory Species 33%
• Atlantic Multidecadal Oscillation 33%
• Positive Development 33%
• Sea Surface Temperature 33%
• Multidecadal 33%
• Growth Increment 33%
• Climate Patterns 33%
• Resident Species 33%
• Sea Level Pressure 33%
• Wind Stress 33%
• Summer Climate 33%
• Western Atlantic 33%
• Lutjanus Campechanus 33%
• Increment Width 33%
• Growth Anomaly 33%
• Synchronous Growth 33%
• Otolith Growth 33%
• Pogonias Cromis 33%
• Scomberomorus Cavalla 33%
• Life Geographies 33%
• Early Transition 33%
• High Sea State 33%
• Biophysical Relationships 33%

Agricultural and Biological Sciences

• Spring 100%
• Snapper 100%
• King Mackerel 60%
• Black Drum 60%
• Biological Sciences 20%
• Migratory Species 20%
• Life History 20%
• Sea Level 20%
• Otolith 20%
• Aquatic Environment 20%
• Lutjanus campechanus 20%
• Scomberomorus 20%
• Geography 20%