Citizen science data reveal possible multi-decadal phenological changes in the arrival time of a migratory tropical seabird species at the breeding ground

Keyphrases

• Time of Arrival 100%
• Citizen Science Data 100%
• Bermuda 100%
• Tropical Birds 100%
• Phenological Shift 100%
• Multidecadal 100%
• Tropical Seabirds 100%
• North Atlantic Oscillation 66%
• North Atlantic 66%
• Climate Variability 66%
• Atlantic Multidecadal Oscillation 66%
• Arrival Date 33%
• Environmental Conditions 33%
• Observational Data 33%
• Weather Conditions 33%
• Climatic Conditions 33%
• Global Impact 33%
• Phenology 33%
• Atmospheric Phenomena 33%
• Cultural Importance 33%
• Local Beliefs 33%
• Oscillation Index 33%
• First Observation 33%
• Long-term Data Collections 33%
• Migration Timing 33%
• Breeding Seabirds 33%
• Migratory Seabird 33%
• Weather Variability 33%
• Phaethon Lepturus 33%
• Early Arrival 33%
• Phonological Patterns 33%
• Pelagic Seabirds 33%
• White-tailed Tropicbird 33%
• EBird 33%
• Breeding Sites 33%
• Upper Trophic Level Predators 33%
• Citizen Science Platform 33%
• Opportunistic Data 33%

Earth and Planetary Sciences

• Bermuda 100%
• Arrival Time 100%
• North Atlantic Oscillation 66%
• North Atlantic 66%
• Atlantic Multidecadal Oscillation 66%
• Atmospherics 33%
• Temporal Variation 33%
• Weather Condition 33%
• Trophic Level 33%
• Climate Variation 33%
• Spatial Variation 33%

Agricultural and Biological Sciences

• Breeding Site 100%
• Trophic Level 33%
• Spring 33%
• Phenology 33%
• Phaethon lepturus 33%