Greenness and pollution exposure predict corticosterone concentration in an urban songbird

Keyphrases

• Corticosterone 100%
• Songbird 100%
• Greenness Exposure 100%
• Pollution Exposure 100%
• Capture Location 60%
• Plasma Corticosterone 40%
• Air Pollution 40%
• Air Pollution Exposure 40%
• Greenness 40%
• Avian Health 40%
• Environmental Variables 20%
• High-resolution Mapping 20%
• Negative Relationships 20%
• Stress-related 20%
• Sex-dependent 20%
• Air Pollutants 20%
• Air Pollution Effects 20%
• Spatial Sampling 20%
• NO2 Concentration 20%
• Particle Type 20%
• Female Body 20%
• Vegetation Type 20%
• Criteria Air Pollutants 20%
• Variable Metric 20%
• Neighborhood Scale 20%
• Leaf Area Index 20%
• Ultrafine Particles 20%
• Pollutant Dispersion 20%
• Pollutant Deposition 20%
• Avian Physiology 20%
• Urban Exploiter 20%
• Bird Health 20%
• American Robin 20%
• Related Markers 20%
• Physiological Metrics 20%
• Bird Density 20%

Agricultural and Biological Sciences

• Corticosterone 100%
• Air Pollution 83%
• Aves 50%
• Body Weight 33%
• Population Size 16%
• Vegetation Type 16%
• Leaf Area Index 16%
• American robin 16%
• Physiology 16%

Immunology and Microbiology

• Aves 100%
• Body Weight 66%
• Dispersion 33%
• Population Size 33%
• American robin 33%