Climate warming causes photobiont degradation and carbon starvation in a boreal climate sentinel lichen

Keyphrases

• Lichens 100%
• Mass Loss 100%
• Climate Warming 100%
• Sentinel 100%
• Carbon Starvation 100%
• Boreal Climate 100%
• Photobiont 100%
• Experimental Warming 40%
• Symbiont 40%
• Thallus 40%
• Evernia Mesomorpha 40%
• Climate Change 20%
• Loss Function 20%
• Climate Change Impacts 20%
• Climate Change Experiments 20%
• Genotype 20%
• Forest Ecosystem 20%
• Composition Effect 20%
• Resilience 20%
• Physiological Function 20%
• Coral 20%
• Water Holding Capacity 20%
• Negative Impact 20%
• Mass Function 20%
• Functional Traits 20%
• Extremophiles 20%
• Changing Conditions 20%
• Physiological Characteristics 20%
• Reduced Water 20%
• Significant Loss 20%
• Acclimate 20%
• Low Humidity 20%
• Reproductive Characteristics 20%
• High Stress 20%
• Carbon Metabolism 20%
• Enhanced CO2 20%
• Long-term Potential 20%
• Novel Climates 20%
• Algal Community Composition 20%
• Algal Symbionts 20%
• Lichen Transplants 20%
• Specific Thallus Mass 20%
• Severe Loss 20%

Immunology and Microbiology

• Lichen (Organism) 100%
• Symbiont 100%
• Thallus 100%
• Evernia 66%
• Extremophile 33%
• Carbon Metabolism 33%

Agricultural and Biological Sciences

• Photobiont 100%
• Thallus 75%
• Symbiont 75%
• Climate Change 50%
• Acclimation 25%
• Water Holding Capacity 25%
• Extremophile 25%
• Photobleaching 25%
• Carbon Dioxide 25%