Assessing the climate impact of formation flights

Earth and Planetary Sciences

• Climate Effect 100%
• Emissions 100%
• Weather Condition 100%
• Investigation 60%
• Climate Change 60%
• Species 40%
• Particles 40%
• Region 40%
• Atmospherics 40%
• Contrail 40%
• Altitude 40%
• Atmospheric Chemistry 20%
• Variability 20%
• Summer 20%
• Climate 20%
• Gas 20%
• Identifying 20%
• Geographic Location 20%
• Methane 20%
• Winter 20%
• Jet Stream 20%
• Trajectory 20%
• Planetary Atmosphere 20%
• Trajectory Optimization 20%
• Mitigation 20%
• Insolation 20%
• High Pressure System 20%
• Model 20%
• North Atlantic 20%
• Tropopause 20%
• Product 20%
• Significance 20%

INIS

• emission 100%
• weather 100%
• climates 100%
• carbon dioxide 80%
• climatic change 60%
• residences 40%
• trajectories 40%
• particles 40%
• altitude 40%
• atmospherics 40%
• north atlantic region 20%
• atmospheres 20%
• tropopause 20%
• four-dimensional calculations 20%
• optimization 20%
• methane 20%
• jet stream 20%
• insolation 20%
• atmospheric chemistry 20%
• mitigation 20%
• meteorology 20%
• aircraft 20%
• high pressure 20%
• gases 20%

Keyphrases

• Individual Emissions 33%
• High-pressure Apparatus 33%
• Typical Weather 33%