SUMMARY
This discussion centers on the biological limitations of flying creatures, specifically regarding weight and atmospheric conditions. The user references a formula for determining the maximum weight of flying species, derived from a presentation available through MIT's OpenCourseWare. The conversation highlights that Texas Pterosaurs could weigh between 100 to 200 kg, while the Kori Bustard, the heaviest modern flying bird, weighs approximately 20 kg. The consensus is that current atmospheric conditions likely prevent the existence of heavier flying species.
PREREQUISITES
- Understanding of basic physics principles, particularly gravity and atmospheric pressure.
- Familiarity with biological adaptations of flying species.
- Knowledge of paleontology, specifically regarding Pterosaur anatomy and weight estimates.
- Access to scientific presentations and research methodologies.
NEXT STEPS
- Research the physics of flight in relation to gravity and atmospheric pressure.
- Explore the anatomy and weight limits of modern birds, focusing on species like the Kori Bustard.
- Investigate the evolutionary biology of Pterosaurs and their adaptations for flight.
- Review the MIT presentation on the physics of flight for detailed formulas and calculations.
USEFUL FOR
Biologists, paleontologists, physics enthusiasts, and anyone interested in the mechanics of flight and the evolutionary limits of flying creatures.