Sim Time: 00:00s
Atmospheric & Fire Parameters
Thermodynamic & PyroCb Diagnostics
In extreme wildfires, convective thermal plumes act like atmospheric engine chimneys. Rapid cooling triggers moisture condensation, yielding pyrocumulonimbus clouds capable of downburst outflows and secondary lightning ignitions.
| Active Mission Model | FIREX-AQ PyroCb Event |
|---|---|
| Peak Updraft Velocity | 0.0 m/s |
| Maximum Cloud Top Height | 0 ft (0 m) |
| Current Secondary Ignitions | 0 active spots |
NASA Airborne Research Context
NASA missions like FIREX-AQ study how volatile fire-driven weather systems loft smoke and aerosols into the stratosphere, altering regional wind vectors and sparking new fires kilometers away from the main fire front.
CANONICAL REGIME IDENTIFIER
REGIME: DRY THERMAL CONVECTION