Severe Weather

Learn how do heatwaves form through high-pressure systems, blocking patterns, and adiabatic warming to create extreme temperature events. Discover

Learn how do dust storms form through pressure gradients, saltation, and convective downdrafts that lift fine particles into the atmosphere. Find out

How do fire tornadoes form through extreme wildfire heat, wind shear, and atmospheric instability? Explore the science behind these violent vortices and

Learn how do ice storms form when supercooled water droplets strike frozen surfaces during a thermal inversion. Explore the science of freezing rain and

Learn how do haboobs form when thunderstorm microbursts generate cold pool outflows that lift dry sand into massive, rolling walls of dust. Read

Explore the impact and meteorological causes of the 1947 Sydney hailstorm. Learn about the record ice stones and structural damage across NSW. Discover

How do avalanches form when snow layers fail under stress? Explore the mechanics of slab failure and mountain weather triggers to stay safe. Discover

Explore the science behind this rare plasma fireball. Learn how does ball lightning form through silicon vapor oxidation and electrical discharge. Discover

Learn how does cloud-to-cloud lightning form via charge separation and electrical discharge within storm cells. Discover the atmospheric science to Learn.

How does cloud-to-ground lightning form? Explore the physics of stepped leaders, return strokes, and charge separation in storm clouds. Learn

How do blizzards form through cyclogenesis and pressure gradients? Study the specific wind and visibility criteria that define these winter storms.

Learn how do low-pressure systems form through surface convergence and upper-level divergence to drive cloud and rain. Follow this guide to Discover