From orbit, the ISS captures the chaotic dance of multiple storms

Space · Published 17 October 2026 Swipe more like this →

In short: While most people experience weather from the ground up, astronauts see the full architecture of atmospheric chaos. On a single day in September 2011, the International Space Station crew documented three distinct storms simultaneously, capturing the raw energy of the planet's climate from a unique vantage point.

On September 2, 2011, the Expedition 28 crew utilized external cameras and personal photography to monitor three active weather systems. These included Tropical Storm Talas moving north-northwest over Japan with 65 mph winds, Hurricane Katia in the Atlantic with 70 mph winds, and Tropical Storm Lee meandering toward the Louisiana coast with winds of about 35 mph. These simultaneous observations highlight the vast scale of global meteorological activity. The crew recorded these events at specific times, including a 4:01 a.m. EDT sighting of Talas and a 12:50 p.m. EDT observation of Lee. These captures demonstrate the station's ability to monitor diverse geographical regions in a single orbital period.

Hurricane Katia provided a particularly dynamic case study for the crew. Captured as a burgeoning tropical storm on August 31, 2011, using a 12-mm focal length, the storm exhibited significant volatility. It fluctuated in intensity, dropping from hurricane status back down to a tropical storm before restrengthening to a Category 1 hurricane with winds of 75 mph. At the time of some observations, it was positioned approximately 705 miles east of the northern Leeward Islands. The imagery of Katia also featured two Russian spacecraft, a Progress and a Soyuz, docked at the orbital outpost. Furthermore, the storm was already showing a well-developed structure when the GOES-13 satellite passed over it on August 30, 2011.

The 2011 season was notable for its predicted activity, with forecasts expecting an above-average 14 to 19 named storms. By capturing these events from the International Space Station, researchers and astronauts gain a perspective on the planet's energy exchange. These orbital snapshots, often complemented by satellite data from instruments like GOES-13, allow for a comprehensive view of how storms gather energy and move across the globe. The 2011 season was expected to produce between seven and 10 hurricanes and three to five major hurricanes. These orbital views help contextualize the damage from previous events, such as Hurricane Irene, which had recently impacted the U.S. East Coast.

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