One of the precursor projects for Tropical Weather Analytics’ Hurricane Hunter Satellites was the CyMISS (Tropical Cyclone intensity Measurements from the ISS) project which ran from 2014 to 2019. Funded by a series of grants from CASIS (Center for the Advancement of Science in Space) which manages the ISS US National Laboratory for NASA, CyMISS was performed by the science team at Visidyne (the corporate antecedent of Tropical Weather Analytics) for NASA’s Tropical Cyclone Experiment as part of NASA’s CEO (Crew Earth Observations) activities on the International Space Station. The goal of CyMISS was to acquire image sequences of intense tropical cyclones (TCs), such as hurricanes and typhoons, from the ISS using a specially designed photography protocol (see “The Cyclone Intensity Measurements from the ISS (CyMISS)”) to support the development of stereographic imaging techniques of these destructive storms. These techniques will allow the altitudes of the cloud tops near the eye of TCs to be precisely determined so that these TCs can be more accurately characterized compared to existing remote sensing methods (see “Using the Carnot Engine Model to Characterize Hurricanes from Orbit”)
During the course of this five-year project, the CyMISS project science team (which is now the core of the TWA science team) amassed a large collection of storm images that we wish to share. One of the TCs observed in support of CyMISS by the crew of ISS Expedition 49 was the powerful Pacific storm, Super Typhoon Meranti, observed on September 13, 2016.
A total of 288 photographs, like the example shown above, were acquired by the crew of Expedition 49 during a 4-minute, 48-second observation session which started at 02:22:00 GMT. At this time, Typhoon Meranti was approaching the Luzon Strait as it was heading towards Taiwan. It was rated as a Category 5 storm on the Saffir-Simpson scale with sustained winds of about 299 kph (186 mph) earning it “super typhoon” status. A synoptic 2D color view created from a subset of the ISS photographs taken that day is shown below. In order to create this mosaic, the individual photographs from the original image sequence were remapped to approximate an overhead view before the frames were stitched together into a synoptic view covering an area of approximately 1,200 by 1,000 kilometers. A high resolution version of this 2D mosaic with an image scale of ~1,000 meters/pixel can be viewed by clicking on the image below.
The close up anaglyphic 3D image (left eye red, right eye blue), shown below, was created using a pair of photographs of the 40-kilometer eye of Super Typhoon Meranti taken a few seconds apart around 02:24:50 GMT. Only the red channel of the original color images was used in order to cut through any atmospheric haze and maximize the visibility of the cloud features. These images were remapped to approximate an overhead view before being combined to create an anaglyphic 3D image. The resulting stereo view, which can be seen at full size with a scale of 100 meters/pixel by clicking on the image below, covers an area of 150 by 100 kilometers and shows much detail around the well-formed eye of the storm.
Related Reading
Drew LePage, “The Hurricane Hunter Satellites”, Drew Ex Machina, May 15, 2022 [Post]
Drew LePage, “Using the Carnot Engine Model to Characterize Hurricanes from Orbit”, TWA Blog, July 23, 2022 [Post]
Drew LePage, “Turn Up the Stereo”, TWA Blog, March 3, 2022 [Post]
Paul Joss, “The Cyclone Intensity Measurements from the ISS (CyMISS)”, Space Station Research Explorer [Page]
Somebody essentially help to make significantly articles I’d state. This is the first time I frequented your web page and up to now? I surprised with the research you made to make this actual post incredible. Fantastic job!