Rare double rainbow and cloud vortices over Guadalupe Island, Mexico

In 2012, a satellite captured a remarkable image of a unique optical phenomenon known as a glory, which appeared next to Guadalupe Island, located approximately 150 miles off the western coast of Mexico. This glory, characterized by its multicolored light display, is formed through backward diffraction of light off small water droplets in clouds, contrasting with the typical formation of rainbows. The glory was observed stretching over 300 miles, showcasing a stunning visual effect in the sky. Accompanying the glory were rare cloud formations known as Von Kármán vortices, which are created when airflow is disrupted by tall landmasses. In this instance, the volcanic mountain ridge on Guadalupe Island, rising over 4,200 feet, caused the formation of these swirling cloud structures. The vortices trailed off the island's southernmost point, adding to the spectacle. The satellite image revealed two parallel streaks of the glory, which are actually cross-sections of a single circular phenomenon. This unique perspective was due to the satellite's scanning method, which captured the glory in a way that made it appear as two distinct entities, with inverted colors in each streak. Both the glory and the vortices were visible due to the thick stratocumulus clouds covering the region, although their appearances were not directly related. This event highlights the fascinating interplay between atmospheric phenomena and geographical features, showcasing the beauty of nature as seen from space.