Transit of Venus, June 8, 2004, from Luxor, Egypt. A single image taekn during immersion just at 3rd contact showing brief blackdrop effect. Taken with a Sony DSC-V1 digital camera shooting afocally through a 40mm eyepiece and on a 90mm apochromatic refractor, equatorially mounted and driven. Shot thru a Baader solar filter, which gives a white Sun. Yellow coloration added in Photoshop.
Nov. 23, 2003 total solar eclipse over Antarctica on Qantas/Croydon Travel charter flight out of Melbourne, Australia. Sony DSC-V1 camera. 1/3 sec, f/2.8, 7mm lens, max wide-angle. ISO100. Tripod mounted. See EXIF data for more info. Softened background layer added to smooth background noise and dithering of digital camera. Moon disk darkened with dark circle.
A 180° panorama showing: - the Zodiacal Light (at right in the west) - the Milky Way (up from the centre, in the south, to the upper right) - the Zodiacal Band (faintly visible running across the frame at top) - the Gegenschein (a brightening of the Zodiacal Band at left of frame in the east in Leo) Along the Milky Way are dark lanes of interstellar dust, aprticularly in Taurus above and to the right of Orion. Red nebulas of glowing gas also lie along the Milky Way, such as Barnard’s Loop around Orion. The Zodiacal Light, Band and Gegenschein all lie along the ecliptic, as do Mars, Venus and Jupiter shown here. Orion is at centre, in the south, with Canis Major and the bright star Sirius below and to the left of Orion. Canopus is just setting on the southern horizon at centre. To the right of Orion is Taurus and the Pleiader star cluster at the top of the Zodiacal Light pyramid. Venus is the bright object in the Zodiacal Light at right, in the west, while fainter Mars is below Venus. At far right, in the northwest, is the Andromeda Galaxy, M31. Jupiter is the bright object at upper left, in the east, in the Zodiacal Band, and near the Beehive star cluster. The Zodiacal Light, Band and Gegenschein are caused by sunlight reflecting off cometary and meteoric dust in the inner solar system. The Gegenschein, or “counterglow,” can be seen with the naked eye but is a subtle and diffuse brightening of the sky in the spot opposite the Sun. It is caused by sunlight reflecting directly back from comet dust, with the effect greatest at the point opposite the Sun. Glows like the Zodiacal Light require reasonably dark skies, but the fainter Zodiacal Band and Gegenschein require very dark skies. Glows on the horizon are from distant SIlver City, Las Cruces and El Paso. The brighter sky at right is from the last vestiges of evening twilight. Some green and red airglow bands also permeate the sky. I shot this March 10, 2015 from the summit of Highway 15 through the Gila National Wilderness north of Silver City, in New Mexico, from an altitude of 7900 feet. The panorama takes in 180° of sky from the western (right) to the east (left) and from below the horizon to past the zenith point overhead. It is a stitch, with PTGui software, of 5 segments, each consisting of 2 stacked 3-minute exposures, at f/3.5 with the 15mm full-frame fish-eye lens, on the Canon 5D Mark II at ISO 1600. The camera was on the Sky-Watcher Star Adventurer tracker, so the stars are sharp but the ground is slightly blurred.
