Sunspot Photos – License unique photos ❘ Image Professionals

This is a composite of the October 14,2023 annular solar eclipse with a sequence of six images showing the Moon advancing across a sunspot,the largest one visible on the Sun that day.

13999613 - This is a composite of the October 14,2023 annular solar eclipse with a sequence of six images showing the Moon advancing across a sunspot,the largest one visible on the Sun that day.

$The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, shot under clear skies through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/8000 (!) sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral “white light” image. The big sunspot on the Sun that day is just disappearing behind the Moon’s limb. The mylar filter gave a white Sun, its natural colour, but I have tinted the Sun’s disk yellow for a more pleasing view that is not just white Sun/black sky.$

13897388 - The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, shot under clear skies through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/8000 (!) sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral “white light” image. The big sunspot on the Sun that day is just disappearing behind the Moon’s limb. The mylar filter gave a white Sun, its natural colour, but I have tinted the Sun’s disk yellow for a more pleasing view that is not just white Sun/black sky.

This is the active Sun on July 9,2023,with numerous sunspot groups across the disk,including the very large region AR3363 at lower left that had just turned into view. At top is the pair of spots comprising AR3361,and at lower right another pair AR3366. Bright faculae are visible on the darker limbs of the Sun as well as the general fine granulation across the surface. North is approximately up here.

13999448 - This is the active Sun on July 9,2023,with numerous sunspot groups across the disk,including the very large region AR3363 at lower left that had just turned into view. At top is the pair of spots comprising AR3361,and at lower right another pair AR3366. Bright faculae are visible on the darker limbs of the Sun as well as the general fine granulation across the surface. North is approximately up here.

13762183 - Tulipa Sunspot

13762182 - Tulipa Sunspot

13744921 - Tulipa Sunspot

71451244 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

13744922 - Tulipa Sunspot

71451245 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

71451247 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

71451248 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

71451243 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

71451242 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

71451241 - Mountains, Lakes and trees from Sunspot Point in Glacier National Park

12178389 - Crocus vernus 'Remembrance' Striped Beauty, Chrysanthus 'Sunspot'

12178358 - Metal bowl with Crocus vernus 'Striped Beauty', C. chrysanthus 'Sunspot'

70435086 - USA, Utah, skier climbing around rocky cliff, holding onto a rope, High Sunspot, Alta Ski Resort

$The setting Sun descending into a fog bank looking due west,on the evening of the vernal equinox,March 20,2023. The fog dims and reddens the Sun,illustrating atmospheric absorption,and refraction as the solar disk is quite flattened. A couple of sunspots are just visible. The colour gradient is natural and comes from the blend of fog below and clearer twilight sky above.$

13998299 - The setting Sun descending into a fog bank looking due west,on the evening of the vernal equinox,March 20,2023. The fog dims and reddens the Sun,illustrating atmospheric absorption,and refraction as the solar disk is quite flattened. A couple of sunspots are just visible. The colour gradient is natural and comes from the blend of fog below and clearer twilight sky above.

A composite image of the May 9, 2016 transit of Mercury across the Sun, with Mercury at a perfect “inferior conjunction” between the Sun and Earth. Transits happen only rarely, about 13 per century. The next is November 11, 2019. Then in 2032.

13900217 - A composite image of the May 9, 2016 transit of Mercury across the Sun, with Mercury at a perfect “inferior conjunction” between the Sun and Earth. Transits happen only rarely, about 13 per century. The next is November 11, 2019. Then in 2032.