Astronomy Photos

Astronomy Pictures

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Ursa Major - <small>Ursa Major over the Observatory &quot;Doghouse&quot;.  Photo by Charlie Johnson, October, 2003.</small>
Ursa Major
Ursa Major over the Observatory "Doghouse".  Photo by Charlie Johnson, October, 2003.
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Sunspots - <small>Two Jupiter Sized sunspots during the Solar Storms of October 2003, photo by Paul Below.</small>
Sunspots
Two Jupiter Sized sunspots during the Solar Storms of October 2003, photo by Paul Below.
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Solar Maximum, 2000 - <small>The largest sun spot of the 2000 Solar Maximum.  It appears that the peak of solar activity occured in late       2000.  Image taken at Battle Point Park during one of our regular Saturday Observatory Tours.</small>
Solar Maximum, 2000
The largest sun spot of the 2000 Solar Maximum.  It appears that the peak of solar activity occured in late 2000.  Image taken at Battle Point Park during one of our regular Saturday Observatory Tours.
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2000 Sunspot Group - Enlargement of the 2000 group
2000 Sunspot Group
Enlargement of the 2000 group
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Dumbbell Nebula - <p>Photo taken through BPAA's ST-8 camera,  through Dave Warman's C8 SCT, on July 10, 1999 during a Battle Point Park star party.  Image is 90 second exposure of M27, the Dumbbell Nebula.</p>          <p> M27 is about 1000 lightyears from us, and is about 2 lightyears in diameter.  M57 is probably a couple of thousand light years away and perhaps one lightyear in diameter.  Both are called &quot;planetary nebulaes&quot; even though they have nothing to do with planets.  The nebulaes are clouds of cold gas, mostly hydrogen and helium which is expanding away from a small hot central star. </p>
Dumbbell Nebula

Photo taken through BPAA's ST-8 camera, through Dave Warman's C8 SCT, on July 10, 1999 during a Battle Point Park star party. Image is 90 second exposure of M27, the Dumbbell Nebula.

M27 is about 1000 lightyears from us, and is about 2 lightyears in diameter. M57 is probably a couple of thousand light years away and perhaps one lightyear in diameter. Both are called "planetary nebulaes" even though they have nothing to do with planets. The nebulaes are clouds of cold gas, mostly hydrogen and helium which is expanding away from a small hot central star.


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Jupiter's Moons and its Bands - <small>This is a 0.3 secs initial image. Processing yielded either Jupiter's Moons or its bands, but not both. David generated two images, one with moons and one with bands, then transposed the banded Jupiter over to the mooned image to make this composite.</small>
Jupiter's Moons and its Bands
This is a 0.3 secs initial image. Processing yielded either Jupiter's Moons or its bands, but not both. David generated two images, one with moons and one with bands, then transposed the banded Jupiter over to the mooned image to make this composite.
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Star Trails - <p>Star Trails in the northern sky over the observatory.  Cassieopea is at upper left - by Jared Barnhill   .</p><hr />
Star Trails

Star Trails in the northern sky over the observatory. Cassieopea is at upper left - by Jared Barnhill .



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Jupiter - <small>Here is a single 0.3 secs exposure of Jupiter.</small>
Jupiter
Here is a single 0.3 secs exposure of Jupiter.
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Jupiter - <small>This image of Jupiter is 0.2 secs (R), 0.32 (G), and 0.36 (B) single filtered exposures combined into a single       color image.</small>
Jupiter
This image of Jupiter is 0.2 secs (R), 0.32 (G), and 0.36 (B) single filtered exposures combined into a single color image.
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Leonid Meteor Shower, 2001 - <small>Leonid Meteor Shower, 2001!  We experienced a peak rate of about one meteor per 5 seconds.  The       following image was taken by Terry Hubbert from Hurricane Ridge in Olympic National Park.  A Leonid meteor passes       through Orion's shoulders.</small>
Leonid Meteor Shower, 2001
Leonid Meteor Shower, 2001!  We experienced a peak rate of about one meteor per 5 seconds.  The following image was taken by Terry Hubbert from Hurricane Ridge in Olympic National Park.  A Leonid meteor passes through Orion's shoulders.
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Wild Duck Open Cluster - <small>Wild Duck Open Cluster (M11) </small>  <small>Photo taken by Dave Warman at Table Mountain Star Party       July 2002 with a ST-8 camera and a Celestron GP-C8, with an f6.3 reducer/flattener.</small>
Wild Duck Open Cluster
Wild Duck Open Cluster (M11)   Photo taken by Dave Warman at Table Mountain Star Party July 2002 with a ST-8 camera and a Celestron GP-C8, with an f6.3 reducer/flattener.
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M13 - <small>M13 taken during the 2000 Table Mountain Star Party, by Ray and Jared Barnhill.</small>
M13
M13 taken during the 2000 Table Mountain Star Party, by Ray and Jared Barnhill.
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M3 - A <small>30 second exposure of the globular cluster M3</small>.
M3
A 30 second exposure of the globular cluster M3.
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Whirlpool Galaxy - <small>Whirlpool Galaxy (M51)</small> <small>Photo taken by Dave Warman at Table Mountain Star Party July 2002 with       a ST-8 camera and a Celestron GP-C8, with an f6.3 reducer/flattener.</small>
Whirlpool Galaxy
Whirlpool Galaxy (M51) Photo taken by Dave Warman at Table Mountain Star Party July 2002 with a ST-8 camera and a Celestron GP-C8, with an f6.3 reducer/flattener.
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M57 - <small>Photo taken through BPAA's ST-8 camera,  through Dave Warman's C8 SCT, on July 10, 1999 during a Battle Point       Park star party.  Image on right is a 60 second exposure of  M57, the Ring Nebula</small>.
M57
Photo taken through BPAA's ST-8 camera,  through Dave Warman's C8 SCT, on July 10, 1999 during a Battle Point Park star party.  Image on right is a 60 second exposure of  M57, the Ring Nebula.
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First Images with BPAA's 27.5 inch reflector - #1 - <small>Here are the very first photos ever taken with BPAA's 27.5 inch reflector!  These were taken with a film camera through a 2x barlow which means the effective focal length was over 6800 mm, and were done partly as a test and partly for fun and partly to demonstrate that we can really see something through the scope!  Click on the images for a full size image and annotation about the craters in the pictures.</small>
First Images with BPAA's 27.5 inch reflector - #1
Here are the very first photos ever taken with BPAA's 27.5 inch reflector!  These were taken with a film camera through a 2x barlow which means the effective focal length was over 6800 mm, and were done partly as a test and partly for fun and partly to demonstrate that we can really see something through the scope!  Click on the images for a full size image and annotation about the craters in the pictures.
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First Images with BPAA's 27.5 inch reflector - #2 -
First Images with BPAA's 27.5 inch reflector - #2

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First Quarter Moon - <small>One of the first two photos taken through the Club's SBIG ST8 camera in April, 1999.  These were taken by       Dave Warman, using his C8 telescope.  The first two are the first quarter moon.</small>
First Quarter Moon
One of the first two photos taken through the Club's SBIG ST8 camera in April, 1999.  These were taken by Dave Warman, using his C8 telescope.  The first two are the first quarter moon.
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First Quarter Moon - <small>One of the first two photos taken through the Club's SBIG ST8 camera in April, 1999.  These were taken by       Dave Warman, using his C8 telescope.  The first two are the first quarter moon.</small>
First Quarter Moon
One of the first two photos taken through the Club's SBIG ST8 camera in April, 1999.  These were taken by Dave Warman, using his C8 telescope.  The first two are the first quarter moon.
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Partial Solar Eclipse - <small>Partial Solar Eclipse, June 10 2002!    This is a scan of a picture the Bremerton Sun         reporter took through Dave Warman's GP-C8 using his little point&amp;shoot digital camera hand-held to the         eyepiece.</small>
Partial Solar Eclipse
Partial Solar Eclipse, June 10 2002!    This is a scan of a picture the Bremerton Sun reporter took through Dave Warman's GP-C8 using his little point&shoot digital camera hand-held to the eyepiece.
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Saturn - <small>Saturn with a 1.0 secs(R), 1.6 (G), and 1.8 (B) composite of simgle monochromatic exposures into a color image. Very small, hence rather pixelated. Longer focal length or eyepiece projection would help here. No Cassini division visible, but there is some surface detail.</small>
Saturn
Saturn with a 1.0 secs(R), 1.6 (G), and 1.8 (B) composite of simgle monochromatic exposures into a color image. Very small, hence rather pixelated. Longer focal length or eyepiece projection would help here. No Cassini division visible, but there is some surface detail.
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Winter Solstice, 1999 - #1 - <small>These 3 images were taken at noon on winter solstice, December 21, 1999.  The sun shone, through       the solstice port in the observatory and onto the white board in the meeting room.  These images show the progression of       the event.</small>
Winter Solstice, 1999 - #1
These 3 images were taken at noon on winter solstice, December 21, 1999.  The sun shone, through the solstice port in the observatory and onto the white board in the meeting room.  These images show the progression of the event.
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Winter Solstice, 1999 - #2 -
Winter Solstice, 1999 - #2

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Winter Solstice, 1999 - #3 -
Winter Solstice, 1999 - #3

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Solar maximum - <small>Very active groups were observed in the late summer of 1998 as we started toward the solar maximum.  When       viewing the full image, note that sunspots viewed toward the limb of the sun reveal a variation in altitude that is not       visible when the spot is centrally located on the sun's disk (from the vantage point of earth).</small>
Solar maximum
Very active groups were observed in the late summer of 1998 as we started toward the solar maximum.  When viewing the full image, note that sunspots viewed toward the limb of the sun reveal a variation in altitude that is not visible when the spot is centrally located on the sun's disk (from the vantage point of earth).
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Largest Sunspot, 2001 - <small>The largest sunspot of 2001.  At its largest, this group was visible naked eye (through filter) and was the       largest in 12 years. Image taken from Winslow</small>
Largest Sunspot, 2001
The largest sunspot of 2001.  At its largest, this group was visible naked eye (through filter) and was the largest in 12 years. Image taken from Winslow
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Sun Captured Directly from the Video Feed - <font size="-1">This image is not so amazing for what it looks like, but rather for how it was captured. In an impromptu July 10, 1999 pre-star party activity, Dave and Jeanne Blain set up their 80mm short tube refractor on a video tripod, and attached Paul Below's sun filter to view sunspots. Dave Warman hooked up his BoardCCD camera (a 1/4&quot;, medium resolution, low light level video camera) and ran the live output to a TV monitor for everyone to view. The image was captured directly from the video feed. There are numerous faint black sun spots visible in both the northern and southern solar hemisphers, as we approach the solar 11 year maximum.</font>
Sun Captured Directly from the Video Feed
This image is not so amazing for what it looks like, but rather for how it was captured. In an impromptu July 10, 1999 pre-star party activity, Dave and Jeanne Blain set up their 80mm short tube refractor on a video tripod, and attached Paul Below's sun filter to view sunspots. Dave Warman hooked up his BoardCCD camera (a 1/4", medium resolution, low light level video camera) and ran the live output to a TV monitor for everyone to view. The image was captured directly from the video feed. There are numerous faint black sun spots visible in both the northern and southern solar hemisphers, as we approach the solar 11 year maximum.
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Swan Nebula - <small>Swan Nebula (M17 aka Omega Nebula) taken by Dave Warman at 2003 Table Mountain Star Party.</small>
Swan Nebula
Swan Nebula (M17 aka Omega Nebula) taken by Dave Warman at 2003 Table Mountain Star Party.
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