#nlastro — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #nlastro, aggregated by home.social.
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Nice to be back under a clear moonless night sky in a dark sky preserve last night. Thankfully we were also inside an area of minimal wildfire smoke (as confirmed by #Astrospheric smoke layer view).
All those stars making it more difficult to discern constellations. Andromeda and double cluster naked eye. Occasional meteor. An experience that never gets old!
#nlskies #nlastro #astrophotography
#ParksCanada #TerraNovaPark #DarkSkyPreserve -
Nice to be back under a clear moonless night sky in a dark sky preserve last night. Thankfully we were also inside an area of minimal wildfire smoke (as confirmed by #Astrospheric smoke layer view).
All those stars making it more difficult to discern constellations. Andromeda and double cluster naked eye. Occasional meteor. An experience that never gets old!
#nlskies #nlastro #astrophotography
#ParksCanada #TerraNovaPark #DarkSkyPreserve -
Nice to be back under a clear moonless night sky in a dark sky preserve last night. Thankfully we were also inside an area of minimal wildfire smoke (as confirmed by #Astrospheric smoke layer view).
All those stars making it more difficult to discern constellations. Andromeda and double cluster naked eye. Occasional meteor. An experience that never gets old!
#nlskies #nlastro #astrophotography
#ParksCanada #TerraNovaPark #DarkSkyPreserve -
Nice to be back under a clear moonless night sky in a dark sky preserve last night. Thankfully we were also inside an area of minimal wildfire smoke (as confirmed by #Astrospheric smoke layer view).
All those stars making it more difficult to discern constellations. Andromeda and double cluster naked eye. Occasional meteor. An experience that never gets old!
#nlskies #nlastro #astrophotography
#ParksCanada #TerraNovaPark #DarkSkyPreserve -
Nice to be back under a clear moonless night sky in a dark sky preserve last night. Thankfully we were also inside an area of minimal wildfire smoke (as confirmed by #Astrospheric smoke layer view).
All those stars making it more difficult to discern constellations. Andromeda and double cluster naked eye. Occasional meteor. An experience that never gets old!
#nlskies #nlastro #astrophotography
#ParksCanada #TerraNovaPark #DarkSkyPreserve -
Messier 5, located in constellation Serpens, often does not get the attention of its more popular #GlobularCluster siblings such as M13. However it is a fine example (>100,000 stars! 🤩).
6" refractor w/mono CMOS camera. About ~70min each in R, G & B. Captured over 4 nights in late March and early April (as weather and equipment permitted).
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Messier 5, located in constellation Serpens, often does not get the attention of its more popular #GlobularCluster siblings such as M13. However it is a fine example (>100,000 stars! 🤩).
6" refractor w/mono CMOS camera. About ~70min each in R, G & B. Captured over 4 nights in late March and early April (as weather and equipment permitted).
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Messier 5, located in constellation Serpens, often does not get the attention of its more popular #GlobularCluster siblings such as M13. However it is a fine example (>100,000 stars! 🤩).
6" refractor w/mono CMOS camera. About ~70min each in R, G & B. Captured over 4 nights in late March and early April (as weather and equipment permitted).
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Messier 5, located in constellation Serpens, often does not get the attention of its more popular #GlobularCluster siblings such as M13. However it is a fine example (>100,000 stars! 🤩).
6" refractor w/mono CMOS camera. About ~70min each in R, G & B. Captured over 4 nights in late March and early April (as weather and equipment permitted).
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Messier 5, located in constellation Serpens, often does not get the attention of its more popular #GlobularCluster siblings such as M13. However it is a fine example (>100,000 stars! 🤩).
6" refractor w/mono CMOS camera. About ~70min each in R, G & B. Captured over 4 nights in late March and early April (as weather and equipment permitted).
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I think this is the last of my 2025 unprocessed data series. Data captured July & Aug of 2025
I have unprocessed 2025 data for other targets. But I hope to capture more on those this spring, before processing.
vdB130: area of Hydrogen nebulosity in Cygnus constellation, near Crescent nebula. It includes pretty orange & blue stars.
6" refractor w/mono CMOS camera. About ~20min each in R, G & B. Target really deserves more exposure time.
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I think this is the last of my 2025 unprocessed data series. Data captured July & Aug of 2025
I have unprocessed 2025 data for other targets. But I hope to capture more on those this spring, before processing.
vdB130: area of Hydrogen nebulosity in Cygnus constellation, near Crescent nebula. It includes pretty orange & blue stars.
6" refractor w/mono CMOS camera. About ~20min each in R, G & B. Target really deserves more exposure time.
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I think this is the last of my 2025 unprocessed data series. Data captured July & Aug of 2025
I have unprocessed 2025 data for other targets. But I hope to capture more on those this spring, before processing.
vdB130: area of Hydrogen nebulosity in Cygnus constellation, near Crescent nebula. It includes pretty orange & blue stars.
6" refractor w/mono CMOS camera. About ~20min each in R, G & B. Target really deserves more exposure time.
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I think this is the last of my 2025 unprocessed data series. Data captured July & Aug of 2025
I have unprocessed 2025 data for other targets. But I hope to capture more on those this spring, before processing.
vdB130: area of Hydrogen nebulosity in Cygnus constellation, near Crescent nebula. It includes pretty orange & blue stars.
6" refractor w/mono CMOS camera. About ~20min each in R, G & B. Target really deserves more exposure time.
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I think this is the last of my 2025 unprocessed data series. Data captured July & Aug of 2025
I have unprocessed 2025 data for other targets. But I hope to capture more on those this spring, before processing.
vdB130: area of Hydrogen nebulosity in Cygnus constellation, near Crescent nebula. It includes pretty orange & blue stars.
6" refractor w/mono CMOS camera. About ~20min each in R, G & B. Target really deserves more exposure time.
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Another from last year's "Galaxy Season". Image data captured over 3 nights in February and March of 2025.
NGC4535 is a pretty spiral galaxy. Being located in the Virgo constellation there are unsurprisingly many other small galaxy smudges - as shown in the labelled wider field view.
6" refractor with a mono CMOS camera. Approx 1 hour each of red, green and blue combined into a single colour image.
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Another from last year's "Galaxy Season". Image data captured over 3 nights in February and March of 2025.
NGC4535 is a pretty spiral galaxy. Being located in the Virgo constellation there are unsurprisingly many other small galaxy smudges - as shown in the labelled wider field view.
6" refractor with a mono CMOS camera. Approx 1 hour each of red, green and blue combined into a single colour image.
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Another from last year's "Galaxy Season". Image data captured over 3 nights in February and March of 2025.
NGC4535 is a pretty spiral galaxy. Being located in the Virgo constellation there are unsurprisingly many other small galaxy smudges - as shown in the labelled wider field view.
6" refractor with a mono CMOS camera. Approx 1 hour each of red, green and blue combined into a single colour image.
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Another from last year's "Galaxy Season". Image data captured over 3 nights in February and March of 2025.
NGC4535 is a pretty spiral galaxy. Being located in the Virgo constellation there are unsurprisingly many other small galaxy smudges - as shown in the labelled wider field view.
6" refractor with a mono CMOS camera. Approx 1 hour each of red, green and blue combined into a single colour image.
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Another from last year's "Galaxy Season". Image data captured over 3 nights in February and March of 2025.
NGC4535 is a pretty spiral galaxy. Being located in the Virgo constellation there are unsurprisingly many other small galaxy smudges - as shown in the labelled wider field view.
6" refractor with a mono CMOS camera. Approx 1 hour each of red, green and blue combined into a single colour image.
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Close to catching up on unprocessed images from last year. This globular cluster image data was captured June and July of 2025.
Located in constellation Hercules. It was first noticed by William Herschel in 1787. It is one of about 150 GCs in our Milky Way galaxy.
I've included an annotated version to show all the "faint fuzzies" labelled as PGCs. Mostly very distant galaxies.
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Close to catching up on unprocessed images from last year. This globular cluster image data was captured June and July of 2025.
Located in constellation Hercules. It was first noticed by William Herschel in 1787. It is one of about 150 GCs in our Milky Way galaxy.
I've included an annotated version to show all the "faint fuzzies" labelled as PGCs. Mostly very distant galaxies.
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Close to catching up on unprocessed images from last year. This globular cluster image data was captured June and July of 2025.
Located in constellation Hercules. It was first noticed by William Herschel in 1787. It is one of about 150 GCs in our Milky Way galaxy.
I've included an annotated version to show all the "faint fuzzies" labelled as PGCs. Mostly very distant galaxies.
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Close to catching up on unprocessed images from last year. This globular cluster image data was captured June and July of 2025.
Located in constellation Hercules. It was first noticed by William Herschel in 1787. It is one of about 150 GCs in our Milky Way galaxy.
I've included an annotated version to show all the "faint fuzzies" labelled as PGCs. Mostly very distant galaxies.
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Close to catching up on unprocessed images from last year. This globular cluster image data was captured June and July of 2025.
Located in constellation Hercules. It was first noticed by William Herschel in 1787. It is one of about 150 GCs in our Milky Way galaxy.
I've included an annotated version to show all the "faint fuzzies" labelled as PGCs. Mostly very distant galaxies.
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Continuing my journey to process images from data captured a year ago. This data captured late 2024 and January 2025.
In the upper right corner of the widefield view is #GlobularCluster NGC2419 (#Caldwell 25) - the "Intergalactic Wanderer". So called because it is well outside the Milky Way - it was perhaps yeeted out!
In the lower left corner is a small galaxy PGC21517. Surprised it does not have an NGC/IC designation (that I can find).
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Continuing my journey to process images from data captured a year ago. This data captured late 2024 and January 2025.
In the upper right corner of the widefield view is #GlobularCluster NGC2419 (#Caldwell 25) - the "Intergalactic Wanderer". So called because it is well outside the Milky Way - it was perhaps yeeted out!
In the lower left corner is a small galaxy PGC21517. Surprised it does not have an NGC/IC designation (that I can find).
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Continuing my journey to process images from data captured a year ago. This data captured late 2024 and January 2025.
In the upper right corner of the widefield view is #GlobularCluster NGC2419 (#Caldwell 25) - the "Intergalactic Wanderer". So called because it is well outside the Milky Way - it was perhaps yeeted out!
In the lower left corner is a small galaxy PGC21517. Surprised it does not have an NGC/IC designation (that I can find).
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Continuing my journey to process images from data captured a year ago. This data captured late 2024 and January 2025.
In the upper right corner of the widefield view is #GlobularCluster NGC2419 (#Caldwell 25) - the "Intergalactic Wanderer". So called because it is well outside the Milky Way - it was perhaps yeeted out!
In the lower left corner is a small galaxy PGC21517. Surprised it does not have an NGC/IC designation (that I can find).
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Continuing my journey to process images from data captured a year ago. This data captured late 2024 and January 2025.
In the upper right corner of the widefield view is #GlobularCluster NGC2419 (#Caldwell 25) - the "Intergalactic Wanderer". So called because it is well outside the Milky Way - it was perhaps yeeted out!
In the lower left corner is a small galaxy PGC21517. Surprised it does not have an NGC/IC designation (that I can find).
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Yet another image processed from a year ago. Data captured late 2024 and early 2025.
Known as the Fossil Footprint Nebula - NGC 1491. Located in constellation Perseus.
6" refractor with a mono CMOS camera. About ~2hr each in Ha, [OIII] and [SII]. Mapped to RGB in "SHO" palette (R=[SII] etc).
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Yet another image processed from a year ago. Data captured late 2024 and early 2025.
Known as the Fossil Footprint Nebula - NGC 1491. Located in constellation Perseus.
6" refractor with a mono CMOS camera. About ~2hr each in Ha, [OIII] and [SII]. Mapped to RGB in "SHO" palette (R=[SII] etc).
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Yet another image processed from a year ago. Data captured late 2024 and early 2025.
Known as the Fossil Footprint Nebula - NGC 1491. Located in constellation Perseus.
6" refractor with a mono CMOS camera. About ~2hr each in Ha, [OIII] and [SII]. Mapped to RGB in "SHO" palette (R=[SII] etc).
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Yet another image processed from a year ago. Data captured late 2024 and early 2025.
Known as the Fossil Footprint Nebula - NGC 1491. Located in constellation Perseus.
6" refractor with a mono CMOS camera. About ~2hr each in Ha, [OIII] and [SII]. Mapped to RGB in "SHO" palette (R=[SII] etc).
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Yet another image processed from a year ago. Data captured late 2024 and early 2025.
Known as the Fossil Footprint Nebula - NGC 1491. Located in constellation Perseus.
6" refractor with a mono CMOS camera. About ~2hr each in Ha, [OIII] and [SII]. Mapped to RGB in "SHO" palette (R=[SII] etc).
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Another result finally processed from data captured around this time last year.
A group of galaxies in Leo with a nice mixture of galaxy shapes - elliptical, face-on spiral (arms appear more like an outer ring), edge-on spiral and a barred spiral. Details in ALT text description.
6" refractor with a mono CMOS camera. About 30min each in R, G and B.
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Another result finally processed from data captured around this time last year.
A group of galaxies in Leo with a nice mixture of galaxy shapes - elliptical, face-on spiral (arms appear more like an outer ring), edge-on spiral and a barred spiral. Details in ALT text description.
6" refractor with a mono CMOS camera. About 30min each in R, G and B.
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Another result finally processed from data captured around this time last year.
A group of galaxies in Leo with a nice mixture of galaxy shapes - elliptical, face-on spiral (arms appear more like an outer ring), edge-on spiral and a barred spiral. Details in ALT text description.
6" refractor with a mono CMOS camera. About 30min each in R, G and B.
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Another result finally processed from data captured around this time last year.
A group of galaxies in Leo with a nice mixture of galaxy shapes - elliptical, face-on spiral (arms appear more like an outer ring), edge-on spiral and a barred spiral. Details in ALT text description.
6" refractor with a mono CMOS camera. About 30min each in R, G and B.
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Another result finally processed from data captured around this time last year.
A group of galaxies in Leo with a nice mixture of galaxy shapes - elliptical, face-on spiral (arms appear more like an outer ring), edge-on spiral and a barred spiral. Details in ALT text description.
6" refractor with a mono CMOS camera. About 30min each in R, G and B.
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Another one finally processed from data collected last Spring.
Two very different looking globular clusters: M53 on the left and NGC5053 on the right. In Coma Berenices. They just barely fit in the frame.
6" refractor with a mono CMOS camera. About 2hr each in R, G and B.
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Another one finally processed from data collected last Spring.
Two very different looking globular clusters: M53 on the left and NGC5053 on the right. In Coma Berenices. They just barely fit in the frame.
6" refractor with a mono CMOS camera. About 2hr each in R, G and B.
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Another one finally processed from data collected last Spring.
Two very different looking globular clusters: M53 on the left and NGC5053 on the right. In Coma Berenices. They just barely fit in the frame.
6" refractor with a mono CMOS camera. About 2hr each in R, G and B.
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Another one finally processed from data collected last Spring.
Two very different looking globular clusters: M53 on the left and NGC5053 on the right. In Coma Berenices. They just barely fit in the frame.
6" refractor with a mono CMOS camera. About 2hr each in R, G and B.
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Another one finally processed from data collected last Spring.
Two very different looking globular clusters: M53 on the left and NGC5053 on the right. In Coma Berenices. They just barely fit in the frame.
6" refractor with a mono CMOS camera. About 2hr each in R, G and B.
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Obsy has been offline for months due to a dead camera, which I just got back from repairs. But will be a little longer before it's back in action ☹️ (~150cm snow in 6 days - more snow on the way tonight).
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Obsy has been offline for months due to a dead camera, which I just got back from repairs. But will be a little longer before it's back in action ☹️ (~150cm snow in 6 days - more snow on the way tonight).
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Obsy has been offline for months due to a dead camera, which I just got back from repairs. But will be a little longer before it's back in action ☹️ (~150cm snow in 6 days - more snow on the way tonight).
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Obsy has been offline for months due to a dead camera, which I just got back from repairs. But will be a little longer before it's back in action ☹️ (~150cm snow in 6 days - more snow on the way tonight).
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Obsy has been offline for months due to a dead camera, which I just got back from repairs. But will be a little longer before it's back in action ☹️ (~150cm snow in 6 days - more snow on the way tonight).