<p>While the majority of the celestial sky is visible on both hemispheres, you are not able to see Polaris on the south pole, since Polaris is pointing directly towards the north pole. I know that during winter time, you can definitely just see the plough/big dipper (part of the Ursa Major constellation) as far south as Uluru/Ayers Rock in Australia, but that is not enough to see the northern star. The northern star will generally speaking disappear below the horizon when you are at around the equator. There is no "southern star" to orient yourself on the southern hemisphere, but there are a number of rules of thumb to find the south celestial pole on the southern hemisphere as well, several of them involving the "southern cross", or the Crux constellation. </p>

CC BY-SA 3.0
2016-07-01T10:44:27.220Z
At the South pole no stars north of the celestial equator will be visible.
James Screech
CC BY-SA 3.0
2016-07-01T20:26:41.283Z
@JamesScreech At one time, but the Earth's 23.5 degree tilt allows views of 227 degrees of night sky over 12 months, 180 degrees at a time.  The earth's atmosphere also diffracts in another degree or two and if you climb a mountain, you get another degree or three that way, so you can probably see over 230 degrees of the night sky from the south pole at some point in the year.   Estimating by area, that's probably over 80% of the sky, but anything within about 70 something degrees are so from the North star would never be visible.  (unless I'm missing something)
userLTK
CC BY-SA 3.0
2016-07-01T21:01:50.863Z
@userLTK -- You're missing something. Axial tilt is not a factor over the course of a year. Over thousands course of hundreds of years, yes, but over a year it's very small. takes about 26000 years for the earth's rotation axis to complete a cycle. From the south pole you can see half the sky.
David Hammen
CC BY-SA 3.0
2016-07-01T21:44:46.343Z
@DavidHammen  You're right.  That makes sense now that you've pointed it out.
userLTK
CC BY-SA 3.0
2016-07-01T09:59:04.450Z
2016-07-01T09:59:04.450Z
nataliaeire
<p>At the South pole no stars north of the celestial equator will be visible.</p>

<p>The general equations of the declination limit at a given latitude:</p>

<p>declination limit = $latitude - 90$    (for the northern hemisphere, $latitude &gt; 0$)</p>

<p>declination limit = $90 + latitude$    (for the southern hemisphere, $latitude &lt; 0$)</p>

CC BY-SA 3.0
2016-07-01T10:52:54.613Z
2016-07-01T12:58:04.693Z
2016-07-01T12:58:04.693Z
James Screech
<p>Currently Polaris is at a declination of a bit over 89 degrees, which means that no one south of 1 degree south latitude can see Polaris. That's almost all of the Southern hemisphere, let alone the South Pole.</p>

<p>Polaris won't be the North Star forever, thanks to axial precession. In about 13000 years or so, Polaris will have a declination of about 46 degrees or so (twice the 23 degree axial tilt). Polaris will thus be visible in 13000 years or so as a wintertime star to all of Africa, all of Australia, and most of South America, but none of Antarctica.</p>

<p>After millions of years, proper motion may make Polaris visible over Antarctica. But then again, being a yellow supergiant, its unlikely that Polaris will be visible anywhere (without a telescope). It will instead be dead.</p>

CC BY-SA 4.0
2019-11-21T18:05:56.983Z
How can we explain this national geographic photograph?https://www.nationalgeographic.com/news/2010/12/101230-space-pictures-shuttle-moon-125/ It states tha Polaris is seen from Mount Kilimanjaro in Tanzania. Which is almost 3 degrees South.
cryptow
CC BY-SA 4.0
2019-11-21T18:26:23.250Z
@cryptow - Kilimanjaro rises about 5000 meters above the plateau from which the mountain arises, which means one can see above 2.3° below the horizon from the peak of Kilimanjaro
David Hammen
CC BY-SA 3.0
2016-07-01T19:21:01.597Z
2016-07-01T19:21:01.597Z
David Hammen
<p>I haven't been to south pole but can the Polaris still be viewed if the viewer is in the south pole? Or this question makes no sense at all?</p>

<amateur-observing><star-gazing>
Can you still see Polaris even if you are in the south pole?
JanLeeYu
# Can you still see Polaris even if you are in the south pole?

(Asked by: username_0 on 2016-07-01)

I haven't been to south pole but can the Polaris still be viewed if the viewer is in the south pole? Or this question makes no sense at all?

**Tags:** amateur-observing, star-gazing


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## 3 answers

### Answer by username_4 on 2016-07-01. Score: 13 | Accepted answer

Currently Polaris is at a declination of a bit over 89 degrees, which means that no one south of 1 degree south latitude can see Polaris. That's almost all of the Southern hemisphere, let alone the South Pole.

Polaris won't be the North Star forever, thanks to axial precession. In about 13000 years or so, Polaris will have a declination of about 46 degrees or so (twice the 23 degree axial tilt). Polaris will thus be visible in 13000 years or so as a wintertime star to all of Africa, all of Australia, and most of South America, but none of Antarctica.

After millions of years, proper motion may make Polaris visible over Antarctica. But then again, being a yellow supergiant, its unlikely that Polaris will be visible anywhere (without a telescope). It will instead be dead.

> **Comments:**
> **username_5**: How can we explain this national geographic photograph?https://www.nationalgeographic.com/news/2010/12/101230-space-pictures-shuttle-moon-125/ It states tha Polaris is seen from Mount Kilimanjaro in Tanzania. Which is almost 3 degrees South.  
> **username_4**: @username_5 - Kilimanjaro rises about 5000 meters above the plateau from which the mountain arises, which means one can see above 2.3° below the horizon from the peak of Kilimanjaro  

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### Answer by username_1 on 2016-07-01. Score: 9

While the majority of the celestial sky is visible on both hemispheres, you are not able to see Polaris on the south pole, since Polaris is pointing directly towards the north pole. I know that during winter time, you can definitely just see the plough/big dipper (part of the Ursa Major constellation) as far south as Uluru/Ayers Rock in Australia, but that is not enough to see the northern star. The northern star will generally speaking disappear below the horizon when you are at around the equator. There is no "southern star" to orient yourself on the southern hemisphere, but there are a number of rules of thumb to find the south celestial pole on the southern hemisphere as well, several of them involving the "southern cross", or the Crux constellation.

> **Comments:**
> **username_2**: At the South pole no stars north of the celestial equator will be visible.  
> **username_3**: @JamesScreech At one time, but the Earth's 23.5 degree tilt allows views of 227 degrees of night sky over 12 months, 180 degrees at a time.  The earth's atmosphere also diffracts in another degree or two and if you climb a mountain, you get another degree or three that way, so you can probably see over 230 degrees of the night sky from the south pole at some point in the year.   Estimating by area, that's probably over 80% of the sky, but anything within about 70 something degrees are so from the North star would never be visible.  (unless I'm missing something)  
> **username_4**: @username_3 -- You're missing something. Axial tilt is not a factor over the course of a year. Over thousands course of hundreds of years, yes, but over a year it's very small. takes about 26000 years for the earth's rotation axis to complete a cycle. From the south pole you can see half the sky.  
> **username_3**: @DavidHammen  You're right.  That makes sense now that you've pointed it out.  

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### Answer by username_2 on 2016-07-01. Score: 4

At the South pole no stars north of the celestial equator will be visible.

The general equations of the declination limit at a given latitude:

declination limit = $latitude - 90$ (for the northern hemisphere, $latitude > 0$)

declination limit = $90 + latitude$ (for the southern hemisphere, $latitude < 0$)


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