+ Bonus: the Ultimate Guide to Photographing the Milky Way
USA (Southwest)
USA (East Coast)
USA (PNW)
USA (Midwest)
USA (South)
UK
Canada
Northern Europe
Central Europe
Southern Europe
Australia
New Zealand
Patagonia
Southeast Asia
Central America & Caribbean
Equator
Indonesia
Mexico
Canary Islands
India
2022 MILKY WAY CALENDARS
+ Bonus: the Ultimate Guide to Photographing the Milky Way
Having a Milky Way Calendar makes life much easier when you are planning new images and trips.
We all know the importance of planning when you want to photograph the Milky Way. Our galaxy is visible for a certain period of time depending on the month, day, time of day, and latitude. Knowing when is the best time to see the Milky Way in your location is important, but there are more factors to consider.
To help you, we create these Milky Way viewing calendars every year where you can see, at a glance, the best days to photograph the Milky Way in your location.
Understanding how these 2022 Milky Way Calendars work is super simple. Below, I’ll show you which calendar is best for you and a few tips on how to use them.
2022 Milky Way Chart – Capture the Atlas
Which Milky Way viewing Calendar should I use?
We always create Milky Way calendars for 20 different regions on Earth, so it’s very likely that there’ll be a specific Calendar for your area:
UK Milky Way Calendar (Snowdonia)- Latitude 53ºN
Northern Europe Milky Way Calendar (Berlin) – Latitude 52ºN
Canada Milky Way Calendar (Banff)- Latitude 51ºN
Central Europe Milky Way Calendar (Dolomites) – Latitude 46ºN
PNW USA Milky Way Calendar (Oregon) – Latitude 45ºN
East Coast USA Milky Way Calendar (Pennsylvania) – Latitude 42ºN
Southern Europe Milky Way Calendar (Madrid) – Latitude 40ºN
Midwest USA Milky Way Calendar (Denver) – Latitude 39ºN
Southwest USA Milky Way Calendar (Death Valley) – Latitude 36ºN
Southern USA Milky Way Calendar (San Antonio) – Latitude 29ºN
Canary Islands Milky Way Calendar (Tenerife) – Latitude 28ºN
India Milky Way Calendar (Kolkata) – Latitude 23ºN
Mexico Milky Way Calendar (Toluca) – Latitude 20ºN
Southeast Asia Milky WayCalendar (Bangkok) – Latitude 14ºN
Central America & Caribbean Milky Way Calendar (San Jose) – Latitude 10ºN
Equator Milky Way Calendar (Bogota) – Latitude 4ºN
Indonesia Milky Way Calendar (Bali) – Latitude 5ºS
Australia Milky Way Calendar (Sydney) – Latitude 33ºS
New Zealand Milky Way Calendar (Milford Sound) – Latitude 44ºS
Patagonia Milky Way Calendar (“Torres del Paine”) – Latitude 50ºS
Besides, our Milky Way calendars are based on latitude, so even if there isn’t a calendar for your area, you can still use a calendar from the closest latitude. The data and best days to shoot the Milky Way will be the same; you just have to consider any possible time difference.
You can see the latitude in our list of Milky Way calendars as well as in the bottom-right corner of each calendar:
As an example, if you want to photograph the Milky Way in Cape Town, South Africa:
Search the region in our Milky Way calendar list. We don’t have a specific calendar for South Africa, but let’s check which calendar you could use for that area.
Use this site or do a quick search in Google to see the latitude at your location. In this case, we’ll check the latitude at Cape Town, South Africa:
If you live in a big country with regions at different latitudes, search for your specific location.
Now, we’ll look for the closest Milky Way chart in the list with a latitude of -33:
As you can see, Sydney is located at the closest latitude to Cape Town. Therefore, the Australia Milky Way calendar, which is based in Sydney, would be the most accurate for your location.
How to use the Milky Way Calendar?
Each 2022 Milky Way viewing Calendar shows the most relevant data you have to consider to see the Milky Way. From left to right, the columns will show you:
Date
Our Milky Way almanac takes as a reference every Saturday night of the year. Please note that, as a rule of thumb, the two days before and two days after each Saturday will be similar.
Ex. If Saturday, June 25th, 2022 is one of the best days to shoot the Milky Way, Thursday the 23rd, Friday the 24th, Sunday the 26th, and Monday the 27th will also be good days.
Moon
The moon is one of the key elements affecting Milky Way visibility. Here you’ll find:
Illumination: The percentage of moon brightness. We consider more than 30% as too bright to see the Milky Way.
Moonrise: The time the moon rises. When there’s “+1” by the hour it means that the moon is rising the following day (Sunday).
Moonset: The time the moon sets. The “+1” by the number means that the moon is setting the following day (Sunday).
Sun
Here you’ll find the sunset and sunrise time at that particular latitude. The Milky Way can only be visible in that timeframe.
Milky Way
The time the Milky Way is in the sky. In these columns, you’ll find the start and end time as well as the total number of hours.
Galactic Center Visibility
This is the most important column. It considers the time the Galactic Center is visible considering all the previous factors.
Here you’ll find the start and end time where you’ll be able to see and shoot the Milky Way in the sky, as well as the total number of hours.
The number of hours also determines the best days to shoot the Milky Way, which are marked in three different colors:
Dark Blue: Days where the Milky Way is not visible
Blue: Days where the Milky Way is only visible for a short time
Red: Best days to photograph the Milky Way
We only consider the “best days” to be those with 3+ hours of Milky Way visibility. Please note that some regions like Northern Europe, the UK, and Canada don’t have “best days” marked in red since the max. Milky Way visibility is below 1.5 hours.
Galactic Center Position
The last column of our 2022 Milky Way planner shows the Galactic Center elevation in the sky. Here you should consider the following:
Arch: Any degree of elevation from 0º up to 60º. In this range, you’ll be able to shoot the Milky Way arch in the sky.
Vertical: From 60º to 90º. In this range, you’ll be able to shoot the Milky Way as a diagonal or vertical band in the sky.
When you see a negative value like “Vertical (85º) – Vertical (-80º)”, it means that the Milky Way starts being visible at 85º, and it moves until it’s completely vertical at 90º, then moves until it disappears at 80º but on the other side of the sky.
Vertical Milky Way band at 90º
Other things to consider
After downloading your Milky Way astrophotography chart to plan your night photography sessions, I also recommend checking a few more things so you can capture the best possible images:
Light Pollution Map: Use a light pollution map like this to check the darkest locations near you or the area you’re visiting.
Cloud Coverage: Check the weather forecast to see the clouds, humidity, haze, and other conditions that affect the night-sky visibility. For this, you can use NOAA or an app like Windy.
Altitude: Use Google Earth to look for higher altitudes where you’ll enjoy a better view of the night sky.
Seasons: If you want to better understand how the Milky Way changes throughout the seasons check our article on when to see the Milky Way.
Places: To learn how to read light pollution maps, the Bortle scale, and how to find the best locations near you, check our article on where to see the Milky Way.
Settings: Follow our Milky Way photography guide to learn the best settings and techniques to shoot our galaxy.
I hope our 2022 Milky Way calendars help you plan your night photography sessions this year.
If you have any questions about which Milky Way planner you should download, how to use them, or you’d like to propose a Milky Way calendar for a new region or location, feel free to leave it in the comments!
Dan is a professional nature and landscape photographer, photography educator, and co-founder of Capture the Atlas. His base camp is in Philadelphia, USA, but he spends long periods of time exploring and photographing new locations around the world.
Apart from shooting the Milky Way, the Northern Lights, and any landscape that can stir powerful emotions, he enjoys leading photo tours to some of the most remote places on Earth.
Hello! We are traveling to visit Oak Island NC from Feb 8-16. I read that it’s a great place to view the Milky Way, along the beach or out on the pier. So I would want to use the Southwest USA (Death Valley) map since Oak Island is at 33 degrees N latitude. The Oak Island Pier is at 33.9 degrees north. My question is, the times shown are the same no matter where you are right? Oak Island is 3 hours ahead of Death Valley, CA, and the Galactic Center is visible for 10 minutes on Feb 12, from 5:01 AM to 5:11 AM, which will be my only chance to see it. (The Arch is 30 degrees, will it still be visible?). So I should still go out to the shore at 5 AM EST (time zones don’t matter)? With only a 10 minute window I don’t want to miss it. Also, is the small difference in latitude (33.9 vs 36) important for what time the galaxy is viewable?
Dan Zafra says:
Stephanie,
Our Milky Way Calendars are based on latitude, so even if you’re at a different time zone the times will be the same (just consider the Daylight saving time in those two days where the clocks are changed every year).
A difference of 3º in latitude is not significant; times may vary a couple of minutes but you won’t notice a big difference.
I’d like to see a calendar for N56 as it would cover Scotland.
Dan Zafra says:
Sally, That’s too far north to see the Milky Way core!
richard ashbee says:
I would like to see a calendar for Shetland at 60 degree north. I run Shetland Aurora Hunter (Facebook) with over 6800 member so i am sure it will be well used – thanks Richard
Dan Zafra says:
Richard,
We don’t have any calendars for that latitude since the Milky Way Core is barely visible at that latitude.
The most approximate chart that I recommend using from Shetland is the UK Milky Way Calendar 😉
Maybe a silly question. I noticed that for UK, the calendar shows about 16mins visibility of Milkyway on the 9th of October. But the night is completely dark. Why will it not be visible throughout the night?
Dan Zafra says:
Ratnavel,
October 9th is marked in blue in the calendar since there are just a few minutes of Milky Way visibility 😉
I have a move-shoot-move guider, D7100 with Tokina 11-16 F2.8. I’ve shot the Milkey Way using 1min@ISO400, 4min@ISO4200 @F2.8 11mm exposures, and had OK results. I usually shoot 20 or so and stack processed images with Sequator. So, is the higher ISO more important than the exposure time to get more data…or is it a better trade-off to reduce the noise at the lower ISO. I’m stuck on lower ISO being less sensitive…or is it reasonable that the lower ISO and longer exposure yields similar results?
The reason to ask, it seems my unprocessed images are a bit over exposed (even at 1mISO400). The histogram has two small peaks, all to the right.
ron
Dan Zafra says:
Ron, when you are tracking it’s completely normal to have a more exposed image with two defined bumps in the histogram; one towards the left and another towards the midtones. In untracked images, the histogram is usually a single bump starting from a curve pushed towards the left.
Make sure that you have pinpoint stars and that you are not overexposing areas in the Milky Way core (to check this, the zebra peaking is very useful).
I hope this helps and if you want to dive deeper into this I have very extensive tutorials on my Milky Way tracking course.
The map and the guide are really helpful. I am going to Mideast USA this weekend trying to see the milky way. It’s my first time and I really hope I can catch it. Thank you for your resources.
I’m a bit confused about how to read the galactic center position.
One of the calendars shows a date with “Arch (25º) – Vertical (90º)”
And another date has “Arch (45º) – Vertical (-75º)”
I am wondering if the former (90º) is visible in one direction of the sky, and the other (-75º) is visible in the other direction?
Dan Zafra says:
Nkkie,
Exactly, when you see a negative value it means that the Milky Way has reached the 90ª position and the band now it’s tilted towards the other direction in the sky 😉
Thanks for providing these calendars. Could I confirm, that the time zone doesn’t matter when reading these charts and it will always be as of local time? For example, if I take Oregon’s calendar which is in PST, and it says 23:37 PST as the time the galactic center becomes visible, and I’m located in Ontario in the EST time zone, that it will be 23:37 EST, and not 2:37 EST (23:37 PST)?
I would like to see a Milky Way calendar for Namibia.
I am going there in late June.
Dan Zafra says:
Hi Ken,
We’ll definitely try to create a Namibia Milky Way Calendar for 2022. In the meantime, you can download and use the Sydney Calendar since it’s the closest place in terms of latitude.
Best,
Dan
David says:
Hi Dan,
When will you release Milky Way calendar 2022? May you add Milky Way calendar for ASEAN countries?
Dan Zafra says:
David, It’ll be ready at the beginning of the New Year! I’ll send you a copy as soon as it’s available if you’re subscribed to our newsletter.
I have to admit, I’m a little confused about the angle. Is this how far above the horizon the center is? Is it the angle of the milky way in the sky? Overall though, thanks for these! It is a great help as I start on my night sky photos.
Dan Zafra says:
Hi Paul,
Yes, that column is related to the angle of the Milky Way over the horizon. That way, using our Milky Way Calendars you can plan when to shoot the Milky Way as an arch or as a diagonal/vertical band in the sky.
40 thoughts on “Milky Way Calendar 2022 – Best Milky Way viewing planner”
Hello! We are traveling to visit Oak Island NC from Feb 8-16. I read that it’s a great place to view the Milky Way, along the beach or out on the pier. So I would want to use the Southwest USA (Death Valley) map since Oak Island is at 33 degrees N latitude. The Oak Island Pier is at 33.9 degrees north. My question is, the times shown are the same no matter where you are right? Oak Island is 3 hours ahead of Death Valley, CA, and the Galactic Center is visible for 10 minutes on Feb 12, from 5:01 AM to 5:11 AM, which will be my only chance to see it. (The Arch is 30 degrees, will it still be visible?). So I should still go out to the shore at 5 AM EST (time zones don’t matter)? With only a 10 minute window I don’t want to miss it. Also, is the small difference in latitude (33.9 vs 36) important for what time the galaxy is viewable?
Stephanie,
Our Milky Way Calendars are based on latitude, so even if you’re at a different time zone the times will be the same (just consider the Daylight saving time in those two days where the clocks are changed every year).
A difference of 3º in latitude is not significant; times may vary a couple of minutes but you won’t notice a big difference.
Hope you have a successful Milky Way session!
Dan
I’d like to see a calendar for N56 as it would cover Scotland.
Sally, That’s too far north to see the Milky Way core!
I would like to see a calendar for Shetland at 60 degree north. I run Shetland Aurora Hunter (Facebook) with over 6800 member so i am sure it will be well used – thanks Richard
Richard,
We don’t have any calendars for that latitude since the Milky Way Core is barely visible at that latitude.
The most approximate chart that I recommend using from Shetland is the UK Milky Way Calendar 😉
Hello Dan, its mid October so I’m late for the season but when will there be a 2022 calendar?
Beginning of 2022 😉
Hi Dan,
Maybe a silly question. I noticed that for UK, the calendar shows about 16mins visibility of Milkyway on the 9th of October. But the night is completely dark. Why will it not be visible throughout the night?
Ratnavel,
October 9th is marked in blue in the calendar since there are just a few minutes of Milky Way visibility 😉
Hi Dan are you planning on creating 2022 calendars and if so when are they usually released
Always on the first Sunday of the new year 😉
So, how low can I go…
I have a move-shoot-move guider, D7100 with Tokina 11-16 F2.8. I’ve shot the Milkey Way using 1min@ISO400, 4min@ISO4200 @F2.8 11mm exposures, and had OK results. I usually shoot 20 or so and stack processed images with Sequator. So, is the higher ISO more important than the exposure time to get more data…or is it a better trade-off to reduce the noise at the lower ISO. I’m stuck on lower ISO being less sensitive…or is it reasonable that the lower ISO and longer exposure yields similar results?
The reason to ask, it seems my unprocessed images are a bit over exposed (even at 1mISO400). The histogram has two small peaks, all to the right.
ron
Ron, when you are tracking it’s completely normal to have a more exposed image with two defined bumps in the histogram; one towards the left and another towards the midtones. In untracked images, the histogram is usually a single bump starting from a curve pushed towards the left.
Make sure that you have pinpoint stars and that you are not overexposing areas in the Milky Way core (to check this, the zebra peaking is very useful).
I hope this helps and if you want to dive deeper into this I have very extensive tutorials on my Milky Way tracking course.
Happy shooting & clear skies!
Dan
Do you know when you will put together 2022? Trying to plan a trip to Utah in March and want to make sure I time things out right!
First Sunday of the new year! 😉
The map and the guide are really helpful. I am going to Mideast USA this weekend trying to see the milky way. It’s my first time and I really hope I can catch it. Thank you for your resources.
Thanks Mary! I’m happy to see that it helped you!
Good Day Dan!
Can you please advise which cities/towns are best to view Milky Way in July’2021 in Northern USA.
regards
T
Look into places away from light pollution. You can find more info about this on my Milky Way photography guide 😉
I’m a bit confused about how to read the galactic center position.
One of the calendars shows a date with “Arch (25º) – Vertical (90º)”
And another date has “Arch (45º) – Vertical (-75º)”
I am wondering if the former (90º) is visible in one direction of the sky, and the other (-75º) is visible in the other direction?
Nkkie,
Exactly, when you see a negative value it means that the Milky Way has reached the 90ª position and the band now it’s tilted towards the other direction in the sky 😉
Hi Dan,
Thanks for providing these calendars. Could I confirm, that the time zone doesn’t matter when reading these charts and it will always be as of local time? For example, if I take Oregon’s calendar which is in PST, and it says 23:37 PST as the time the galactic center becomes visible, and I’m located in Ontario in the EST time zone, that it will be 23:37 EST, and not 2:37 EST (23:37 PST)?
Thanks!
Julius
Julius,
All calendars are always based on local time! 😉
I would like to see a Milky Way calendar for Namibia.
I am going there in late June.
Hi Ken,
We’ll definitely try to create a Namibia Milky Way Calendar for 2022. In the meantime, you can download and use the Sydney Calendar since it’s the closest place in terms of latitude.
Best,
Dan
Hi Dan,
When will you release Milky Way calendar 2022? May you add Milky Way calendar for ASEAN countries?
David, It’ll be ready at the beginning of the New Year! I’ll send you a copy as soon as it’s available if you’re subscribed to our newsletter.
I have to admit, I’m a little confused about the angle. Is this how far above the horizon the center is? Is it the angle of the milky way in the sky? Overall though, thanks for these! It is a great help as I start on my night sky photos.
Hi Paul,
Yes, that column is related to the angle of the Milky Way over the horizon. That way, using our Milky Way Calendars you can plan when to shoot the Milky Way as an arch or as a diagonal/vertical band in the sky.
Hope our Milky Way charts help!
Dan
Sir I cannot download it. I would like the 2021 Southwest USA Milky Way Calendar please. It just leads to a 404 page after I input my email.
Hi George,
We had a technical issue on our site, you should be able to download your USA Milky Way Calendar now 😉
Happy shooting and clear skies!
Dan
This looks great, hoping to shoot it this season from mid-central Illinois, Tank You Dan.
With no specific mention otherwise, am I to assume the times shown (USA) both standard and daylight savings time as appropriate to the calendar?
Thanks Dan!
Yes, our Calendars are created considering the DST and other time changes in the local area that we take as a reference.
Hope this helps and clear skies!
Dan
Dan, you are a legend. Thanks for all these very helpful resources. I’m looking forward to shoot some good Milky Way photos around Sydney this year!
Thanks Anthony! Hope it helps to capture great images this season!
You have some very cool and dark locations not far from Sydney 😉
Happy shooting and clear skies!
Dan
That is sooooo useful!
Thanks a lot mates, this information, all well published and clear, worth a lot!
Regards from Girona (Spain)!
Thanks Albert! Hope it helps capture great images this Milky Way season!
Clear skies!
Dan
Legends ? thanks a lot for this super useful tool!
Thanks JL! Take some awesome Milky Way photos in Australia this season! 😉