The Eclipse City Page provides a preview of the next solar eclipse, lunar eclipse, or planet transit in a location of your choice. It includes animations, maps, and local start and end times.
The page defaults to the next eclipse or transit visible in the selected location. However, you can find location-specific information about any eclipse or transit from 1900 to 2199 by clicking on it in the table at the bottom of the page. If the eclipse you select is or was not visible in that location, the page provides a list of future eclipses visible from there.
Jump to Frequently Asked Questions (FAQ)
At the Top of the Page
The Sun or Moon illustration near the top of the page indicates what the eclipse will look or looked like at its peak, the moment it reaches the greatest magnitude, in the selected location. The local date and time of that moment are displayed above the illustration.
Global Event and Local Type
Eclipses look different depending on your location. For example, a total solar eclipse appears as a partial solar eclipse if you are outside the narrow band of the central portion of the Moon's shadow, the umbra.
Global Event shows this particular eclipse's maximum point anywhere on Earth. Which type of eclipse it is/was in your selected location, is shown next to Local Type in the row below.
If you want to see what any eclipse is/was like at the maximum point, go to the eclipse's main page via the large blue link just above the main animation.
Begins, Maximum, and Ends
The local start and end times of the eclipse are displayed near the top of the page. Rise and set times are taken into account. For example, if the Sun rises during the eclipse, the start time displayed here refers to the time of sunrise in the selected location.
Maximum or Max refers to the moment when the eclipse reaches its peak in the selected location. For planet transits, Midpoint is displayed instead. All times are local.
The Duration field shows the time span between the beginning and end of the eclipse in the selected location. This value is rounded, so it may differ by 1 minute from the mathematical difference between the start and end times displayed above it.
Only displayed for total solar eclipses, the Totality field shows how long the Sun appears completely obscured in the location.
For annular solar eclipses, Annularity shows how long the ring of fire is visible, when the Moon is positioned centrally in front of the Sun and the rim of the Sun's disk is visible around it.
The Magnitude is a number showing the size of the eclipse. For solar eclipses, it indicates how much of the Sun's disk is obscured by the Moon, as seen from the selected location; in the case of lunar eclipses, it shows how large a portion of the Moon's visible surface is enveloped by the Earth's shadow. Read more about eclipse magnitudes here.
World map showing eclipse visibility
The map near the top shows where the eclipse is visible. A pin shows the selected location. Click on the map for more information about its visibility.
City Search and Tabs
Use the navigation tabs just below the area at the top of the page to access sub-sections of the City Page dedicated to specific topics. The search field allows you to switch to a different city.
City search field
Use the search field to open the Eclipse City Page for a different location. The search supports ZIP/postal codes for several countries, including the United States and Canada.
You can also enter geographic coordinates (longitude and latitude) to find the same information for any place on Earth.
Problems? See “The city search lists several places with the same name. Which is the one I'm looking for?” in the FAQ: Troubleshooting section below.
Weather, Time Zone, DST, and Sun & Moon tabs
Flick through the tabs next to the search field to access the Main City Page (Time/General tab) or other sub-pages dedicated to specific topics, such as Weather, Time Zone, and DST Changes in the city.
Eclipse Animation and Details
The animation gives an indication of what the eclipse will look or looked like in the selected location. It takes into account the actual eclipse visibility in the selected location, so it remains blank/black when the Sun or Moon is below the horizon.
The local time is shown in the top-right corner of the animation. To find out about the time zone used in the location, click on the time zone abbreviation next to the time display.
- Click on the play button to start the animation and use the progress bar to fast forward or rewind.
- To show or hide the perimeter of the Earth's shadows for lunar eclipses and the outline of the Sun and Moon for solar eclipses, click on the symbol showing two circles on the right of the progress bar.
- To see the animation in full-screen mode, click the rectangle in the bottom-right corner of the animation.
Problems? See “Why is the animation completely blank/black?” in the FAQ: Troubleshooting section below.
Time, Phase, Direction, and Altitude
The table below the animation shows information for the most important stages of the eclipse, as seen from the selected location. Like the animation, this takes into account the local times for sunrise/sunset and moonrise/moonset.
It includes the local times and the direction and altitude of the Sun or Moon for each stage of the eclipse. It also provides an indication of what each phase looks like.
Past and Future Eclipses
The table at the bottom lists all eclipses visible in the selected location in the years 1900-2199. Use the drop-down in the top-right corner of the table to select a different time span. Click on the links in the table for more information about each eclipse.
For a full list of all eclipses worldwide, please go here.
Why is the animation completely blank/black?
The animation takes into account the visibility of the eclipse in the selected location. For portions of the eclipse when the Sun or Moon is below the horizon, the animation just shows a representation of an empty sky. Use the progress bar at the bottom of the animation to jump to a point in time when the eclipse is visible.
The lunar eclipse is supposed to have started but I don't see any shadow on the Moon. Is the start time wrong?
The start time we display for lunar eclipses refers to the moment when the Earth's penumbra starts to move across the lunar surface. The penumbra is a much lighter shadow than the umbra, so it may be difficult to spot. That's why penumbral lunar eclipses are sometimes difficult to distinguish from a normal Full Moon.
If the eclipse you are witnessing is a total or partial lunar eclipse, just wait a little longer until the Earth's umbra falls on the Moon. To find out when that will occur, click on Expand for more details on eclipse events and times.
Why can't I see live footage of the eclipse?
Once an eclipse is underway, the animation switches to a real-time representation of what it looks like in the location, assuming the skies are clear. In that case, LIVE at the bottom of the animation and the dot next to it turn red to indicate real-time mode.
The animation does not show live imagery but tracks the progress of the eclipse in real-time. However, we offer a live stream, including footage, commentary, and background information, for some eclipses in our LIVE Event Center.
Why doesn't the eclipse duration reflect the start and end times?
Both the duration and the start and end times of the eclipse displayed at the top of the page are rounded to the nearest minute. This can result in a discrepancy of up to 1 minute between the duration value on the one hand and the difference between start and end time on the other.
Why isn't my town included?
Our database of locations includes thousands of cities worldwide, and we now offer an additional 6 million places via the GeoNames database. If you still don't find your town, please let us know, and we will consider adding it.
The eclipse times have the wrong format. How do I change between the 24-hour and AM/PM clock?
We support both 24-hour and 12-hour (am/pm) clock formats. To change the format, please go to My Units and make a selection in the Time Format drop-down.
FAQ: General Info & Instructions
How do I find global information about this eclipse?
The Eclipse City Pages provide information about an eclipse in the selected location. To find more general information about the same eclipse on a global scale, click on the world map near the top of the page.
What do direction and altitude mean?
How do eclipses work?
Can I use ZIP or other postal codes to search for a city?
Yes, our city search engine supports ZIP and postal codes for the United States (5-digit zip codes only), Canada (first 3 letters/digits only), Germany, Austria, Switzerland, and Norway.
Do you offer this information for any place on Earth?
Yes, you can look up any location by entering geographic coordinates (longitude and latitude) into the search field.
Please use one of the following formats:
- Degrees and minutes, e.g., 40.42N 73.59W
- Decimal format, e.g., 40.71 -73.98
The city search lists several places with the same name. Which is the one I'm looking for?
When you type the location into the search field and it suggests several places by the same name, first have a look at the country flag and the description in parentheses to identify the city you are looking for. If it is still unclear, click on one of the locations and check the geographical position on the map or click on the Time/General tab and check the longitude/latitude information shown near the top of the page.
Are the directions based on true north or magnetic north?
All directions displayed on the Eclipse City Page and in any other service on timeanddate.com are based on true north, unless otherwise stated.
How does your algorithm work? Can you help me program my own?
We are a small team with a very extensive website to manage, so unfortunately, we do not have the capacity to share detailed information about our algorithms or provide programming help.
Where can I find more information about the site and its services?
The General FAQ Page answers your questions about timeanddate.com, our services, site-wide settings and customization options, as well as advertising and copyright policies.