The sky today: a 2026 eclipse and a snapshot of the space station

What “today” means in this guide

Knowing what is in the sky on a particular day requires more than an astronomical event: a reference date is needed, and visibility reports also require an observing location. The available sources do not specify when this guide was published or where the reader is. It is therefore not possible to present an event as visible “today” everywhere or to provide a complete list of the day’s events.

The clearest reference to a celestial event is an entry on NASA’s APOD page, titled “2026 August 14 – Total Solar Eclipse from Greenland”. Its title places a total solar eclipse on August 14, 2026, and links it to Greenland. The description says that people beneath the Moon’s shadow with clear skies could witness it. This is a dated forecast, not confirmation that the eclipse is happening today.

The total solar eclipse listed for Greenland

In a solar eclipse, the Moon passes in front of the Sun from an observer’s perspective on Earth; during totality, the lunar shadow covers the Sun for observers in the relevant zone. That explains the term “total solar eclipse,” but the supplied information does not detail the shadow’s path, timings, duration, or the specific places from which it might be seen. The page title mentions Greenland, but that alone is not enough to determine which communities would have visibility or under what conditions.

The entry is hosted on NASA’s APOD site and is dated August 14, 2026. Its attribution and scope should be kept clear: the reference lists the event, but the available material does not include enough data to verify all observing details here. It also does not specify when the information was published within this selection. The eclipse date should therefore not be confused with this article’s publication date or with “today” for the reader.

The International Space Station: a timed position, not a forecast

ESA maintains a page titled “Where is the International Space Station?”, which reports the location of the International Space Station (ISS). The available excerpt gives an orbital state-vector epoch of September 25, 2026, at 10:22:03 GMT, and shows a record for September 26 at 00:00 GMT: latitude 47.3 degrees south, longitude 97.5 degrees east, altitude 436 kilometres, and speed 27,538 kilometres per hour.

Those figures are a snapshot tied to a timestamp, not a position valid throughout the day or a prediction of a visible pass from a particular city. Latitude and longitude describe location; altitude and speed are given in kilometres and kilometres per hour, respectively. The excerpt does not provide a pass time for any observer, a track over a populated area, or local sky conditions. Without those details and an observing location, it cannot establish that the ISS will be visible today.

What the sources do—and do not—support

The useful evidence for this guide is limited to two references: NASA’s eclipse entry dated August 14, 2026, and ESA’s orbital data for a particular moment in September of that year. A NASA page titled simply “NASA” has a description mentioning a live broadcast scheduled for a Saturday, September 26, at 12:45 p.m. EDT (16:45 UTC), but the excerpt does not state the year or present it as a sky event. It is therefore not used as an astronomy calendar. An ESA educational initiative likewise provides no celestial event with a verifiable date and time in the material available here.

As a result, this account cannot answer “what can I see tonight?” universally. Turning these references into an observing guide would require, at minimum, an unambiguous date, a location, and visibility data appropriate to that place. The uncertainty matters: an eclipse listed for a region and orbital coordinates recorded at one time do not describe everyone’s sky.