NASA’s Solar Dynamics Observatory (SDO) saw and recorded an unprecedented trend of two solar eclipses on July 25, 2025. The two eclipses took place only hours on that day, and was photographed by SDO devices, which was identified in the Jeasin Croops in the Arbate. First, about 2: 45 near the UTC, the moon was spent between the SDO and the sun. Then, starting from about 6:30 UTC, the Earth itself eclipse the sun from the SDO’s point of view, the sun disappeared shortly before 8:00 Utc behind our planet. Since launching in 2010, the SDO has constantly monitored the sun activity from solar flare to magnetic sectors, which helps predictors forecast space weather.
Moon transit
According to NASA, the SDO orbits the earth in a high geosyconnus orbit, so it has an almost permanent theory of the sun. On July 25, the point of view of this place occupied a partial solar lunar eclipse when the moon passed between the spacecraft and the sun. NASA’s mission team predicted that this “lunar transit” would include about 62 62 % of the solar disk. In fact, the moon’s silhouette slowly went across the sun (about 2: 45-3: 35: 35, which blocked almost two -thirds of the two two -thirds of the maximum bright disk. The Observatory’s Ultra Violet Telescope (AIA) recorded the incident, which revealed the lower sun’s atmosphere and coronal loop around the rapidly described shrine. This transit was seen by the deep lunar eclipse in 2025.
Earth’s lunar eclipse from space
Hours later, the same day, the earth itself passed between the SDO and the sun. On July 25, near 6:30 UTC, our planet completely stopped the theory of the Observatory about the solar disk. This SDO’s regular lunar eclipse season (occurred every year during a period of about three weeks when the Earth’s orbit crosses the satellite sighting line). The lunar eclipse continued for a while before 8:00 UTC. In the pictures of the SDO, there is an ambiguous edge in the shadow of the earth as our environment scattered sunlight unlike the moon’s crisp eclipse.
