Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those daylightnight time photos.
Taking this ISS video as a reference, the relation of brightness of the nighttime earth surface, airglow, stars and ISS components, seems to be about right.
Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those daylight photos.
Taking this ISS video as a reference, the relation of brightness of the nighttime earth surface, airglow, stars and ISS components, seems to be about right.
Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those night time photos.
Taking this ISS video as a reference, the relation of brightness of the nighttime earth surface, airglow, stars and ISS components, seems to be about right.
Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those daylight photos.
Taking this ISS video as a reference, the relation of brightness of the nighttime earth surface, airglow, stars and ISS components, seems to be about right.
Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those daylight photos.
Assuming this is a single exposure, it must have been taken on the night side of the Earth, and the impression of daylight can be caused by the moon, like in those daylight photos.
Taking this ISS video as a reference, the relation of brightness of the nighttime earth surface, airglow, stars and ISS components, seems to be about right.
