Nasa total solar eclipse
These images were taken at a wavelength of extreme ultraviolet light, a type of light that is typically invisible to our eyes but is colourized here in purple NASA’s Goddard Space Flight Center/SDO/Joy Ng

Nasa's sun-watch satellite, the Solar Dynamics Observatory (SDO), captured a total solar eclipse in space on Sunday (11 February). The eclipse occurred when the Earth passed between the spacecraft and the sun, completely hiding the sun's view from the SDO. This is known as a transit and it lasted around 31 minutes and covered the entire face of the sun.

The total solar eclipsed kicked off the SDO's bi-annual eclipse season that lasts for around three weeks. The phenomenon also marked the mission's eighth anniversary. The SDO's eclipse season comes twice a year near the equinoxes when the Earth blocks the spacecraft's view of the sun for a brief period of time every day.

Unlike the recently captured total solar eclipse, which only lasted for 31 minutes, later in the season, eclipses can last more than an hour. However, as the eclipse season winds down, the duration of eclipses will once again shorten.

"The eclipses are fairly short near the beginning and end of the season but ramp up to 72 minutes in the middle," Nasa said in a blog. The SDO's spring eclipse season began on 10 February and will end on 5 March.

The SDO, according to Nasa, watches the sun nearly 24/7 from space. The spacecraft's orbit has been designed to maximise the amount of data it can send to the Earth. Although the spacecraft was originally designed for a five-year mission, the SDO has successfully surpassed its initial mission life and just celebrated its eighth launch anniversary. The SDO's mission can not only help scientists better understand the sun but also help researchers learn more about and even possibly learn to predict space weather.