A series of celestial events will light up the night sky in March, with a total lunar eclipse and a partial solar eclipse among the most anticipated astronomical spectacles of 2025. Following a planetary parade that has dazzled skywatchers in the opening months of the year, these two eclipses will offer a rare opportunity for stargazers in North America and beyond.
The first major event will take place overnight on March 13-14, when a total lunar eclipse will cause the moon to take on a deep red hue. This marks the first total lunar eclipse visible across the United States and Canada since 2022. The eclipse will occur between 2:26 a.m. and 3:31 a.m. EDT, requiring viewers to stay up late or wake up early for a chance to witness the phenomenon. Even if the sky is partially cloudy, brief breaks in the clouds could provide glimpses of the so-called Blood Moon. This effect occurs because Earth’s atmosphere bends sunlight around the planet, scattering shorter wavelengths and casting a reddish glow onto the lunar surface.
Just a week later, the arrival of the spring equinox on March 20 will mark the official transition from winter to spring in the Northern Hemisphere. At precisely 5:01 a.m. EDT, the sun’s most direct rays will align over the equator, resulting in nearly equal hours of daylight and darkness worldwide. From this point forward, the days will grow longer, bringing increased sunlight intensity and warmer conditions. The stronger solar radiation could cause interior vehicle temperatures to rise rapidly, even when outdoor temperatures are mild, and snow accumulation is likely to melt faster.
March will conclude with a partial solar eclipse on the 29th, visible across the northeastern United States, eastern Canada, parts of Europe, and northwestern Africa. Unlike the total solar eclipse that captivated millions in April 2024, this event will see only a portion of the sun obscured by the moon. Proper eye protection, such as eclipse glasses from previous events that remain undamaged, will be essential for safe viewing. In New York City, about 22% of the sun will be covered, while Boston will experience a 43% obscuration. Viewers in Quebec will see the most dramatic effect, with more than 72% of the sun hidden behind the moon.
