Asteroid (451) Patientia is at Opposition in the constellation Bootes on the 7th April Magnitude: 11.4 Distance to Earth: 2.245 AU Distance to Sun: 3.200 AU
Asteroid (60) Echo is at Opposition in the constellation Virgo on the 12th April Magnitude: 10.9 Distance to Earth: 1.385 AU Distance to Sun: 2.387 AU
Asteroid (4) Vesta is at Opposition in the constellation Virgo on the 13th April Magnitude: 5.8 Distance to Earth: 1.232 AU Distance to Sun: 2.221 AU
Asteroid (113) Amalthea is at Opposition in the constellation Virgo on the 13th April Magnitude: 11.1 Distance to Earth: 1.175 AU Distance to Sun: 2.171 AU
Asteroid (1) Ceres is at Opposition in the constellation Virgo on the 15th April Magnitude: 7.0 Distance to Earth: 1.644 AU Distance to Sun: 2.628 AU
Asteroid (68) Leto is at Opposition in the constellation Virgo on the 15th April Magnitude: 11.1 Distance to Earth: 2.157 AU Distance to Sun: 3.159 AU
Asteroid (43) Ariadne is at Opposition in the constellation Virgo on the 19th April Magnitude: 9.9 Distance to Earth: 1.036 AU Distance to Sun: 2.038 AU
This month sees the arrival of the Lyrids and the Virginids. Neither shower is very intense, but they do provide you with examples of shooting stars with different speeds: the fast Lyrids compared to the slower Virginids. The peak of the April Lyrids (from the constellation of Lyra, the Harp) is on the 22nd, when you could see a maximum of about 15 meteors an hour. The Virginids are active until the 18th, peaking on the 11th with 10 meteors an hour. Watch out for sporadic meteors. Their rates for the Northern Hemisphere are now reaching a plateau. Expect around 12 random meteors per hour during the morning hours
From a very dark location at that time, look for the Zodiacal Light, a huge soft glowing column of light in the western horizon. It is the light of the Sun reflected off dust particles in the inner solar system. Its axis closely coincides with the ecliptic.
The Lyrids On April 22 (16-25) the Lyrid meteor shower reaches maximum around 21:00 UT, although the peak is broad enough that the number of meteors should be consistent in the morning twilight. Although the Lyrids are considered a major shower, they produce a meteor only every 3 to 5 minutes, on average. The Lyrids are named after the constellation of Lyra from which they seem to radiate.
The Summer Triangle The morning sky, before dawn, now provides a preview of summer evenings. The Summer Triangle -- Vega, Deneb, and Altair -- holds the central position, high in the south. The scorpion sits low to the south and slightly west. Directly to the arachnid's east is Sagittarius, the Archer, and between the two lies the direction toward the Milky Way galaxy's center. The ribbon of soft light that delineates our galaxy flows up from the south, through the Triangle, and then cascades toward the northern horizon.