1 00:00:00,200 --> 00:00:03,069 ♪ 2 00:00:03,102 --> 00:00:05,071 What's Up for February? 3 00:00:05,671 --> 00:00:07,006 Colors in the sky, 4 00:00:07,039 --> 00:00:08,274 some pretty pairings, 5 00:00:08,307 --> 00:00:11,677 and destinations visited by NASA spacecraft. 6 00:00:11,710 --> 00:00:14,414 Each star and planet has a characteristic color, 7 00:00:14,447 --> 00:00:17,683 and February is a good month to look for sky objects 8 00:00:17,716 --> 00:00:20,520 that are distinctly reddish or bluish. 9 00:00:20,553 --> 00:00:23,289 Look west in the first couple of hours after sunset 10 00:00:23,322 --> 00:00:26,292 all month long to spot reddish Mars. 11 00:00:26,325 --> 00:00:28,861 Turning to the south and looking high in the sky, 12 00:00:28,894 --> 00:00:31,597 the red star Aldebaran in Taurus 13 00:00:31,630 --> 00:00:34,133 is sometimes called the "eye of the bull," 14 00:00:34,166 --> 00:00:37,336 and red Betelgeuse is Orion's shoulder. 15 00:00:37,369 --> 00:00:40,373 Contrast these colors with blue-white Rigel, 16 00:00:40,406 --> 00:00:41,274 Orion's knee, 17 00:00:41,307 --> 00:00:44,210 and Canis Major's blue-white Sirius, 18 00:00:44,243 --> 00:00:46,079 the brightest star in the sky. 19 00:00:46,112 --> 00:00:46,913 [whoosh] 20 00:00:48,047 --> 00:00:50,383 On the 10th the crescent Moon pairs up with Mars. 21 00:00:50,416 --> 00:00:53,653 Look for them in the west about an hour after sunset. 22 00:00:53,686 --> 00:00:57,323 NASA's InSight mission landed on Mars on November 26 23 00:00:57,356 --> 00:01:00,426 to study the planet's interior and provide new insights 24 00:01:00,459 --> 00:01:02,929 about how the Red Planet formed. 25 00:01:02,962 --> 00:01:07,066 NASA's OSIRIS-Rex spacecraft is exploring asteroid Bennu; 26 00:01:07,099 --> 00:01:10,136 which is too faint to see without a telescope. 27 00:01:10,169 --> 00:01:11,370 But on Valentine's Day, 28 00:01:11,403 --> 00:01:14,207 Bennu will be located just to the right of Mars-- 29 00:01:14,240 --> 00:01:17,076 about the width of your fist held at arm's length. 30 00:01:17,109 --> 00:01:19,212 So on the 14th give a little wave to Bennu-- 31 00:01:19,245 --> 00:01:21,347 and OSIRIS-Rex while you're at it. 32 00:01:21,380 --> 00:01:22,882 [whoosh] 33 00:01:23,182 --> 00:01:24,584 Venus and Saturn will make a beautiful, 34 00:01:24,617 --> 00:01:28,354 super-close pairing for early risers on the 18th. 35 00:01:28,387 --> 00:01:31,191 Look toward the southeast an hour before sunrise. 36 00:01:32,191 --> 00:01:33,693 By the morning of the 27th, 37 00:01:33,726 --> 00:01:35,862 Venus and Saturn have moved apart, 38 00:01:35,895 --> 00:01:37,697 forming a lovely lineup with Jupiter, 39 00:01:37,730 --> 00:01:40,933 which itself receives a visit from the crescent Moon. 40 00:01:40,966 --> 00:01:43,636 Look low in the southeast an hour before sunrise. 41 00:01:45,104 --> 00:01:48,141 Mercury also makes its best showing of the year on the 27th, 42 00:01:48,174 --> 00:01:50,076 for observers in the Northern Hemisphere. 43 00:01:50,109 --> 00:01:52,712 If you have a clear view of the horizon, 44 00:01:52,745 --> 00:01:54,547 look west just after sunset. 45 00:01:54,580 --> 00:01:57,950 Mercury will be only 10 degrees above the horizon━ 46 00:01:57,983 --> 00:02:00,553 the width of your fist held sideways. 47 00:02:00,586 --> 00:02:03,523 This little planet is closer to the Sun than Earth, 48 00:02:03,556 --> 00:02:05,158 and moves quickly in its orbit, 49 00:02:05,191 --> 00:02:08,094 meaning it's lost in the Sun's glare much of the year. 50 00:02:08,127 --> 00:02:09,061 So catch it while you can. 51 00:02:09,094 --> 00:02:10,496 [whoosh] 52 00:02:11,163 --> 00:02:13,266 And here are the phases of the Moon for February. 53 00:02:16,502 --> 00:02:18,204 You can catch up on all of NASA's 54 00:02:18,237 --> 00:02:21,674 current and future missions at nasa.gov. 55 00:02:21,707 --> 00:02:23,242 That's all for this month. 56 00:02:23,275 --> 00:02:25,845 [Logo: NASA / Jet Propulsion Laboratory