Daily Astrology: Tomorrow's Aspects


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Monday 27th October 2014

Planet, Centaur, TNO, Asteroid Aspects

14:53:09 UT - Waxing Crescent Moon - Sun (4 sc 6'36") semi-square Moon (19 sa 6'36")
18:47:42 UT - Venus (4 sc 54'15") trine Neptune (4 pi 54'15" Rx)
21:44:19 UT - Mean Node (18 li 23' 8" Rx) square Eros (18 cp 23' 8")
22:04:09 UT - Ceres enters Sagittarius (direct)
22:27:50 UT - Venus (5 sc 5'45") opposite Bienor (5 ta 5'45" Rx)
23:49:44 UT - Mars (1 cp 8'36") square Makemake (1 li 8'36")

Aspects of the Moon

00:32:55 UT - Moon (11 sa 3' 0") trine Rhiphonos (11 le 3' 0")
01:29:44 UT - Moon (11 sa 34'48") sextile Psyche (11 aq 34'48")
02:12:58 UT - Moon (11 sa 59' 1") sextile Echeclus (11 aq 59' 0")
04:50:42 UT - Moon (13 sa 27'27") square Chiron (13 pi 27'27" Rx)
05:09:47 UT - Moon (13 sa 38' 9") conjunct Orius (13 sa 38' 9")
05:22:01 UT - Moon (13 sa 45' 1") trine Uranus (13 ar 45' 1" Rx)
06:05:34 UT - Moon (14 sa 9'28") conjunct Great Attractor (14 sa 9'28")
09:49:14 UT - Moon (16 sa 15'14") square Borasisi (16 pi 15'14" Rx)
11:10:06 UT - Moon (17 sa 0'47") sextile Mercury (17 li 0'47")
12:39:08 UT - Moon (17 sa 50'58") trine Sila-Nunam (17 le 50'58")
13:38:03 UT - Moon (18 sa 24'12") sextile Mean Node (18 li 24'12" Rx)
14:53:09 UT - Waxing Crescent Moon - Sun (4 sc 6'36") semi-square Moon (19 sa 6'36")
15:06:20 UT - Moon (19 sa 14' 3") sextile Typhon (19 li 14' 3")
15:21:06 UT - Moon (19 sa 22'23") opposite Chaos (19 ge 22'23" Rx)
16:18:02 UT - Moon (19 sa 54'34") trine Jupiter (19 le 54'34")
17:21:58 UT - Moon (20 sa 30'43") conjunct Ixion (20 sa 30'43")
18:57:49 UT - Moon (21 sa 24'57") sextile Haumea (21 li 24'57")
19:00:39 UT - Moon (21 sa 26'34") conjunct Pholus (21 sa 26'33")
20:53:38 UT - Moon (22 sa 30'34") trine Eris (22 ar 30'34" Rx)
22:04:32 UT - Moon (23 sa 10'47") conjunct Chariklo (23 sa 10'46")
23:34:54 UT - Moon (24 sa 2' 4") trine Pelion (24 ar 2' 4" Rx)
23:51:08 UT - Moon (24 sa 11'17") square Elatus (24 vi 11'17")

"Near Miss"

Items marked "Near Miss" are aspects that never become exact on this pass, but are within one degree. The time shown is the time the aspect gets as close as it's going to get on this pass (usually because one of the objects will change direction before the aspect can become exact).


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