Mutual occultations of the satellites of Jupiter in 2015

All instants are given in UT.

1o2 means that satellite I occults satellite II, etc.

"Start" is the instant of first exterior contact, or the beginning of the occultation. "End" is the instant of last contact. These times are given in hours, minutes and seconds.

Column "Magn." gives the magnitude of the occultation in %, that is, the fraction of the diameter of the second satellite that is occulted by the first satellite at maximum phase. 'T' means that the satellite is totally occulted, while 'A' means an annular occultation; in the latter case, the first satellite is projected entirely on the second satellite.

Column "Dur." gives the duration of the total or annular phase, in seconds.

IMPORTANT : Not all these events are visible from a given place!

Date
2015
Satel.Start
h m s
End
h m s
Magn.
%
Dur.
s
Jan12o301 27 00 See Note 1
22o302 49 4003 06 2839
32o110 52 1911 03 1055
53o108 18 4208 26 0753
72o100 03 2800 13 2453
92o306 22 1206 36 2237
102o113 13 4013 22 5051
123o111 01 1311 07 2546
142o102 21 2902 30 0550
162o309 41 2809 53 4635
173o414 19 5214 23 402
172o115 28 5215 36 5950
193o202 30 4402 36 15T28
193o113 36 2013 41 5345
212o104 34 2904 42 1650
221o314 17 1914 20 5821
232o312 52 1013 02 5131
242o117 39 5217 47 2352
254o207 18 3007 25 5519
263o205 12 3505 18 12T64
263o116 05 5016 11 0948
282o106 43 5706 51 1554
291o316 38 1816 42 3829
302o315 57 2716 06 3425
312o119 48 0219 55 0956
Feb23o207 53 3107 59 15T84
23o118 31 5618 37 1456
42o108 51 0808 58 0759
51o216 27 4416 31 1986
51o318 59 4519 04 4740See Note 2
62o318 58 2819 05 5018
72o121 54 2322 01 1463
91o205 26 0405 29 3677
93o210 34 0710 39 52T86
93o120 55 5121 01 1367
112o110 56 5111 03 3667
114o312 29 0612 43 5028
121o218 24 2918 27 5569
121o321 22 5521 28 3952
132o321 57 4522 02 519
14-152o123 59 3700 06 1572
161o207 23 0307 26 2160
163o213 15 1813 20 58T50
163o123 18 4523 24 1282
182o113 01 5013 08 2276
191o220 21 4720 24 5550
191o323 48 0723 54 3065
222o102 04 2702 10 5282
231o209 20 4609 23 4141
233o215 58 0216 03 2884
243o101 41 4601 47 1699Nearly total
252o115 06 4115 12 58A 8614
264o220 25 5520 29 5530
261o222 20 0222 22 4031
271o302 16 5302 23 53A 6971
Mar12o104 09 2304 15 31A 8628
21o211 19 3811 21 5422
23o218 42 4818 47 4963
33o104 05 1804 10 46T58
42o117 11 5117 17 51A 8619
61o200 19 3400 21 2313
61o304 50 2704 58 07A 6978
72o411 20 5611 28 28A 6596
82o106 14 5006 20 4082
83o409 26 2909 49 3872
91o213 20 0113 21 064
93o221 30 2821 34 5344
103o106 30 1706 35 38T52
112o119 17 4319 23 2277
131o307 31 0607 39 3567Nearly annular
152o108 21 0608 26 3472
164o201 33 3901 44 2191
173o200 20 5000 24 2827
182o121 24 2921 29 4666
201o310 22 3510 32 2057
211o307 47 3008 09 1950
222o110 28 2410 33 2861
243o400 10 0900 18 4967
243o203 14 3803 17 2114
252o123 32 2423 37 1656
271o313 32 2413 44 4749
281o311 41 3911 53 2146
292o112 36 5412 41 3452
313o206 11 5006 13 335
Apr22o101 41 3101 45 5848
24o309 36 3810 00 48A 9135
31o317 31 0517 55 1642
31o322 44 0223 12 0136
41o314 56 2615 05 0342
52o114 46 3714 50 5344
73o209 12 3709 13 352
83o408 05 1008 11 3927
82o422 53 5122 59 4864
92o103 51 5203 55 5741
111o317 57 1518 04 1639
122o116 57 3517 01 3139
143o212 16 4912 18 133
162o106 03 2706 07 1437
174o215 29 5315 35 3988
174o123 44 0723 50 1043
184o301 27 5101 37 08A 9122
181o320 51 4120 57 4537
192o119 09 4519 13 2435
213o215 24 3115 27 0210
213o121 43 3821 48 1253
232o108 16 1308 19 4734
251o323 42 4023 48 1137
261o401 59 1902 03 0620
262o121 23 0421 26 3434
273o410 00 1910 26 0992
283o218 36 1818 40 0423
293o100 26 3100 31 1955
302o110 30 0610 33 3434
May34o310 36 3410 43 1926
32o123 37 2723 40 5435
44o223 39 2323 43 3018
53o221 51 2821 56 2540
63o103 13 0203 18 1561
72o112 45 0012 48 2837
112o101 52 4901 56 1939
133o201 10 2201 16 2562
133o106 04 2006 10 0969
132o412 55 3113 08 2535
142o115 00 5115 04 2442
182o104 09 0804 12 4446
203o204 32 3904 39 3789
203o109 01 2809 08 0979
214o113 18 2013 23 1717
212o117 17 3517 21 1650
224o314 17 5614 40 36A 9161. Almost exactly central
241o310 58 3011 03 4463
252o106 26 1606 30 0055
273o207 58 3308 06 11T105
273o112 07 0012 14 5491
282o119 35 0819 38 5661
Jun12o108 44 1108 48 0268
33o211 28 2311 36 20T106
33o115 26 1015 36 06T47
43o107 03 2007 33 5878
43o112 36 4813 02 4395
42o121 53 2421 57 1875
74o307 03 4607 07 208
82o111 02 4711 06 4183
103o215 02 0515 09 4982
103o119 12 2619 27 16T140
113o117 17 3017 29 50T136. Almost exactly central
122o100 12 2000 16 14A 8617
131o207 09 5007 10 191
152o303 56 5404 00 2114
152o113 22 0213 25 5386Nearly annular
163o418 13 4218 32 4154
161o220 21 3020 23 297
173o218 40 2518 47 0245
183o120 56 5621 05 5295
192o102 31 5402 35 4076
201o209 34 1509 37 0214
211o322 23 3022 28 1143
222o307 22 4407 27 5640
222o115 41 5315 45 3166
231o222 47 1922 50 4621
243o222 23 2922 26 358
263o100 17 1900 24 0163
262o104 52 0104 55 2855
271o212 01 1412 05 1628
291o301 19 1501 23 0423
292o310 50 2010 56 13A 5978
292o118 02 1618 05 2643
Jul11o201 15 2401 19 5934
33o103 28 4503 33 0027
32o107 12 4307 15 2931
41o214 30 3314 35 3941
61o304 17 5804 19 444
62o120 23 1720 25 3018
81o203 45 5903 51 3547
102o109 34 1009 35 245
111o217 02 3617 08 4353
151o206 19 3206 26 1059
181o219 37 5519 45 0764
221o208 56 4909 04 3769
251o222 17 3722 26 0773
291o211 39 1611 48 3476

Notes

  1. There is near miss, but no actual occultation. Satellite II almost occults III. The least separation between the limbs of the two satellites is 0.03 arcsecond..
  2. The occultation begins while the shadow of I is still on satellite III, but near the opposite limb of this satellite.

Data provided by Jean Meeus.

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