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All times UT unless otherwise noted |
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Saturn has ongoing events in 2010 ! These events are "Visible from -122 +38" The Columns headed with " h m s " are contact times.. T1 - T2 - T3 - Tmax - T4 - T5 - T6 |
JUPITERYear M D h m s Event Type Ph Dur dMag %Ill Sep PA MinD h m s h m s h m s h m s h m s h m s h m s 2014 10 15 13 23 31 (IV) occ (II) P 266 0.1 94.2 108.0 110 0.748 | 13 21 18 13 23 31 13 25 44 2014 10 24 8 27 16 (I) occ (IV) A 331 0.5 63.5 31.7 290 0.068 | 8 24 31 8 26 56 8 27 16 8 27 37 8 30 2 2014 10 31 15 46 39 (IV) ecl (III) P 7889 0.7 51.9 187.2 111 0.502 | 14 40 54 15 1 12 15 46 39 16 32 5 16 52 23 2014 11 1 8 13 23 (III) occ (I) P 198 0.1 94.7 41.9 111 0.898 | 8 11 44 8 13 23 8 15 2 2014 11 1 11 51 42 (IV) occ (I) P 313 0.1 91.5 86.7 111 0.768 | 11 49 6 11 51 42 11 54 19 2014 11 3 12 58 49 (IV) occ (III) P 828 0.1 87.9 268.8 291 0.830 | 12 51 55 12 58 49 13 5 43 2014 11 4 9 9 26 (II) occ (III) A 592 0.3 73.9 162.4 291 0.175 | 9 4 30 9 8 27 9 9 26 9 10 25 9 14 22 2014 11 5 10 21 45 (I) occ (III) P 306 0.2 86.8 77.8 110 0.692 | 10 19 12 10 21 45 10 24 18 2014 11 8 11 0 17 (III) occ (I) P 293 0.2 81.8 55.3 111 0.578 | 10 57 51 11 0 17 11 2 44 2014 11 9 9 30 41 (III) occ (IV) P 357 0.1 94.7 163.2 290 1.048 | 9 27 42 9 30 41 9 33 39 2014 11 11 12 42 47 (II) occ (III) A 639 0.3 73.9 169.6 291 0.182 | 12 37 28 12 41 44 12 42 47 12 43 50 12 48 6 2014 11 12 13 11 59 (I) occ (III) P 335 0.3 73.8 67.9 110 0.398 | 13 9 11 13 11 59 13 14 47 2014 11 15 13 47 19 (III) occ (I) P 346 0.4 69.4 68.7 111 0.288 | 13 44 26 13 47 19 13 50 12 2014 11 19 7 37 43 (IV) occ (II) P 390 0.3 72.5 111.7 292 0.307 | 7 34 28 7 37 43 7 40 58 2014 11 23 7 18 21 (I) occ (II) P 192 0.3 76.7 19.2 109 0.395 | 7 16 45 7 18 21 7 19 57 2014 11 30 9 26 12 (I) occ (II) P 206 0.5 65.6 14.7 109 0.223 | 9 24 29 9 26 12 9 27 54 2014 11 30 6 31 14 (III) occ (II) P 245 0.1 90.5 25.6 293 0.785 | 6 29 11 6 31 14 6 33 17 2014 12 7 11 32 25 (I) occ (II) P 210 0.6 57.5 10.2 108 0.074 | 11 30 39 11 32 25 11 34 10 2014 12 7 9 32 28 (III) occ (II) P 303 0.3 78.6 18.1 293 0.475 | 9 29 56 9 32 28 9 34 59 2014 12 14 13 36 59 (I) occ (II) T 210 0.6 57.5 5.7 107 0.047 | 13 35 13 13 36 52 13 36 59 13 37 5 13 38 44 2014 12 14 12 30 15 (III) occ (II) T 325 0.3 73.9 10.4 294 0.205 | 12 27 33 12 29 43 12 30 15 12 30 46 12 32 57 2014 12 16 10 51 29 (II) occ (I) P 1644 0.1 89.2 43.8 292 0.659 | 10 37 48 10 51 29 11 5 11 2014 12 18 5 56 39 (II) occ (III) P 2762 0.2 79.5 51.0 112 0.517 | 5 33 38 5 56 39 6 19 40 2014 12 20 5 41 24 (II) occ (I) P 1182 0.5 61.8 117.7 291 0.170 | 5 31 33 5 41 24 5 51 15 2014 12 21 4 16 54 (III) occ (I) P 661 0.3 73.6 123.5 111 0.442 | 4 11 23 4 16 54 4 22 24 2014 12 21 12 0 55 (IV) ecl (I) A 1351 0.6 60.1 65.8 111 0.154 | 11 49 39 11 55 2 12 0 6 12 0 55 12 1 44 12 6 48 12 12 10 2014 12 22 5 24 32 (IV) ecl (I) E 458 0.1 91.2 112.2 291 1.106 | 5 20 43 5 24 32 5 28 21 2014 12 23 10 16 40 (II) occ (I) P 604 0.0 99.1 1.5 312 0.943 | 10 11 38 10 16 40 10 21 42 2014 12 23 7 58 19 (IV) ecl (III) E 512 0.0 99.9 317.2 291 1.588 | 7 54 3 7 58 19 8 2 35 2014 12 24 6 34 54 (II) ecl (III) A 1230 0.2 80.7 232.9 291 0.239 | 6 24 38 6 27 41 6 31 41 6 34 54 6 38 6 6 42 6 6 45 9 2014 12 25 4 40 49 (I) occ (II) P 207 0.5 61.4 1.3 308 0.165 | 4 39 6 4 40 49 4 42 33 2014 12 25 4 46 31 (I) occ (III) P 189 0.1 94.5 3.0 282 1.044 | 4 44 56 4 46 31 4 48 6 2014 12 25 9 58 55 (II) ecl (III) P 4851 0.4 71.6 57.4 112 0.448 | 9 18 30 9 26 38 9 58 55 10 31 13 10 39 21 2014 12 27 8 28 9 (II) occ (I) P 809 0.4 70.1 124.6 291 0.318 | 8 21 24 8 28 9 8 34 54 2014 12 27 5 42 2 (II) ecl (I) E 1086 0.0 96.7 105.3 291 0.798 | 5 32 58 5 42 2 5 51 5 2014 12 28 7 47 37 (III) occ (I) P 1052 0.4 71.2 125.8 111 0.381 | 7 38 51 7 47 37 7 56 23 2014 12 28 4 25 12 (III) ecl (I) E 45 0.0 100.0 118.0 111 1.399 | 4 24 50 4 25 12 4 25 34 2014 12 29 5 28 35 (III) occ (I) P 560 0.2 80.3 124.6 291 0.632 | 5 23 55 5 28 35 5 33 15 2014 12 29 5 58 40 (III) ecl (IV) E 703 0.3 78.7 236.1 290 1.031 | 5 52 49 5 58 40 6 4 32 2014 12 30 7 53 17 (I) ecl (IV) E 452 0.3 76.5 14.4 278 0.720 | 7 49 31 7 53 17 7 57 3 2014 12 31 10 58 36 (II) ecl (III) A 1602 0.0 100.0 229.6 291 0.066 | 10 45 15 10 48 44 10 53 58 10 58 36 11 3 15 11 8 28 11 11 57 2015 1 1 6 29 13 (II) ecl (III) A 2910 0.0 100.0 24.0 290 0.115 | 6 4 58 6 8 49 6 21 58 6 29 13 6 36 27 6 49 37 6 53 28 2015 1 1 6 40 55 (I) occ (II) P 206 0.5 62.9 6.1 295 0.195 | 6 39 12 6 40 55 6 42 39 2015 1 1 7 11 34 (I) occ (III) P 167 0.0 96.4 15.6 289 1.136 | 7 10 11 7 11 34 7 12 58 2015 1 3 10 57 16 (II) occ (I) P 635 0.3 75.1 128.4 291 0.413 | 10 51 59 10 57 16 11 2 34 2015 1 3 9 5 14 (II) ecl (I) P 765 0.1 88.3 121.0 291 0.673 | 8 58 51 9 1 44 9 5 14 9 8 44 9 11 37 2015 1 4 8 3 1 (III) ecl (I) E 521 0.0 98.1 128.2 111 1.193 | 7 58 41 8 3 1 8 7 22 2015 1 5 8 22 1 (III) occ (I) P 431 0.2 85.2 120.6 291 0.777 | 8 18 25 8 22 1 8 25 36 2015 1 5 6 1 40 (III) ecl (I) E 379 0.0 98.8 129.2 291 1.237 | 5 58 31 6 1 40 6 4 50 2015 1 7 10 40 27 (IV) ecl (I) A 468 0.4 70.9 5.7 285 0.177 | 10 36 33 10 39 7 10 39 40 10 40 27 10 41 14 10 41 46 10 44 21 2015 1 8 8 5 16 (I) ecl (III) E 137 0.0 99.9 46.0 290 1.398 | 8 4 8 8 5 16 8 6 25 2015 1 8 8 40 16 (I) occ (II) P 207 0.5 62.2 10.7 293 0.185 | 8 38 33 8 40 16 8 41 59 2015 1 8 9 35 17 (I) occ (III) P 163 0.0 96.8 28.1 290 1.168 | 9 33 56 9 35 17 9 36 39 2015 1 9 6 28 52 (II) occ (III) P 818 0.2 84.8 207.2 111 0.700 | 6 22 3 6 28 52 6 35 41 2015 1 10 13 17 47 (II) occ (I) P 535 0.3 77.7 130.6 291 0.468 | 13 13 19 13 17 47 13 22 15 2015 1 10 11 56 22 (II) ecl (I) P 650 0.2 80.2 128.3 291 0.580 | 11 50 57 11 52 59 11 56 22 11 59 45 12 1 47 2015 1 12 11 3 55 (III) occ (I) P 359 0.1 87.8 114.5 291 0.865 | 11 0 56 11 3 55 11 6 55 2015 1 12 9 23 29 (III) ecl (I) E 394 0.1 94.9 126.6 291 1.123 | 9 20 12 9 23 29 9 26 46 2015 1 15 10 38 28 (I) occ (II) P 209 0.6 59.5 15.3 292 0.134 | 10 36 44 10 38 28 10 40 12 2015 1 15 10 46 50 (I) ecl (III) E 241 0.0 97.7 54.5 290 1.183 | 10 44 49 10 46 50 10 48 51 2015 1 15 11 57 28 (I) occ (III) P 180 0.0 95.8 40.3 290 1.141 | 11 55 58 11 57 28 11 58 58 2015 1 15 12 34 16 (I) ecl (IV) E 494 0.5 61.5 107.0 289 0.349 | 12 30 9 12 33 2 12 32 48 12 34 16 12 35 45 12 35 30 12 38 23 2015 1 16 9 47 11 (II) occ (III) P 708 0.2 86.2 209.3 111 0.749 | 9 41 17 9 47 11 9 53 5 2015 1 17 14 35 16 (II) ecl (I) P 585 0.4 71.6 131.9 291 0.493 | 14 30 24 14 32 4 14 35 16 14 38 29 14 40 9 2015 1 17 10 3 54 (III) ecl (IV) P 1416 0.3 74.5 297.1 111 0.884 | 9 52 6 10 1 25 10 3 54 10 6 22 10 15 41 2015 1 19 13 38 42 (III) occ (I) P 321 0.1 88.5 106.9 290 0.894 | 13 36 2 13 38 42 13 41 23 2015 1 19 12 30 0 (III) ecl (I) E 406 0.2 86.3 118.5 290 0.980 | 12 26 37 12 30 0 12 33 23 2015 1 21 4 37 56 (II) occ (I) P 454 0.3 78.1 131.7 290 0.481 | 4 34 9 4 37 56 4 41 43 2015 1 21 3 51 40 (II) ecl (I) P 561 0.4 67.1 132.7 290 0.449 | 3 46 59 3 48 32 3 51 40 3 54 48 3 56 21 2015 1 22 12 35 47 (I) occ (II) T 211 0.6 57.5 19.8 292 0.044 | 12 34 2 12 35 40 12 35 47 12 35 54 12 37 32 2015 1 22 13 29 12 (I) ecl (III) E 307 0.1 91.8 62.3 290 0.970 | 13 26 39 13 29 12 13 31 46 2015 1 22 14 18 48 (I) occ (III) P 212 0.1 93.3 52.2 290 1.056 | 14 17 2 14 18 48 14 20 34 2015 1 23 12 57 4 (II) occ (III) P 614 0.1 88.3 209.9 110 0.821 | 12 51 57 12 57 4 13 2 10 2015 1 23 9 12 11 (IV) ecl (III) A 831 0.6 59.2 171.8 111 0.323 | 9 5 15 9 9 53 9 10 2 9 12 11 9 14 19 9 14 28 9 19 6 2015 1 24 5 49 31 (IV) ecl (I) P 1058 0.8 50.0 4.9 103 0.566 | 5 40 42 5 46 2 5 49 31 5 52 59 5 58 20 2015 1 25 4 37 41 (IV) ecl (II) E 1055 0.1 89.3 210.1 291 0.995 | 4 28 53 4 37 41 4 46 28 2015 1 26 5 14 57 (III) occ (II) T 326 0.3 73.9 35.7 110 0.211 | 5 12 14 5 14 24 5 14 57 5 15 30 5 17 40 2015 1 28 6 47 10 (II) occ (I) P 424 0.3 76.1 131.3 290 0.447 | 6 43 38 6 47 10 6 50 42 2015 1 28 6 21 34 (II) ecl (I) P 523 0.6 57.4 132.6 290 0.359 | 6 17 12 6 18 35 6 21 34 6 24 33 6 25 55 2015 1 29 14 32 33 (I) occ (II) T 211 0.6 57.5 24.3 292 0.081 | 14 30 47 14 32 33 14 32 33 14 32 33 14 34 18 2015 2 2 1 38 32 (III) ecl (IV) A 792 0.4 70.0 103.6 112 0.210 | 1 31 56 1 36 25 1 36 40 1 38 32 1 40 24 1 40 39 1 45 8 2015 2 2 3 30 50 (I) occ (II) P 210 0.5 60.4 26.5 292 0.154 | 3 29 5 3 30 50 3 32 34 2015 2 2 7 55 56 (III) occ (II) T 331 0.3 73.9 43.1 110 0.074 | 7 53 11 7 55 15 7 55 56 7 56 37 7 58 42 2015 2 4 8 54 12 (II) occ (I) P 405 0.3 72.7 130.1 290 0.384 | 8 50 49 8 54 12 8 57 35 2015 2 4 8 47 58 (II) ecl (I) P 492 0.8 47.0 130.6 290 0.266 | 8 43 51 8 45 7 8 47 58 8 50 48 8 52 4 2015 2 9 5 27 23 (I) occ (II) P 203 0.4 69.0 30.7 291 0.316 | 5 25 41 5 27 23 5 29 5 2015 2 9 5 32 39 (I) ecl (II) E 107 0.0 99.6 29.4 291 1.026 | 5 31 46 5 32 39 5 33 33 2015 2 9 10 36 33 (III) occ (II) T 332 0.3 73.9 50.2 109 0.101 | 10 33 47 10 35 52 10 36 33 10 37 13 10 39 19 2015 2 9 10 48 2 (III) ecl (II) E 218 0.0 98.5 53.1 109 1.287 | 10 46 13 10 48 2 10 49 51 2015 2 9 13 37 16 (IV) ecl (II) E 468 0.3 77.5 94.8 110 0.911 | 13 33 22 13 37 16 13 41 10 2015 2 11 10 59 48 (II) occ (I) P 391 0.4 67.9 128.1 290 0.295 | 10 56 33 10 59 48 11 3 3 2015 2 11 11 11 50 (II) ecl (I) A 466 0.9 42.0 126.9 290 0.167 | 11 7 57 11 9 8 11 11 18 11 11 50 11 12 22 11 14 32 11 15 43 2015 2 11 13 37 28 (IV) ecl (III) A 1506 0.6 55.1 335.4 290 0.219 | 13 24 55 13 30 44 13 34 36 13 37 28 13 40 20 13 44 12 13 50 1 2015 2 16 7 24 15 (I) occ (II) P 190 0.3 78.5 34.9 291 0.492 | 7 22 40 7 24 15 7 25 50 2015 2 16 7 44 38 (I) ecl (II) E 165 0.0 96.5 29.6 291 0.891 | 7 43 16 7 44 38 7 46 0 2015 2 16 13 17 40 (III) occ (II) T 326 0.3 73.9 57.0 109 0.301 | 13 14 57 13 17 21 13 17 40 13 18 0 13 20 23 2015 2 16 13 59 48 (III) ecl (II) E 340 0.2 84.4 67.6 109 0.979 | 13 56 58 13 59 48 14 2 38 2015 2 17 10 47 36 (III) ecl (IV) E 468 0.0 98.1 163.6 288 1.590 | 10 43 42 10 47 36 10 51 30 2015 2 18 5 51 48 (II) ecl (IV) E 508 0.3 73.9 12.1 122 0.626 | 5 47 34 5 50 23 5 51 48 5 53 12 5 56 1 2015 2 18 13 4 40 (II) occ (I) P 377 0.5 62.1 125.4 289 0.187 | 13 1 31 13 4 40 13 7 49 2015 2 18 13 33 50 (II) ecl (I) A 441 0.5 62.9 121.9 289 0.062 | 13 30 9 13 31 17 13 33 4 13 33 50 13 34 36 13 36 23 13 37 31 2015 2 22 2 44 28 (II) ecl (I) A 429 0.1 90.1 118.9 289 0.008 | 2 40 54 2 42 1 2 43 41 2 44 28 2 45 15 2 46 56 2 48 3 2015 2 23 9 21 46 (I) occ (II) P 166 0.1 87.5 38.9 291 0.672 | 9 20 23 9 21 46 9 23 9 2015 2 23 9 56 51 (I) ecl (II) E 202 0.1 89.2 29.9 291 0.759 | 9 55 10 9 56 51 9 58 32 2015 2 24 2 40 34 (III) ecl (I) A 410 0.1 90.2 38.8 289 0.034 | 2 37 9 2 38 40 2 40 18 2 40 34 2 40 49 2 42 28 2 43 58 2015 2 27 2 19 59 (I) occ (III) A 403 0.4 67.7 103.9 289 0.105 | 2 16 37 2 19 25 2 19 59 2 20 32 2 23 20 2015 2 27 3 35 23 (I) ecl (III) A 551 0.2 81.8 89.2 289 0.064 | 3 30 47 3 32 34 3 33 49 3 35 23 3 36 56 3 38 11 3 39 58 2015 2 27 4 32 53 (IV) ecl (III) E 640 0.2 86.0 77.8 289 1.141 | 4 27 33 4 32 53 4 38 13 2015 2 27 7 55 20 (IV) ecl (I) E 680 0.0 97.3 130.6 289 1.242 | 7 49 40 7 55 20 8 1 0 2015 2 28 5 33 54 (II) ecl (III) E 89 0.0 100.0 209.7 109 1.339 | 5 33 10 5 33 54 5 34 39 2015 3 1 4 12 1 (II) occ (I) A 354 0.6 57.5 120.2 289 0.004 | 4 9 3 4 11 47 4 12 1 4 12 14 4 14 58 2015 3 1 5 4 24 (II) ecl (I) A 405 0.8 46.2 112.3 289 0.104 | 5 1 2 5 2 8 5 3 43 5 4 24 5 5 5 5 6 40 5 7 47 2015 3 2 11 20 18 (I) occ (II) P 129 0.1 95.0 42.8 291 0.847 | 11 19 13 11 20 18 11 21 22 2015 3 2 12 9 20 (I) ecl (II) P 230 0.3 77.6 30.3 291 0.630 | 12 7 25 12 9 6 12 9 20 12 9 34 12 11 15 2015 3 3 4 7 34 (III) occ (I) T 314 0.4 67.7 44.0 289 0.085 | 4 4 57 4 7 7 4 7 34 4 8 1 4 10 11 2015 3 3 5 24 35 (III) ecl (I) P 399 0.5 64.3 20.0 288 0.177 | 5 21 16 5 22 47 5 24 35 5 26 23 5 27 54 2015 3 6 4 53 51 (I) occ (III) A 441 0.4 67.7 111.6 289 0.099 | 4 50 11 4 53 14 4 53 51 4 54 28 4 57 32 2015 3 6 6 39 55 (I) ecl (III) A 636 0.3 77.1 91.3 289 0.055 | 6 34 37 6 36 35 6 38 10 6 39 55 6 41 41 6 43 16 6 45 13 2015 3 7 11 24 19 (II) occ (IV) A 432 0.4 70.2 146.9 109 0.016 | 11 20 43 11 23 34 11 24 19 11 25 5 11 27 55 2015 3 7 8 59 11 (II) ecl (III) E 321 0.0 99.3 207.8 109 1.182 | 8 56 31 8 59 11 9 1 51 2015 3 8 6 17 18 (II) occ (I) P 336 0.6 58.9 116.0 289 0.120 | 6 14 30 6 17 18 6 20 6 2015 3 8 7 23 19 (II) ecl (I) A 380 0.9 43.7 105.0 289 0.221 | 7 20 9 7 21 16 7 23 1 7 23 19 7 23 37 7 25 22 7 26 29 2015 3 8 9 37 42 (III) occ (IV) P 1326 0.4 69.6 328.7 109 0.481 | 9 26 39 9 37 42 9 48 46 2015 3 10 6 32 28 (III) occ (I) T 307 0.4 67.7 31.6 288 0.109 | 6 29 55 6 32 3 6 32 28 6 32 53 6 35 2 2015 3 10 8 8 14 (III) ecl (I) P 383 0.8 49.1 1.6 280 0.386 | 8 5 2 8 6 38 8 8 14 8 9 50 8 11 25 2015 3 13 3 28 33 (I) ecl (II) P 261 0.7 54.4 31.4 291 0.444 | 3 26 23 3 27 33 3 28 33 3 29 33 3 30 44 2015 3 13 7 34 52 (I) occ (III) P 487 0.4 68.1 118.1 289 0.279 | 7 30 49 7 34 52 7 38 55 2015 3 13 9 58 30 (I) ecl (III) A 792 0.3 72.5 91.1 289 0.137 | 9 51 55 9 54 13 9 56 28 9 58 30 10 0 33 10 2 48 10 5 6 2015 3 14 7 59 55 (I) ecl (III) A 1163 0.2 79.6 161.7 109 0.119 | 7 50 13 7 53 18 7 57 0 7 59 55 8 2 49 8 6 31 8 9 36 2015 3 14 12 22 47 (II) ecl (III) E 422 0.0 96.1 204.5 109 1.006 | 12 19 16 12 22 47 12 26 18 2015 3 15 8 23 23 (II) occ (I) P 314 0.5 65.4 111.4 289 0.239 | 8 20 45 8 23 23 8 26 0 2015 3 15 9 41 23 (II) ecl (I) P 352 0.6 55.5 97.3 289 0.344 | 9 38 27 9 39 37 9 41 23 9 43 9 9 44 19 2015 3 17 2 52 18 (III) ecl (II) P 473 0.5 65.2 114.9 108 0.228 | 2 48 21 2 50 25 2 52 18 2 54 11 2 56 14 2015 3 17 8 58 39 (III) occ (I) P 297 0.4 68.4 19.2 288 0.288 | 8 56 11 8 58 39 9 1 8 2015 3 17 10 51 16 (III) ecl (I) P 363 0.9 45.4 15.9 109 0.591 | 10 48 15 10 50 1 10 51 16 10 52 31 10 54 17 2015 3 20 10 26 57 (I) occ (III) P 558 0.3 73.0 122.8 289 0.430 | 10 22 18 10 26 57 10 31 36 2015 3 20 5 41 45 (I) ecl (II) P 276 1.0 38.2 32.6 291 0.326 | 5 39 27 5 40 32 5 41 45 5 42 58 5 44 3 2015 3 21 7 58 7 (I) occ (III) P 1252 0.3 77.3 122.1 108 0.546 | 7 47 41 7 58 7 8 8 34 2015 3 21 11 46 30 (I) ecl (III) A 741 0.5 62.3 161.7 108 0.376 | 11 40 19 11 42 41 11 45 20 11 46 30 11 47 39 11 50 18 11 52 40 2015 3 22 10 30 28 (II) occ (I) P 291 0.4 71.9 106.5 288 0.346 | 10 28 2 10 30 28 10 32 54 2015 3 22 11 58 45 (II) ecl (I) P 322 0.4 68.9 89.5 288 0.470 | 11 56 4 11 57 20 11 58 45 12 0 9 12 1 26 2015 3 24 3 15 27 (III) occ (II) P 145 0.0 98.6 87.9 108 1.133 | 3 14 14 3 15 27 3 16 40 2015 3 24 6 6 33 (III) ecl (II) P 454 0.8 49.5 123.3 108 0.516 | 6 2 46 6 5 7 6 6 33 6 7 59 6 10 20 2015 3 24 11 26 51 (III) occ (I) P 285 0.3 73.5 6.6 287 0.440 | 11 24 29 11 26 51 11 29 14 2015 3 27 7 55 14 (I) ecl (II) P 288 1.0 39.1 34.1 291 0.212 | 7 52 50 7 53 52 7 55 14 7 56 36 7 57 38 2015 3 28 11 46 59 (I) occ (III) P 672 0.3 79.2 122.4 108 0.585 | 11 41 23 11 46 59 11 52 35 2015 3 31 6 12 8 (III) occ (II) P 80 0.0 99.8 93.2 108 1.189 | 6 11 28 6 12 8 6 12 48 2015 3 31 9 21 10 (III) ecl (II) E 411 0.4 68.6 130.2 108 0.797 | 9 17 44 9 21 10 9 24 35 2015 4 2 9 48 19 (IV) occ (III) A 1381 0.7 54.6 309.3 288 0.061 | 9 36 48 9 48 6 9 48 19 9 48 32 9 59 49 2015 4 2 3 23 38 (II) ecl (I) P 267 0.2 86.9 77.9 288 0.667 | 3 21 24 3 23 19 3 23 38 3 23 57 3 25 51 2015 4 3 10 9 4 (I) ecl (II) A 298 0.4 67.0 36.0 291 0.104 | 10 6 35 10 7 36 10 8 48 10 9 4 10 9 19 10 10 32 10 11 32 2015 4 8 8 7 54 (III) occ (IV) P 370 0.1 92.6 149.1 288 1.067 | 8 4 49 8 7 54 8 10 59 2015 4 9 3 53 25 (II) occ (I) P 235 0.2 83.7 93.0 288 0.534 | 3 51 28 3 53 25 3 55 23 2015 4 9 5 39 38 (II) ecl (I) E 220 0.1 95.0 70.4 288 0.803 | 5 37 48 5 39 38 5 41 28 2015 4 16 6 4 51 (II) occ (I) P 217 0.2 86.3 87.4 288 0.571 | 6 3 2 6 4 51 6 6 39 2015 4 16 7 55 12 (II) ecl (I) E 157 0.0 99.1 63.3 288 0.942 | 7 53 54 7 55 12 7 56 30 2015 4 19 5 2 59 (II) ecl (III) A 533 0.3 78.7 171.6 108 0.110 | 4 58 32 5 0 37 5 1 6 5 2 59 5 4 51 5 5 20 5 7 25 2015 4 21 3 45 4 (I) ecl (II) A 312 0.7 53.5 42.0 290 0.138 | 3 42 28 3 43 30 3 44 58 3 45 4 3 45 10 3 46 39 3 47 41 2015 4 23 8 17 30 (II) occ (I) P 205 0.1 87.7 81.7 288 0.583 | 8 15 47 8 17 30 8 19 12 2015 4 26 7 38 44 (II) occ (IV) P 239 0.1 94.7 95.9 109 0.839 | 7 36 44 7 38 44 7 40 43 2015 4 26 8 19 53 (II) ecl (III) A 504 0.4 69.8 162.9 108 0.372 | 8 15 41 8 17 54 8 18 24 8 19 53 8 21 22 8 21 52 8 24 5 2015 4 28 6 0 8 (I) ecl (II) P 316 1.0 39.6 44.9 290 0.222 | 5 57 30 5 58 34 6 0 8 6 1 42 6 2 46 2015 5 5 8 15 38 (I) ecl (II) P 318 1.2 34.4 47.9 290 0.299 | 8 12 59 8 14 5 8 15 38 8 17 11 8 18 17 2015 5 10 5 22 48 (I) occ (III) P 297 0.2 80.2 56.2 108 0.537 | 5 20 20 5 22 48 5 25 17 2015 5 13 6 6 38 (III) occ (I) P 335 0.3 78.9 74.5 109 0.502 | 6 3 50 6 6 38 6 9 25 2015 5 13 3 11 13 (III) occ (IV) P 531 0.6 59.2 102.3 109 0.177 | 3 6 48 3 11 13 3 15 39 2015 5 17 8 11 22 (I) occ (III) P 298 0.3 75.7 42.9 108 0.425 | 8 8 53 8 11 22 8 13 51 2015 5 18 4 10 26 (II) occ (I) P 208 0.2 81.3 62.1 289 0.435 | 4 8 42 4 10 26 4 12 9 2015 5 20 4 35 32 (III) occ (II) P 399 0.3 76.7 124.0 109 0.369 | 4 32 13 4 35 32 4 38 52 2015 5 21 6 55 46 (III) ecl (I) P 6047 0.2 82.1 89.8 289 0.899 | 6 5 23 6 35 4 6 55 46 7 16 29 7 46 10 2015 5 25 6 27 38 (II) occ (I) P 216 0.3 75.6 56.6 289 0.342 | 6 25 50 6 27 38 6 29 26 2015 5 27 8 1 47 (III) occ (II) T 439 0.3 73.9 127.5 109 0.131 | 7 58 8 8 0 58 8 1 47 8 2 36 8 5 27 2015 5 30 4 14 4 (I) ecl (II) P 329 0.5 62.4 59.7 291 0.497 | 4 11 20 4 12 40 4 14 4 4 15 29 4 16 49 2015 6 4 7 18 27 (III) occ (I) P 1760 0.3 75.4 48.3 290 0.400 | 7 3 47 7 18 27 7 33 7 2015 6 6 6 32 15 (I) ecl (II) P 335 0.4 67.1 63.2 291 0.532 | 6 29 28 6 30 52 6 32 15 6 33 39 6 35 3 2015 6 7 7 4 53 (IV) occ (III) P 217 0.0 98.5 84.4 290 1.097 | 7 3 5 7 4 53 7 6 42 2015 6 11 5 7 44 (III) occ (I) P 1283 0.3 73.4 11.7 109 0.349 | 4 57 2 5 7 44 5 18 25 2015 6 15 3 58 2 (II) occ (III) P 187 0.0 96.9 66.5 110 0.834 | 3 56 29 3 58 2 3 59 36 2015 6 26 4 53 15 (II) occ (I) P 201 0.3 75.2 33.0 290 0.312 | 4 51 34 4 53 15 4 54 55 2015 7 6 4 18 21 (I) occ (III) P 110 0.0 99.3 45.9 291 0.947 | 4 17 26 4 18 21 4 19 16 2015 7 8 5 7 53 (I) ecl (II) P 431 0.4 69.1 77.7 292 0.543 | 5 4 18 5 5 52 5 7 53 5 9 55 5 11 29 2015 8 6 4 15 9 (I) occ (II) P 2850 0.4 70.9 45.2 114 0.240 | 3 51 24 4 15 9 4 38 54 2021 3 5 13 29 24 (II) ecl (I) A 411 0.9 44.8 92.3 250 0.163 | 13 25 59 13 27 9 13 28 48 13 29 24 13 30 1 13 31 40 13 32 50 2021 3 17 13 5 38 (I) occ (II) T 228 0.6 57.5 45.3 250 0.037 | 13 3 43 13 5 31 13 5 38 13 5 44 13 7 32 2021 3 22 12 40 56 (II) occ (III) P 167 0.0 99.1 129.5 69 0.935 | 12 39 33 12 40 56 12 42 20 2021 3 28 11 32 53 (I) ecl (III) E 515 0.0 99.7 133.7 249 1.330 | 11 28 36 11 32 53 11 37 11 2021 3 29 12 9 10 (I) occ (III) A 467 0.4 67.7 89.4 69 0.169 | 12 5 17 12 8 48 12 9 10 12 9 32 12 13 4 2021 4 1 13 19 36 (III) occ (I) T 318 0.4 67.7 30.1 68 0.028 | 13 16 57 13 19 7 13 19 36 13 20 4 13 22 14 2021 4 5 12 36 37 (I) ecl (III) E 319 0.0 98.9 54.8 68 1.288 | 12 33 58 12 36 37 12 39 17 2021 4 6 11 48 10 (II) ecl (I) P 291 0.2 79.7 89.2 249 0.617 | 11 45 45 11 47 18 11 48 10 11 49 2 11 50 35 2021 4 12 12 1 33 (I) ecl (IV) A 1270 0.6 58.7 27.3 64 0.280 | 11 50 58 11 57 21 11 57 51 12 1 33 12 5 14 12 5 44 12 12 7 2021 4 25 12 7 36 (I) ecl (II) A 313 0.0 100.0 96.2 248 0.009 | 12 4 59 12 6 3 12 7 13 12 7 36 12 7 58 12 9 8 12 10 12 2021 4 29 12 19 27 (III) ecl (IV) A 834 0.6 56.9 65.1 65 0.485 | 12 12 30 12 17 40 12 18 11 12 19 27 12 20 44 12 21 15 12 26 25 2021 5 11 9 9 20 (II) ecl (III) A 497 0.4 68.6 54.3 65 0.382 | 9 5 12 9 7 30 9 7 47 9 9 20 9 10 54 9 11 11 9 13 29 2021 5 25 8 25 52 (I) ecl (III) A 400 0.5 64.7 39.9 250 0.210 | 8 22 32 8 24 9 8 24 42 8 25 52 8 27 3 8 27 36 8 29 12 2021 5 27 10 13 21 (I) ecl (II) P 304 0.4 69.6 125.5 248 0.589 | 10 10 48 10 12 18 10 13 21 10 14 23 10 15 53 2021 5 28 9 55 36 (III) ecl (I) P 690 0.3 77.3 104.2 67 0.072 | 9 49 50 9 52 1 9 55 36 9 59 10 10 1 21 2021 6 1 11 8 15 (I) ecl (III) A 384 0.5 63.6 54.4 250 0.458 | 11 5 3 11 6 46 11 7 27 11 8 15 11 9 3 11 9 44 11 11 27 2021 6 5 11 33 19 (III) ecl (I) P 932 0.7 54.8 122.4 247 0.266 | 11 25 33 11 28 22 11 33 19 11 38 17 11 41 5 2021 6 21 6 13 47 (I) ecl (II) E 230 0.0 97.4 144.8 248 0.928 | 6 11 52 6 13 47 6 15 42 2021 6 28 8 33 28 (I) ecl (II) E 186 0.0 99.3 149.1 248 1.002 | 8 31 55 8 33 28 8 35 1 2021 7 5 10 54 38 (I) ecl (II) E 115 0.0 99.9 152.6 248 1.066 | 10 53 40 10 54 38 10 55 35 2021 8 9 4 11 55 (III) ecl (II) P 3914 2.0 16.5 193.5 246 0.440 | 3 39 18 3 47 43 4 11 55 4 36 7 4 44 32 2021 8 12 6 10 26 (I) ecl (III) P 1301 0.1 90.7 38.4 61 0.945 | 5 59 35 6 5 29 6 10 26 6 15 22 6 21 16 2021 8 16 10 18 34 (III) ecl (II) T 1856 9.9 0.0 221.5 247 0.112 | 10 3 6 10 7 12 10 18 5 10 18 34 10 19 3 10 29 56 10 34 2 2021 8 19 4 25 29 (I) ecl (III) P 1128 0.1 92.0 29.8 256 0.976 | 4 16 5 4 21 38 4 25 29 4 29 21 4 34 54 2025 9 27 8 58 43 (II) occ (I) P 1383 0.1 89.1 26.7 274 0.576 | 8 47 12 8 58 43 9 10 15 2025 10 4 8 7 55 (II) occ (I) P 984 0.0 95.7 18.0 110 0.727 | 7 59 43 8 7 55 8 16 7 2026 5 11 3 10 52* (I) ecl (II) E 2074 0.0 99.0 96.8 99 0.879 | 2 53 35 3 10 52 3 28 9 2026 8 23 12 33 27 (II) occ (I) P 56 0.0 99.7 54.2 107 0.727 | 12 32 58 12 33 27 12 33 55 2026 8 23 11 57 15 (II) ecl (I) E 108 0.0 99.8 47.2 107 1.029 | 11 56 21 11 57 15 11 58 9 2026 9 10 12 19 50 (II) occ (IV) P 129 0.0 99.0 3.7 90 0.830 | 12 18 45 12 19 50 12 20 55 2026 9 12 12 58 46 (I) occ (II) T 243 0.6 57.5 55.4 110 0.001 | 12 56 45 12 58 37 12 58 46 12 58 56 13 0 48 2026 9 12 11 55 27 (I) ecl (II) P 276 0.6 58.7 44.3 110 0.479 | 11 53 9 11 54 23 11 55 27 11 56 32 11 57 45 2026 9 15 12 46 1 (III) occ (II) P 222 0.0 95.7 89.3 289 0.773 | 12 44 10 12 46 1 12 47 52 2026 9 24 11 19 0 (II) occ (I) P 220 0.1 87.6 74.8 110 0.494 | 11 17 10 11 19 0 11 20 50 2026 10 1 12 13 59 (II) ecl (I) A 338 0.8 48.0 65.0 110 0.141 | 12 11 11 12 12 14 12 13 24 12 13 59 12 14 35 12 15 45 12 16 48 2026 10 2 10 12 50 (II) occ (III) P 425 0.2 81.0 129.8 291 0.444 | 10 9 17 10 12 50 10 16 22 2026 10 3 12 23 23 (I) occ (III) P 762 0.2 82.7 98.8 110 0.541 | 12 17 2 12 23 23 12 29 44 2026 10 4 10 51 52 (IV) ecl (II) P 1204 0.7 51.8 153.7 111 0.559 | 10 41 51 10 49 44 10 51 52 10 54 1 11 1 54 2026 10 14 10 41 32 (I) occ (IV) P 252 0.1 90.8 48.6 112 0.707 | 10 39 26 10 41 32 10 43 38 2026 10 14 9 52 5 (I) ecl (II) A 284 0.2 81.4 19.6 115 0.035 | 9 49 43 9 50 42 9 51 45 9 52 5 9 52 26 9 53 28 9 54 27 2026 10 21 12 3 49 (I) ecl (II) A 278 0.8 46.7 14.2 117 0.165 | 12 1 30 12 2 30 12 3 45 12 3 49 12 3 52 12 5 7 12 6 8 2026 10 22 9 19 52 (IV) ecl (I) E 229 0.0 99.0 56.0 291 1.423 | 9 17 58 9 19 52 9 21 47 2026 10 30 11 14 32 (I) ecl (IV) E 379 0.1 88.1 84.3 290 0.955 | 11 11 22 11 14 32 11 17 41 2026 11 2 10 28 33 (II) ecl (I) P 361 0.4 71.8 85.4 112 0.499 | 10 25 32 10 26 54 10 28 33 10 30 12 10 31 34 2026 11 4 9 2 37 (III) ecl (II) P 438 0.7 51.9 85.6 290 0.439 | 8 58 58 9 1 10 9 2 37 9 4 4 9 6 16 2026 11 9 12 47 45 (II) ecl (I) P 347 0.2 83.8 90.8 112 0.627 | 12 44 51 12 46 32 12 47 45 12 48 58 12 50 39 2026 11 11 12 13 57 (III) ecl (II) P 451 0.3 74.4 80.7 290 0.200 | 12 10 12 12 12 12 12 13 57 12 15 42 12 17 43 2026 11 14 7 55 53 (II) occ (III) P 637 0.2 82.2 172.2 292 0.527 | 7 50 35 7 55 53 8 1 12 2026 11 15 7 43 14 (I) ecl (II) E 221 0.2 79.9 4.7 265 0.656 | 7 41 23 7 43 14 7 45 4 2026 11 16 7 55 30 (I) ecl (IV) A 1173 0.6 56.9 71.8 289 0.280 | 7 45 44 7 50 34 7 52 45 7 55 30 7 58 16 8 0 27 8 5 17 2026 11 17 10 47 24 (III) ecl (IV) E 186 0.0 100.0 132.5 113 1.807 | 10 45 51 10 47 24 10 48 57 2026 11 21 11 37 20 (II) occ (III) P 711 0.2 82.2 178.1 292 0.537 | 11 31 25 11 37 20 11 43 16 2026 11 21 7 4 35 (II) ecl (III) P 626 0.1 90.5 212.1 292 0.829 | 6 59 22 7 3 33 7 4 35 7 5 38 7 9 48 2026 11 22 9 54 8 (I) ecl (II) E 188 0.1 91.9 9.4 277 0.803 | 9 52 34 9 54 8 9 55 43 2026 11 22 7 15 49 (I) ecl (III) E 305 0.1 95.0 11.4 118 1.058 | 7 13 17 7 15 49 7 18 22 2026 11 23 6 28 42 (IV) ecl (III) E 803 0.1 91.3 221.7 112 1.195 | 6 22 0 6 28 42 6 35 23 2026 11 25 7 55 49 (III) ecl (I) E 281 0.1 95.2 57.7 113 1.157 | 7 53 29 7 55 49 7 58 10 2026 11 25 9 27 21 (IV) ecl (II) E 631 0.5 63.5 158.4 291 0.571 | 9 22 5 9 27 21 9 32 36 2026 11 28 10 41 46 (II) ecl (III) P 698 0.1 88.8 218.8 292 0.788 | 10 35 57 10 39 45 10 41 46 10 43 46 10 47 35 2026 11 29 12 4 58 (I) ecl (II) E 142 0.0 98.3 13.9 282 0.953 | 12 3 48 12 4 58 12 6 9 2026 11 29 10 1 12 (I) ecl (III) E 334 0.1 89.0 1.5 222 0.899 | 9 58 25 10 1 12 10 3 59 2026 12 2 10 46 47 (III) ecl (I) E 373 0.2 83.9 72.7 113 0.955 | 10 43 40 10 46 47 10 49 53 2026 12 6 14 15 44 (I) ecl (II) E 46 0.0 100.0 18.2 284 1.104 | 14 15 21 14 15 44 14 16 7 2026 12 6 12 44 32 (I) ecl (III) P 356 0.2 80.0 12.4 285 0.726 | 12 41 34 12 43 39 12 44 32 12 45 26 12 47 30 2026 12 7 5 24 8 (II) occ (III) P 3309 0.2 85.8 160.2 113 0.659 | 4 56 34 5 24 8 5 51 42 2026 12 9 13 42 45 (III) ecl (I) P 464 0.5 65.8 88.1 112 0.764 | 13 38 53 13 41 23 13 42 45 13 44 7 13 46 37 2026 12 10 7 52 42 (III) occ (I) P 810 0.0 97.4 45.0 293 1.093 | 7 45 57 7 52 42 7 59 27 2026 12 12 13 40 44 (IV) ecl (III) P 870 0.5 64.1 258.5 292 0.701 | 13 33 29 13 39 29 13 40 44 13 42 0 13 47 59 2026 12 17 6 23 59 (III) occ (I) P 748 0.0 96.3 12.3 108 1.069 | 6 17 45 6 23 59 6 30 13 2026 12 19 6 13 19 (I) ecl (IV) E 185 0.0 99.9 177.1 290 1.499 | 6 11 47 6 13 19 6 14 51 2026 12 20 7 42 25 (I) ecl (IV) E 1535 0.3 78.9 36.5 120 0.723 | 7 29 38 7 42 25 7 55 13 2026 12 21 9 22 43 (II) ecl (III) P 2809 0.3 74.6 133.3 113 0.504 | 8 59 18 9 5 46 9 22 43 9 39 39 9 46 7 2026 12 24 9 20 20 (III) ecl (I) P 1555 1.0 40.9 8.5 298 0.248 | 9 7 22 9 10 27 9 20 20 9 30 13 9 33 17 2026 12 24 7 17 21 (III) ecl (II) E 256 0.0 96.3 33.4 287 1.207 | 7 15 13 7 17 21 7 19 29 2026 12 28 13 7 0 (IV) ecl (I) E 367 0.1 94.3 95.6 292 1.192 | 13 3 56 13 7 0 13 10 4 2026 12 31 7 38 12 (III) ecl (I) P 1658 1.0 40.6 54.8 111 0.243 | 7 24 23 7 27 41 7 38 12 7 48 43 7 52 1 2026 12 31 10 27 49 (III) ecl (II) E 111 0.0 99.9 21.9 284 1.429 | 10 26 53 10 27 49 10 28 45 2027 1 3 8 35 45 (II) ecl (III) E 521 0.0 100.0 212.4 292 1.203 | 8 31 24 8 35 45 8 40 5 2027 1 15 4 1 59 (III) ecl (I) P 517 0.9 41.7 115.5 292 0.430 | 3 57 41 3 59 36 4 1 59 4 4 23 4 6 18 2027 1 18 4 54 39 (I) ecl (III) A 395 0.5 63.7 74.6 290 0.396 | 4 51 21 4 52 59 4 53 49 4 54 39 4 55 29 4 56 19 4 57 57 2027 1 19 3 20 10 (II) ecl (III) E 635 0.0 96.2 185.6 112 0.973 | 3 14 52 3 20 10 3 25 27 2027 1 22 6 57 25 (III) ecl (I) P 444 0.8 49.5 104.5 291 0.625 | 6 53 43 6 55 45 6 57 25 6 59 5 7 1 7 2027 1 25 7 38 36 (I) ecl (III) P 392 0.4 70.8 82.4 290 0.566 | 7 35 20 7 37 8 7 38 36 7 40 3 7 41 52 2027 1 26 7 3 8 (II) ecl (III) E 177 0.0 100.0 191.4 112 1.277 | 7 1 39 7 3 8 7 4 36 2027 1 29 9 48 24 (III) ecl (I) P 378 0.3 72.5 90.7 291 0.829 | 9 45 15 9 47 58 9 48 24 9 48 50 9 51 33 2027 1 30 14 33 13 (IV) ecl (II) P 1563 0.6 58.6 19.5 101 0.642 | 14 20 12 14 28 37 14 33 13 14 37 49 14 46 15 2027 2 1 10 24 40 (I) ecl (III) P 386 0.2 80.1 89.1 290 0.721 | 10 21 27 10 23 35 10 24 40 10 25 45 10 27 53 2027 2 5 12 36 22 (III) ecl (I) E 308 0.1 89.3 74.8 291 1.038 | 12 33 48 12 36 22 12 38 56 2027 2 8 13 13 10 (I) ecl (III) E 380 0.1 87.6 94.7 290 0.858 | 13 10 0 13 13 10 13 16 21 2027 3 9 13 45 9 (I) ecl (III) P 1270 0.2 81.8 43.1 112 0.721 | 13 34 34 13 38 18 13 45 9 13 52 0 13 55 44 2027 3 16 2 32 12 (I) occ (III) P 422 0.1 94.6 127.7 290 1.067 | 2 28 41 2 32 12 2 35 43 2027 3 16 5 45 46 (I) ecl (III) E 1021 0.0 96.4 91.6 289 1.045 | 5 37 15 5 45 46 5 54 17 2027 3 16 11 57 53 (I) ecl (III) P 1608 0.2 84.1 19.1 286 0.762 | 11 44 29 11 49 42 11 57 53 12 6 3 12 11 17 2027 3 23 5 55 43 (I) occ (III) P 830 0.2 85.5 126.6 289 0.768 | 5 48 48 5 55 43 6 2 38 2027 3 24 3 51 41 (I) occ (III) P 188 0.0 99.5 123.0 110 1.273 | 3 50 7 3 51 41 3 53 15 2027 3 31 6 50 37 (I) occ (III) P 198 0.0 98.9 114.8 110 1.210 | 6 48 58 6 50 37 6 52 16 2027 4 7 9 42 2 (I) occ (III) P 207 0.0 98.0 104.5 110 1.141 | 9 40 19 9 42 2 9 43 45 2027 4 10 10 41 35 (III) occ (I) P 141 0.0 98.1 36.7 110 1.134 | 10 40 24 10 41 35 10 42 45 2027 5 30 6 55 14 (III) occ (I) P 457 0.1 89.8 100.5 111 0.734 | 6 51 25 6 55 14 6 59 2 2027 5 31 4 35 3 (III) occ (I) P 741 0.1 94.6 102.2 291 0.859 | 4 28 53 4 35 3 4 41 14 |
SATURNYear M D h m s Event Type Ph Dur dMag %Ill Sep PA MinD h m s h m s h m s h m s h m s h m s h m s 2010 4 20 3 49 35 (II) occ (I) P 191 0.5 64.7 28.0 264 0.014 | 3 47 59 3 49 35 3 51 10 2010 5 27 7 8 22 (III) occ (II) P 216 0.1 89.0 35.9 266 0.071 | 7 6 34 7 8 22 7 10 10 2010 6 4 7 2 32 (II) ecl (I) P 758 0.3 73.6 14.7 261 0.044 | 6 56 13 6 57 33 7 2 32 7 7 30 7 8 51 2010 6 18 8 17 24 (IV) occ (III) P 954 0.3 79.0 38.2 88 0.075 | 8 9 28 8 17 24 8 25 21 2010 6 18 8 17 24 (IV) occ (III) P 955 0.3 79.0 38.2 88 0.075 | 8 9 27 8 17 24 8 25 22 2010 7 1 5 26 30 (II) occ (III) A 312 0.2 81.9 33.6 85 0.013 | 5 23 54 5 25 36 5 26 30 5 27 23 5 29 6 Year M D h m s Event Type Ph Dur dMag %Ill Sep PA MinD h m s h m s h m s h m s h m s h m s h m s 2023 8 25 10 33 7* (I) ecl (II) A 0 9.9 0.0 37.1 95 3.258 | 10 33 7 2024 7 9 10 18 26 (II) occ (III) P 1067 0.2 84.6 2.7 302 0.056 | 10 9 33 10 18 26 10 27 20 2024 10 14 13 16 9 (I) ecl (II) A 351 0.1 95.2 24.3 281 0.001 | 13 13 14 13 13 46 13 15 35 13 16 9 13 16 43 13 18 32 13 19 5 2024 10 29 14 45 50 (I) ecl (II) P 233 0.6 57.7 24.9 281 0.024 | 14 43 54 14 44 22 14 45 50 14 47 19 14 47 47 2024 11 20 6 38 58 (I) ecl (III) A 246 0.1 89.5 23.8 282 0.050 | 6 36 55 6 37 31 6 38 17 6 38 58 6 39 39 6 40 25 6 41 1 2024 11 22 4 0 10 (I) ecl (III) A 282 0.0 100.0 23.5 282 0.025 | 3 57 49 3 58 23 3 59 2 4 0 10 4 1 18 4 1 57 4 2 31 2024 12 26 2 29 11 (II) ecl (III) A 668 0.0 100.0 27.8 279 0.015 | 2 23 37 2 24 17 2 27 5 2 29 11 2 31 18 2 34 6 2 34 45 2025 2 27 2 43 56 (III) occ (IV) P 351 0.3 74.0 38.3 94 0.055 | 2 41 0 2 43 56 2 46 51 2025 5 4 12 0 50 (IV) ecl (II) T 221 9.9 0.0 31.7 95 0.020 | 11 59 0 11 59 35 12 0 40 12 0 50 12 1 0 12 2 6 12 2 41 2025 5 15 10 50 1 (IV) ecl (II) E 126 0.1 91.5 31.8 95 0.111 | 10 48 58 10 50 1 10 51 4 2025 5 16 10 52 18 (VI) ecl (V) P 689 0.6 56.1 60.8 273 0.295 | 10 46 33 10 49 39 10 52 18 10 54 57 10 58 2 2025 5 21 10 34 54 (II) ecl (V) E 148 0.0 100.0 25.6 268 0.001 | 10 33 40 10 34 17 10 34 7 10 34 54 10 35 40 10 35 31 10 36 8 2025 5 23 10 56 36 (III) ecl (II) P 92 0.3 77.3 12.2 101 0.022 | 10 55 50 10 56 12 10 56 36 10 57 0 10 57 22 2025 6 6 12 13 54 (IV) ecl (I) E 76 0.5 64.8 14.2 97 0.090 | 12 13 16 12 13 54 12 14 32 2025 6 6 10 12 44 (V) ecl (I) E 96 0.3 73.3 1.3 157 0.107 | 10 11 56 10 12 44 10 13 32 2025 6 11 11 51 49 (III) ecl (II) P 87 0.2 86.0 9.9 263 0.014 | 11 51 5 11 51 27 11 51 49 11 52 10 11 52 32 2025 6 13 9 48 43 (III) ecl (IV) E 44 0.0 99.9 15.5 263 0.192 | 9 48 21 9 48 43 9 49 5 2025 6 17 9 44 3 (III) ecl (V) E 134 0.0 98.0 41.5 269 0.188 | 9 42 56 9 44 3 9 45 10 2025 6 24 9 30 28 (V) ecl (I) E 80 0.2 85.3 11.9 98 0.144 | 9 29 48 9 30 28 9 31 8 2025 7 1 7 58 46 (I) ecl (III) E 19 0.0 100.0 5.1 117 0.133 | 7 58 36 7 58 46 7 58 55 2025 7 3 8 35 14 (I) ecl (II) P 50 0.4 66.8 19.0 268 0.033 | 8 34 49 8 35 7 8 35 14 8 35 20 8 35 39 2025 7 9 12 6 36 (II) ecl (I) E 50 0.4 72.1 17.1 96 0.046 | 12 6 11 12 6 36 12 7 1 2025 7 11 11 3 53 (III) ecl (I) E 19 0.0 100.0 25.3 94 0.125 | 11 3 43 11 3 53 11 4 2 2025 7 13 8 20 49 (III) ecl (I) E 89 0.3 78.5 25.6 94 0.091 | 8 20 5 8 20 49 8 21 33 2025 7 16 10 8 36 (I) ecl (III) E 69 0.2 86.3 3.7 127 0.058 | 10 8 2 10 8 24 10 8 21 10 8 36 10 8 51 10 8 48 10 9 10 2025 7 18 7 24 50 (I) ecl (III) E 72 0.2 85.3 3.5 128 0.044 | 7 24 14 7 24 34 7 24 31 7 24 50 7 25 8 7 25 5 7 25 25 2025 7 19 10 48 30 (III) occ (II) T 1152 0.2 81.9 29.6 276 0.003 | 10 38 54 10 45 4 10 48 30 10 51 57 10 58 6 2025 7 31 12 18 26 (I) ecl (III) E 59 0.1 93.8 2.5 142 0.086 | 12 17 56 12 18 26 12 18 55 2025 8 2 9 34 40 (I) ecl (III) E 46 0.0 98.4 2.4 145 0.109 | 9 34 17 9 34 40 9 35 3 2025 8 4 6 50 54 (I) ecl (III) E 19 0.0 100.0 2.3 148 0.134 | 6 50 45 6 50 54 6 51 3 2025 9 6 11 34 15 (III) ecl (I) P 299 1.4 28.1 27.5 275 0.056 | 11 31 46 11 32 29 11 34 15 11 36 0 11 36 44 2025 9 7 12 2 3 (II) occ (III) P 325 0.0 96.0 35.6 95 0.101 | 11 59 20 12 2 3 12 4 45 2025 9 8 8 56 34 (III) ecl (I) P 256 1.2 33.8 27.9 275 0.067 | 8 54 26 8 55 11 8 56 34 8 57 56 8 58 42 2025 9 10 6 29 42 (III) occ (I) P 147 0.0 95.9 28.6 275 0.092 | 6 28 28 6 29 42 6 30 55 2025 9 10 6 18 13 (III) ecl (I) P 222 0.7 52.2 28.3 275 0.076 | 6 16 22 6 17 10 6 18 13 6 19 15 6 20 4 2025 9 12 3 48 42 (III) occ (I) T 214 0.1 87.7 28.8 275 0.037 | 3 46 54 3 48 4 3 48 42 3 49 19 3 50 29 2025 9 12 3 39 20 (III) ecl (I) P 195 0.5 65.2 28.5 275 0.082 | 3 37 43 3 38 35 3 39 20 3 40 5 3 40 58 2025 9 23 11 39 10 (III) ecl (I) P 160 0.8 49.1 29.3 275 0.074 | 11 37 50 11 38 28 11 39 10 11 39 52 11 40 30 2025 9 25 8 58 22 (III) ecl (I) P 164 1.3 31.2 29.4 275 0.066 | 8 57 0 8 57 33 8 58 22 8 59 11 8 59 44 2025 9 25 8 58 22 (III) ecl (I) P 165 1.3 31.2 29.4 275 0.066 | 8 57 0 8 57 33 8 58 22 8 59 11 8 59 44 2025 9 27 6 17 25 (III) ecl (I) P 170 1.0 38.4 29.4 276 0.055 | 6 16 0 6 16 30 6 17 25 6 18 20 6 18 50 2025 9 29 3 36 20 (III) ecl (I) P 173 0.4 67.2 29.4 276 0.042 | 3 34 53 3 35 20 3 36 20 3 37 19 3 37 46 2025 10 10 11 27 35 (III) ecl (I) P 121 0.6 59.1 28.9 276 0.079 | 11 26 35 11 27 12 11 27 35 11 27 58 11 28 35 2025 10 12 8 45 50 (III) ecl (I) E 77 0.0 96.0 28.8 276 0.107 | 8 45 12 8 45 50 8 46 29 2025 10 20 8 34 11 (I) occ (IV) A 153 0.1 88.8 29.7 96 0.019 | 8 32 55 8 33 37 8 34 11 8 34 46 8 35 28 2025 10 24 9 17 40 (I) occ (III) P 29 0.0 97.9 6.1 276 0.100 | 9 17 25 9 17 40 9 17 54 2025 10 26 6 33 19 (I) occ (III) P 45 0.1 91.8 6.3 277 0.073 | 6 32 57 6 33 19 6 33 41 2025 10 28 3 49 0 (I) occ (III) A 52 0.1 87.7 6.5 277 0.050 | 3 48 34 3 48 56 3 49 0 3 49 3 3 49 26 2025 10 28 9 53 40 (II) occ (III) P 54 0.0 96.5 30.0 94 0.101 | 9 53 12 9 53 40 9 54 7 2025 10 29 3 25 40 (V) occ (I) P 198 0.0 99.0 13.5 277 0.137 | 3 24 1 3 25 40 3 27 19 2025 10 29 5 22 11 (III) occ (II) T 65 0.2 81.9 12.5 273 0.037 | 5 21 39 5 22 5 5 22 11 5 22 18 5 22 44 2025 10 29 6 33 33 (V) occ (I) P 198 0.0 98.0 28.2 276 0.128 | 6 31 54 6 33 33 6 35 12 2025 10 31 3 19 28 (III) occ (V) P 123 0.3 77.8 16.4 273 0.086 | 3 18 27 3 19 28 3 20 30 2025 11 1 4 44 29 (IV) occ (III) P 96 0.1 89.1 31.1 94 0.114 | 4 43 41 4 44 29 4 45 17 2025 11 5 10 14 27 (III) occ (II) T 135 0.2 81.9 35.6 95 0.042 | 10 13 20 10 14 20 10 14 27 10 14 34 10 15 34 2025 11 8 6 53 7 (I) occ (VII) P 45 0.2 81.3 23.7 96 0.026 | 6 52 45 6 53 7 6 53 30 2025 11 9 3 1 11 (II) occ (V) A 926 0.1 90.4 21.1 274 0.007 | 2 53 28 2 57 16 3 1 11 3 5 5 3 8 54 2025 11 9 8 35 51 (III) occ (II) P 17 0.0 99.7 16.2 95 0.117 | 8 35 42 8 35 51 8 36 0 2025 11 9 9 38 1 (III) occ (V) P 126 0.4 71.7 10.0 97 0.060 | 9 36 58 9 38 1 9 39 4 2025 11 10 8 39 33 (I) occ (III) A 58 0.1 87.7 8.1 278 0.013 | 8 39 4 8 39 20 8 39 33 8 39 46 8 40 2 2025 11 10 4 16 11 (II) occ (III) P 71 0.1 94.6 32.3 275 0.092 | 4 15 36 4 16 11 4 16 47 2025 11 11 3 46 27 (I) occ (IV) P 51 0.1 94.3 17.9 96 0.084 | 3 46 2 3 46 27 3 46 53 2025 11 11 4 43 52 (III) occ (IV) P 112 0.5 63.2 22.9 95 0.035 | 4 42 56 4 43 52 4 44 48 2025 11 12 2 30 40 (I) occ (II) P 35 0.2 80.7 17.1 95 0.034 | 2 30 23 2 30 40 2 30 57 2025 11 12 5 55 28 (I) occ (III) A 59 0.1 87.7 8.3 278 0.009 | 5 54 59 5 55 15 5 55 28 5 55 41 5 55 57 2025 11 12 8 9 57 (IV) occ (III) P 81 0.2 86.5 5.8 89 0.103 | 8 9 16 8 9 57 8 10 37 2025 11 14 3 11 25 (I) occ (III) A 59 0.1 87.7 8.5 278 0.001 | 3 10 55 3 11 11 3 11 25 3 11 38 3 11 54 2025 11 18 7 6 26 (I) occ (V) A 293 0.1 93.7 5.6 272 0.067 | 7 3 59 7 5 25 7 6 26 7 7 27 7 8 52 2025 11 20 5 31 16 (IV) occ (III) P 209 0.5 62.9 42.7 94 0.034 | 5 29 31 5 31 16 5 33 0 2025 11 20 2 7 42 (V) occ (IV) P 324 0.0 99.4 52.9 94 0.193 | 2 5 0 2 7 42 2 10 24 2025 11 22 7 44 11 (III) occ (IV) P 108 0.0 96.2 41.6 95 0.139 | 7 43 17 7 44 11 7 45 5 2025 11 25 8 13 53 (V) occ (III) P 115 0.1 87.5 24.3 275 0.121 | 8 12 56 8 13 53 8 14 51 2025 11 29 1 23 49 (IV) occ (III) P 130 0.5 61.2 31.1 275 0.029 | 1 22 44 1 23 49 1 24 54 2025 12 1 8 27 2 (IV) occ (III) P 30 0.0 99.6 23.9 93 0.158 | 8 26 47 8 27 2 8 27 17 2025 12 8 1 58 51 (III) occ (IV) A 156 0.7 52.8 36.4 274 0.002 | 1 57 33 1 58 49 1 58 51 1 58 53 2 0 9 2025 12 14 7 5 47 (II) occ (III) P 56 0.1 89.0 14.3 276 0.068 | 7 5 19 7 5 47 7 6 15 2025 12 15 2 38 25 (III) occ (II) P 79 0.1 91.3 29.7 95 0.076 | 2 37 46 2 38 25 2 39 5 2025 12 18 5 57 3 (II) occ (III) A 68 0.2 81.9 10.5 93 0.001 | 5 56 29 5 56 51 5 57 3 5 57 15 5 57 37 2025 12 22 4 33 9 (II) occ (III) A 110 0.2 81.9 30.4 94 0.026 | 4 32 14 4 32 54 4 33 9 4 33 25 4 34 4 |
URANUSYear M D h m s Event Type Ph Dur dMag %Ill Sep PA MinD h m s h m s h m s h m s h m s h m s h m s 2011 9 20 2 29 15* (V) occ (I) A 0 2.1 14.2 3.7 240 5.071 | 2 29 15 2012 10 12 23 32 15* (I) ecl (V) T 0 9.9 0.0 7.6 326 0.631 | 23 32 15 2012 11 11 23 56 30* (V) ecl (I) A 0 9.9 0.0 13.3 169 0.908 | 23 56 30 |
| Occultations, Eclipses, and Transits |
| JUPITER |
Satellites of Jupiter 2010
March
Satellites of Jupiter 2010
April
4 13 19.6 1.Sh.E 11 12 57.5 1.Sh.I 24 12 31.7 3.Oc.R
13 12 55.9 2.Oc.R 27 12 10.3 1.Tr.I
19 12 6.7 1.Ec.D 28 11 45.5 1.Oc.R
20 12 26.1 1.Tr.E 29 11 30.3 2.Sh.E
Satellites of Jupiter 2010
May
6 11 16.3 2.Sh.I 12 11 30.1 3.Tr.E 21 10 31.9 4.Tr.I
12 18.6 1.Ec.D 12 12.4 1.Oc.R
13 11 45.6 1.Sh.E 22 10 47.6 2.Ec.D
19 10 57.9 3.Sh.E 24 11 10.3 2.Tr.E
20 11 24.2 1.Sh.I 26 11 38.1 3.Sh.I
28 10 35.8 1.Ec.D
29 10 1.4 1.Sh.E
10 57.7 4.Ec.R
11 17.1 1.Tr.E
30 10 3.6 3.Oc.R
31 11 6.3 2.Tr.I
11 16.7 2.Sh.E
Satellites of Jupiter 2010
June
5 9 40.3 1.Sh.I 12 11 34.1 1.Sh.I 21 9 18.9 1.Tr.I
10 59.5 1.Tr.I 13 8 52.5 1.Ec.D 10 11.0 1.Sh.E
11 55.1 1.Sh.E 9 33.2 3.Ec.D 11 32.3 1.Tr.E
6 10 35.7 1.Oc.R 14 9 37.8 1.Tr.E 22 8 54.7 1.Oc.R
11 5.2 3.Oc.D 20 10 46.6 1.Ec.D 23 10 24.9 2.Ec.D
7 11 3.9 2.Sh.I 10 55.1 4.Sh.I
9 10 45.1 2.Oc.R 24 9 27.0 3.Tr.I
25 8 23.3 2.Sh.E
8 23.8 2.Tr.I
11 7.7 2.Tr.E
28 9 50.1 1.Sh.I
11 12.6 1.Tr.I
12 4.8 1.Sh.E
29 10 48.2 1.Oc.R
30 7 54.2 1.Tr.E
Satellites of Jupiter 2010
July
1 10 57.0 3.Sh.E 11 10 22.0 2.Oc.R 21 10 0.0 1.Sh.I
2 8 11.3 2.Sh.I 12 7 10.5 3.Oc.D 11 15.3 1.Tr.I
10 58.5 2.Tr.I 10 6.2 3.Oc.R 12 14.8 1.Sh.E
10 59.2 2.Sh.E 13 10 57.2 1.Ec.D 22 7 19.7 1.Ec.D
4 7 50.4 2.Oc.R 14 8 6.2 1.Sh.I 10 49.6 1.Oc.R
5 11 43.9 1.Sh.I 9 24.9 1.Tr.I 23 6 43.4 1.Sh.E
6 9 3.2 1.Ec.D 10 20.9 1.Sh.E 7 55.9 1.Tr.E
7 7 33.4 1.Tr.I 11 38.0 1.Tr.E 25 10 5.4 2.Ec.D
8 27.0 1.Sh.E 15 8 59.6 1.Oc.R 26 9 37.9 3.Ec.D
9 46.6 1.Tr.E 18 7 29.4 2.Ec.D 27 7 41.4 2.Tr.I
8 11 42.5 3.Sh.I 19 8 52.5 3.Ec.R 8 3.9 2.Sh.E
9 10 47.3 2.Sh.I 10 57.7 3.Oc.D 10 22.8 2.Tr.E
10 7 49.6 4.Sh.E 20 7 56.8 2.Tr.E 28 11 53.9 1.Sh.I
29 9 13.7 1.Ec.D
12 38.4 1.Oc.R
30 6 22.4 1.Sh.I
7 26.1 3.Tr.E
7 31.8 1.Tr.I
8 37.4 1.Sh.E
9 45.0 1.Tr.E
31 7 5.5 1.Oc.R
Satellites of Jupiter 2010
August
1 12 41.6 2.Ec.D 12 9 17.3 2.Oc.R 21 5 7.2 2.Sh.E
3 7 52.3 2.Sh.I 13 7 47.1 3.Sh.I 5 17.6 4.Ec.R
10 5.3 2.Tr.I 10 10.6 1.Sh.I 6 36.0 2.Tr.E
10 39.2 2.Sh.E 10 57.4 3.Sh.E 9 24.6 1.Ec.D
4 8 54.6 4.Ec.D 11 6.7 1.Tr.I 12 24.9 1.Oc.R
11 14.7 4.Ec.R 11 43.3 3.Tr.I 22 6 33.3 1.Sh.I
5 6 55.4 2.Oc.R 12 25.8 1.Sh.E 7 19.0 1.Tr.I
11 7.7 1.Ec.D 14 7 30.4 1.Ec.D 8 48.8 1.Sh.E
6 6 57.6 3.Sh.E 10 39.4 1.Oc.R 9 32.6 1.Tr.E
8 12.8 3.Tr.I 15 5 33.2 1.Tr.I 23 6 51.1 1.Oc.R
8 16.5 1.Sh.I 6 54.4 1.Sh.E 24 7 32.6 3.Oc.R
9 19.8 1.Tr.I 7 46.7 1.Tr.E 26 9 49.9 2.Ec.D
10 31.6 1.Sh.E 16 5 5.8 1.Oc.R 28 4 56.0 2.Sh.I
11 0.7 3.Tr.E 19 7 12.9 2.Ec.D 6 11.4 2.Tr.I
11 33.1 1.Tr.E 11 37.4 2.Oc.R 7 42.3 2.Sh.E
7 5 36.3 1.Ec.D 20 11 47.7 3.Sh.I 8 52.5 2.Tr.E
8 53.0 1.Oc.R 12 4.8 1.Sh.I 11 18.8 1.Ec.D
8 5 59.9 1.Tr.E 12 52.7 1.Tr.I 29 8 27.8 1.Sh.I
10 10 27.8 2.Sh.I 9 3.9 1.Tr.I
12 26.8 2.Tr.I 10 43.3 1.Sh.E
11 17.7 1.Tr.E
12 23.7 4.Sh.I
30 5 47.3 1.Ec.D
8 35.6 1.Oc.R
31 5 12.0 1.Sh.E
5 43.8 3.Ec.D
5 43.9 1.Tr.E
10 53.6 3.Oc.R
Satellites of Jupiter 2010
September
2 12 27.2 2.Ec.D 11 2 59.5 3.Sh.E 21 8 41.0 1.Sh.I
4 7 31.3 2.Sh.I 3 56.6 3.Tr.E 8 41.7 1.Tr.I
8 26.2 2.Tr.I 10 6.7 2.Sh.I 10 56.1 1.Tr.E
10 17.4 2.Sh.E 10 40.0 2.Tr.I 10 56.6 1.Sh.E
11 7.5 2.Tr.E 12 52.6 2.Sh.E 22 4 41.4 2.Tr.E
13 13.1 1.Ec.D 12 12 17.2 1.Sh.I 4 45.2 2.Sh.E
5 10 22.4 1.Sh.I 12 32.1 1.Tr.I 5 58.6 1.Oc.D
10 48.2 1.Tr.I 13 4 23.9 2.Ec.D 8 14.2 1.Ec.R
12 38.0 1.Sh.E 7 36.5 2.Oc.R 23 3 7.6 1.Tr.I
13 2.2 1.Tr.E 9 36.1 1.Ec.D 3 9.7 1.Sh.I
6 5 21.0 2.Oc.R 12 3.0 1.Oc.R 5 22.0 1.Tr.E
7 41.7 1.Ec.D 14 6 46.0 1.Sh.I 5 25.4 1.Sh.E
10 19.5 1.Oc.R 6 58.1 1.Tr.I 24 2 42.8 1.Ec.R
7 4 51.1 1.Sh.I 9 1.6 1.Sh.E 25 7 38.1 3.Tr.I
5 14.3 1.Tr.I 9 12.2 1.Tr.E 7 56.6 3.Sh.I
7 6.8 1.Sh.E 15 4 4.7 1.Ec.D 10 29.5 3.Tr.E
7 28.3 1.Tr.E 6 28.9 1.Oc.R 11 1.6 3.Sh.E
9 44.7 3.Ec.D 6 52.5 4.Sh.I 27 9 22.0 2.Oc.D
8 4 45.4 1.Oc.R 8 5.7 4.Sh.E 12 27.8 2.Ec.R
16 3 30.3 1.Sh.E 13 16.1 1.Oc.D
3 38.2 1.Tr.E 28 10 25.6 1.Tr.I
18 3 54.3 3.Sh.I 10 36.2 1.Sh.I
4 23.2 3.Tr.I 12 40.0 1.Tr.E
7 0.4 3.Sh.E 12 51.8 1.Sh.E
7 13.1 3.Tr.E 29 4 12.4 2.Tr.I
12 42.1 2.Sh.I 4 35.4 2.Sh.I
12 53.0 2.Tr.I 6 54.7 2.Tr.E
20 7 1.8 2.Ec.D 7 20.4 2.Sh.E
9 51.6 2.Oc.R 7 42.0 1.Oc.D
11 30.6 1.Ec.D 10 8.7 1.Ec.R
30 4 51.6 1.Tr.I
5 5.0 1.Sh.I
7 6.0 1.Tr.E
7 20.5 1.Sh.E
Satellites of Jupiter 2010
October
1 4 37.4 1.Ec.R 13 3 41.1 3.Oc.D 21 10 7.1 1.Tr.I
2 10 53.0 3.Tr.I 8 41.0 2.Tr.I 10 51.6 1.Sh.I
11 58.5 3.Sh.I 8 56.0 3.Ec.R 22 5 21.3 2.Oc.D
4 11 37.4 2.Oc.D 9 46.6 2.Sh.I 7 22.0 1.Oc.D
5 12 9.8 1.Tr.I 11 10.3 1.Oc.D 9 41.5 2.Ec.R
12 31.6 1.Sh.I 11 23.9 2.Tr.E 10 21.8 1.Ec.R
6 4 55.1 3.Ec.R 14 8 21.1 1.Tr.I 23 4 33.9 1.Tr.I
6 26.1 2.Tr.I 8 55.9 1.Sh.I 5 20.6 1.Sh.I
7 11.0 2.Sh.I 10 35.7 1.Tr.E 6 48.5 1.Tr.E
9 8.7 2.Tr.E 11 11.1 1.Sh.E 7 35.4 1.Sh.E
9 25.8 1.Oc.D 15 3 2.3 2.Oc.D 24 2 49.6 2.Tr.E
9 55.6 2.Sh.E 5 36.5 1.Oc.D 4 23.6 2.Sh.E
12 3.4 1.Ec.R 7 3.0 2.Ec.R 4 50.6 1.Ec.R
7 6 36.0 1.Tr.I 8 26.9 1.Ec.R 25 2 4.3 1.Sh.E
7 0.4 1.Sh.I 16 2 47.6 1.Tr.I 27 10 27.2 3.Oc.D
8 50.5 1.Tr.E 3 24.9 1.Sh.I 29 7 42.3 2.Oc.D
9 15.8 1.Sh.E 5 2.2 1.Tr.E 9 8.6 1.Oc.D
8 3 51.9 1.Oc.D 5 40.0 1.Sh.E 30 6 21.3 1.Tr.I
4 24.6 2.Ec.R 17 2 55.6 1.Ec.R 7 16.4 1.Sh.I
6 32.1 1.Ec.R 20 7 2.6 3.Oc.D 8 35.9 1.Tr.E
9 3 16.8 1.Tr.E 10 57.4 2.Tr.I 9 31.0 1.Sh.E
3 44.6 1.Sh.E 31 2 25.8 2.Tr.I
10 10 35.3 4.Ec.D 3 21.3 3.Tr.E
11 13.5 4.Ec.R 3 35.4 1.Oc.D
4 8.9 3.Sh.I
4 16.1 2.Sh.I
5 9.2 2.Tr.E
6 45.6 1.Ec.R
6 58.9 2.Sh.E
7 7.4 3.Sh.E
Satellites of Jupiter 2010
November
1 1 45.3 1.Sh.I 13 9 59.8 1.Tr.I 21 9 3.3 1.Oc.D
3 2.9 1.Tr.E 14 7 11.6 2.Tr.I 22 6 18.8 1.Tr.I
3 59.8 1.Sh.E 7 12.7 1.Oc.D 7 33.2 1.Sh.I
5 10 5.7 2.Oc.D 7 30.9 3.Tr.I 8 33.4 1.Tr.E
6 8 9.9 1.Tr.I 9 28.0 2.Sh.I 23 3 31.2 1.Oc.D
9 12.3 1.Sh.I 9 55.3 2.Tr.E 4 15.9 2.Oc.D
10 24.5 1.Tr.E 15 4 27.4 1.Tr.I 7 0.1 1.Ec.R
7 3 53.1 3.Tr.I 5 37.2 1.Sh.I 24 2 2.3 1.Sh.I
4 47.5 2.Tr.I 6 42.0 1.Tr.E 3 1.5 1.Tr.E
5 23.5 1.Oc.D 7 51.2 1.Sh.E 4 16.0 1.Sh.E
6 52.0 2.Sh.I 16 1 40.3 1.Oc.D 25 1 36.3 2.Tr.E
6 55.2 3.Tr.E 1 46.0 2.Oc.D 4 1.9 3.Oc.R
7 31.1 2.Tr.E 5 4.8 1.Ec.R 4 3.4 2.Sh.E
8 11.8 3.Sh.I 6 57.4 2.Ec.R 6 7.4 3.Ec.D
8 40.7 1.Ec.R 17 2 20.2 1.Sh.E 9 3.3 3.Ec.R
9 34.3 2.Sh.E 18 2 4.1 3.Ec.D 29 4 46.0 4.Oc.D
8 2 37.2 1.Tr.I 5 1.1 3.Ec.R 6 19.3 4.Oc.R
3 41.2 1.Sh.I 8 11.6 1.Tr.I
4 51.8 1.Tr.E 30 5 23.3 1.Oc.D
5 55.5 1.Sh.E 6 48.2 2.Oc.D
9 3 9.5 1.Ec.R 8 55.4 1.Ec.R
4 18.6 2.Ec.R
Satellites of Jupiter 2010
December
1 2 40.0 1.Tr.I 11 4 12.6 2.Ec.R 23 5 35.9 1.Oc.D
3 58.4 1.Sh.I 13 1 57.4 3.Tr.E 24 2 55.2 1.Tr.I
4 54.5 1.Tr.E 4 26.2 3.Sh.I 4 15.7 1.Sh.I
6 11.9 1.Sh.E 7 16.8 3.Sh.E 5 9.7 1.Tr.E
2 1 22.6 2.Tr.I 15 6 29.6 1.Tr.I 6 28.8 1.Sh.E
3 24.3 1.Ec.R 7 50.6 1.Sh.I 7 32.8 4.Tr.I
3 58.3 2.Sh.I 16 3 40.0 1.Oc.D 25 3 39.5 1.Ec.R
4 6.7 2.Tr.E 6 30.2 2.Tr.I 3 59.7 2.Oc.D
4 44.8 3.Oc.D 7 15.1 1.Ec.R 27 3 45.9 2.Sh.E
6 39.3 2.Sh.E 17 2 19.6 1.Sh.I 7 0.8 3.Tr.I
7 52.8 3.Oc.R 3 13.1 1.Tr.E 31 2 20.3 3.Ec.D
7 7 16.7 1.Oc.D 4 32.8 1.Sh.E 4 52.7 1.Tr.I
8 4 34.2 1.Tr.I 18 6 51.2 2.Ec.R 5 10.2 3.Ec.R
5 54.5 1.Sh.I 20 2 54.0 3.Tr.I 6 11.7 1.Sh.I
6 48.7 1.Tr.E 6 0.9 3.Tr.E 7 7.3 1.Tr.E
8 7.9 1.Sh.E
9 1 45.2 1.Oc.D
3 55.3 2.Tr.I
5 19.7 1.Ec.R
6 34.6 2.Sh.I
6 39.5 2.Tr.E
10 2 36.8 1.Sh.E
|
| Saturn |
Satellites of Saturn 2010
March
1 4 0.8 4.Tr.I 11 12 18.1 3.Ec.D 23 4 15.3 4.Sh.E
5 57.0 3.Sh.E 12 5 27.9 4.Sh.E 4 16.8 4.Tr.E
6 11.0 3.Tr.E 5 38.5 4.Tr.E 4 24.7 5.Tr.I
6 40.9 4.Sh.E 10 58.1 3.Sh.I 4 28.4 5.Sh.I
6 59.7 4.Tr.E 11 6.9 3.Tr.I 7 42.3 5.Sh.E
2 4 49.4 3.Oc.R 13 49.4 3.Sh.E 7 46.2 5.Tr.E
12 28.8 4.Ec.D 13 56.9 3.Tr.E 24 10 3.4 4.Oc.D
5 5 55.3 5.Sh.E 13 9 36.9 3.Ec.D 13 11.8 4.Oc.R
6 10.9 4.Ec.D 11 17.4 4.Ec.D 25 10 34.1 5.Oc.D
6 18.3 5.Tr.E 12 35.2 3.Oc.R 27 3 42.0 4.Oc.D
9 34.7 4.Oc.R 14 3 31.2 5.Sh.I 6 53.3 4.Ec.R
7 8 49.4 5.Ec.D 3 49.9 5.Tr.I 13 24.8 3.Tr.I
12 30.9 5.Oc.R 6 48.8 5.Sh.E 13 29.3 3.Sh.I
8 3 14.4 4.Oc.R 7 2.7 5.Tr.E 28 12 2.8 3.Oc.D
9 8 39.4 4.Sh.I 8 17.0 3.Sh.I 12 26.7 4.Tr.I
8 56.5 4.Tr.I 8 24.1 3.Tr.I 12 35.1 4.Sh.I
11 46.1 4.Sh.E 11 8.2 3.Sh.E 29 10 42.1 3.Tr.I
11 58.9 4.Tr.E 11 14.5 3.Tr.E 10 48.3 3.Sh.I
10 13 39.2 3.Sh.I 15 6 55.8 3.Ec.D 30 9 20.1 3.Oc.D
13 49.7 3.Tr.I 9 52.8 3.Oc.R 12 17.6 3.Ec.R
16 4 59.6 4.Ec.D 31 6 5.5 4.Tr.I
5 35.8 3.Sh.I 6 17.5 4.Sh.I
5 41.3 3.Tr.I 7 59.4 3.Tr.I
8 13.2 4.Oc.R 8 7.2 3.Sh.I
8 27.0 3.Sh.E 9 15.5 4.Tr.E
8 32.1 3.Tr.E 9 20.9 4.Sh.E
9 46.4 5.Ec.D 10 53.0 3.Tr.E
13 15.0 5.Oc.R 10 57.5 3.Sh.E
17 4 14.7 3.Ec.D
7 10.4 3.Oc.R
13 46.0 4.Sh.I
18 2 54.7 3.Sh.I
2 58.5 3.Tr.I
5 45.8 3.Sh.E
5 49.7 3.Tr.E
19 4 28.0 3.Oc.R
20 3 4.6 3.Sh.E
3 7.3 3.Tr.E
7 28.2 4.Sh.I
7 30.7 4.Tr.I
10 33.4 4.Sh.E
10 37.3 4.Tr.E
Satellites of Saturn 2010
April
1 5 0.3 5.Tr.I 11 4 41.3 4.Tr.I 21 5 8.1 3.Tr.E
5 25.9 5.Sh.I 5 7.1 4.Sh.I 5 25.3 3.Sh.E
6 37.5 3.Oc.D 7 54.1 4.Tr.E 22 3 18.8 4.Tr.I
8 29.2 5.Tr.E 8 8.6 4.Sh.E 3 57.0 4.Sh.I
8 36.0 5.Sh.E 12 11 47.1 5.Oc.D 4 4.4 3.Ec.R
9 36.4 3.Ec.R 14 11 39.6 3.Oc.D 6 33.5 4.Tr.E
2 5 16.8 3.Tr.I 15 7 14.6 4.Oc.D 6 56.6 4.Sh.E
5 26.2 3.Sh.I 10 19.1 3.Tr.I 26 5 4.8 5.Ec.R
8 10.6 3.Tr.E 10 39.2 3.Sh.I 5 52.5 4.Oc.D
8 16.4 3.Sh.E 10 46.8 4.Ec.R 9 34.9 4.Ec.R
3 3 2.8 4.Sh.E 11 25.7 6.Tr.I 28 6 57.3 5.Tr.I
3 54.8 3.Oc.D 16 8 57.2 3.Oc.D 8 19.9 5.Sh.I
6 55.3 3.Ec.R 12 7.6 3.Ec.R 10 39.8 5.Tr.E
11 9.9 5.Oc.D 17 4 11.1 5.Ec.R 11 16.9 5.Sh.E
4 5 28.3 3.Tr.E 7 36.7 3.Tr.I 30 8 18.1 4.Tr.I
5 35.2 3.Sh.E 7 58.2 3.Sh.I 9 4.6 4.Sh.I
8 38.3 4.Oc.D 10 32.4 3.Tr.E 11 33.9 4.Tr.E
11 59.0 4.Ec.R 10 47.4 3.Sh.E
5 4 14.2 3.Ec.R 18 4 28.8 4.Ec.R
7 5 40.9 4.Ec.R 6 14.8 3.Oc.D
8 3 17.2 5.Ec.R 9 26.5 3.Ec.R
11 2.2 4.Tr.I 19 4 54.3 3.Tr.I
11 24.6 4.Sh.I 5 17.3 3.Sh.I
10 5 37.4 5.Tr.I 6 16.1 5.Tr.I
6 23.7 5.Sh.I 7 21.5 5.Sh.I
9 12.2 5.Tr.E 7 50.2 3.Tr.E
9 29.7 5.Sh.E 8 6.4 3.Sh.E
9 39.2 4.Tr.I
9 55.4 5.Tr.E
10 14.5 4.Sh.I
10 23.2 5.Sh.E
20 3 32.5 3.Oc.D
6 45.4 3.Ec.R
Satellites of Saturn 2010
May
1 8 35.6 6.Tr.I 11 6 59.0 4.Tr.I 21 7 1.0 3.Tr.I
11 19.3 3.Oc.D 7 55.1 4.Sh.I 7 42.1 3.Sh.I
2 9 59.0 3.Tr.I 10 15.6 4.Tr.E 9 58.3 3.Tr.E
10 30.8 3.Sh.I 10 50.8 4.Sh.E 22 5 39.2 3.Oc.D
3 5 14.2 4.Tr.E 14 3 56.3 4.Tr.E 5 42.2 4.Tr.I
5 44.7 4.Sh.E 4 32.9 4.Sh.E 6 45.7 4.Sh.I
8 37.2 3.Oc.D 6 52.2 5.Ec.R 8 59.1 4.Tr.E
4 7 17.0 3.Tr.I 15 9 33.8 4.Oc.D 9 8.3 3.Ec.R
7 49.9 3.Sh.I 16 8 26.8 5.Tr.I 9 39.2 4.Sh.E
10 13.9 3.Tr.E 10 17.4 5.Sh.I 23 4 19.4 3.Tr.I
10 37.9 3.Sh.E 17 6 32.3 6.Tr.I 5 1.2 3.Sh.I
10 52.2 4.Oc.D 18 7 11.5 4.Ec.R 7 16.8 3.Tr.E
5 5 55.2 3.Oc.D 19 9 42.6 3.Tr.I 7 46.0 5.Ec.R
5 58.7 5.Ec.R 10 22.9 3.Sh.I 7 47.9 3.Sh.E
9 17.2 3.Ec.R 20 8 20.8 3.Oc.D 24 6 27.3 3.Ec.R
6 4 35.1 3.Tr.I 25 4 35.3 3.Tr.E
5 9.0 3.Sh.I 5 6.9 3.Sh.E
7 32.0 3.Tr.E 7 58.9 6.Oc.D
7 56.9 3.Sh.E 9 15.5 5.Tr.I
7 4 32.4 4.Oc.D 26 8 17.7 4.Oc.D
6 36.1 3.Ec.R 29 5 59.9 4.Ec.R
7 40.6 5.Tr.I
8 23.1 4.Ec.R
9 18.4 5.Sh.I
8 4 50.2 3.Tr.E
5 15.9 3.Sh.E
9 3 55.1 3.Ec.R
9 48.1 6.Oc.D
Satellites of Saturn 2010
June
1 8 39.6 5.Ec.R 11 4 23.7 3.Tr.E 23 7 59.4 3.Oc.D
2 4 27.6 4.Tr.I 4 58.2 3.Sh.E 24 5 20.4 4.Tr.E
5 5.3 6.Tr.I 13 4 27.5 4.Sh.I 6 4.6 4.Sh.E
5 36.6 4.Sh.I 6 31.6 4.Tr.E 6 40.0 3.Tr.I
7 44.5 4.Tr.E 7 16.1 4.Sh.E 7 27.3 3.Sh.I
8 27.7 4.Sh.E 17 4 11.6 5.Sh.E 25 5 18.6 3.Oc.D
9 22.8 6.Tr.E 5 52.2 4.Oc.D 26 4 8.3 5.Tr.E
6 7 3.8 4.Oc.D 18 4 14.8 6.Tr.I 4 46.5 3.Sh.I
8 8.3 3.Oc.D 8 7.9 6.Tr.E 5 4.7 5.Sh.E
7 6 48.7 3.Tr.I 19 5 42.9 5.Oc.D 6 31.1 6.Oc.D
7 34.6 3.Sh.I 6 56.1 3.Tr.E
8 5 27.1 3.Oc.D 7 30.7 3.Sh.E
8 59.6 3.Ec.R 27 6 10.1 3.Ec.R
9 4 7.6 3.Tr.I 28 4 15.3 3.Tr.E
4 48.4 4.Ec.R 4 42.9 4.Oc.D
4 53.8 3.Sh.I 4 49.7 3.Sh.E
7 4.9 3.Tr.E 6 41.4 5.Oc.D
7 39.2 3.Sh.E
10 4 46.8 5.Oc.D
6 18.7 3.Ec.R
6 51.2 6.Oc.D
Satellites of Saturn 2010
July
2 7 13.9 4.Tr.I 11 6 34.6 3.Tr.I 23 5 48.3 5.Sh.I
4 4 10.8 6.Tr.I 12 5 13.4 3.Oc.D 24 5 2.7 4.Tr.I
6 50.8 6.Tr.E 13 4 39.2 3.Sh.I 6 9.1 4.Sh.I
5 4 10.7 4.Tr.E 6 7.3 4.Tr.I 29 5 11.2 3.Oc.D
4 53.1 4.Sh.E 6 49.9 3.Tr.E 30 3 51.9 3.Tr.I
5 5.3 5.Tr.E 14 4 47.3 5.Sh.I 4 31.6 3.Sh.I
5 57.6 5.Sh.E 6 1.5 3.Ec.R 31 5 7.6 4.Ec.R
6 3.5 5.Tr.E
15 4 9.3 3.Tr.E
4 41.1 3.Sh.E
20 6 19.6 4.Ec.R
Satellites of Saturn 2010
August
1 4 5.3 3.Tr.E 11 3 55.3 4.Ec.R
4 32.2 3.Sh.E 15 3 51.1 4.Sh.I
4 43.8 5.Tr.I 16 3 52.1 3.Tr.I
4 4 0.0 4.Tr.I 4 23.8 3.Sh.I
5 0.2 4.Sh.I 17 4 1.1 5.Ec.R
18 4 2.4 3.Tr.E
4 23.0 3.Sh.E
Satellites of Saturn 2010
September
4 3 26.8 5.Oc.D 17 2 44.7 4.Sh.E
Satellites of Saturn 2010
October
18 13 9.1 3.Oc.R 29 13 1.8 4.Ec.R
Satellites of Saturn 2010
November
2 13 0.8 3.Ec.D 13 12 16.9 4.Sh.I 21 12 53.3 3.Oc.R
13 26.8 4.Sh.I 14 14.1 4.Sh.E 22 11 18.5 3.Sh.E
4 13 2.3 3.Oc.R 18 14 11.4 3.Sh.I 11 33.0 3.Tr.E
19 12 50.2 3.Ec.D 24 11 6.9 4.Sh.I
20 11 30.2 3.Sh.I 12 58.5 4.Sh.E
12 11.7 3.Tr.I 28 13 45.0 4.Ec.D
13 59.9 3.Sh.E
14 14.1 3.Tr.E
Satellites of Saturn 2010
December
5 11 42.5 4.Sh.E 16 10 26.1 4.Sh.E 22 13 49.2 3.Sh.I
14 0.4 3.Sh.I 20 11 25.3 4.Ec.D 23 12 27.8 3.Ec.D
6 12 39.1 3.Ec.D 13 1.3 4.Ec.R 24 11 8.0 3.Sh.I
7 11 19.2 3.Sh.I 12 8.7 3.Tr.I
12 12.1 3.Tr.I 13 32.7 3.Sh.E
13 46.5 3.Sh.E 13 50.2 3.Tr.E
14 3.1 3.Tr.E 13 55.0 4.Sh.I
8 12 42.3 3.Oc.R 25 9 46.6 3.Ec.D
9 11 5.0 3.Sh.E 12 29.3 3.Oc.R
11 21.7 3.Tr.E 26 9 28.0 3.Tr.I
12 35.1 4.Ec.D 10 51.2 3.Sh.E
14 18.0 4.Ec.R 11 8.6 3.Tr.E
27 9 9.3 4.Sh.E
9 47.8 3.Oc.R
31 10 15.9 4.Ec.D
11 44.2 4.Ec.R
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This site was last updated 03/12/10
© Copyright, Derek C Breit. All rights reserved.
