Meteorites with photographic orbits

As of August 12th, 2024 (last time the list below was updated), there are 55 meteorites with photographic orbits, for which the orbital parameters have either been published in a peer-reviewed journal, in the Meteoritical Bulletin database, in a conference abstract, preprint, or in a PhD thesis. The newest addition to the list is Taghzout, and the most recently fallen meteorite on the list is Ribbeck. The list below is pre-sorted by date of fall.

Ab.NameTypeLoc.Date (UTC)Time (UTC)ZoneMass (kg)a (AU)ei (°)Arg. Peri. (°)Asc. node (°)Ref.
RIRibbeckAubriteGermany2024/01/2100:32:38UTC+1140 / 0.9831.3344
±0.0007
0.3740
±0.0004
7.264
±0.009
243.602
±0.016
300.092SP24
SVSaint-Pierre-le-VigerL5-6France2023/02/1302:59:21UTC+1??? / 1.21.6854
±0.0000**
0.4552
±0.0000**
3.5649
±0.0000**
219.0364
±0.0001
323.8326
±0.0000**
JPL-SB-DB
KHAl-KhadhafH5-6Oman2022/03/0820:15:00UTC+4??? / 0.02211.72
±0.02
0.45
±0.01
4.36
±0.06
??????MB112
GOGoldenL/LL5Canada2021/10/0405:34UTC-670-200 / 2.391.58
±0.02
0.366
±0.006
23.5
±0.13
177.04
±0.13
190.9243BR23
TATaghzoutH5Morocco2021/08/0621:12:14UTC+1??? / 2.12.216
±0.014
0.604
±0.003
3.79
±0.01
??????GU24
ATAntoninL5Poland2021/07/1503:00:11UTC+250-500 / 0.3501.1269
±0.0007
0.2285
±0.0006
24.22
±0.05
257.16
±0.09
112.5807
±0.0001
SH22
WIWinchcombeCM2United Kingdom2021/02/2821:51:16UTC+012.5 / 0.6022.5855
±0.0077
0.6183
±0.0011
0.460
±0.014
351.798
±0.018
160.1955
±0.0014
KI22
TRTraspenaL5Spain2021/01/1800:18:56UTC+12620 / 0.5271.125
±0.016
0.386
±0.013
4.55
±0.19
297.8270
±0.0003
273.93
±0.98
AN22
KIKindbergL6Austria2020/11/1903:46:55UTC+1??? / 0.22320.5335205.5237KO21
AA
Ådalen*Iron*Sweden2020/11/0721:27:04UTC+1??? / 13.81.90±0.0250.53±0.00615.22±0.14223.91±0.5226.189±0.0004KY23
SFSanta FilomenaH5-6Brazil2020/08/1913:18:00UTC-3??? / 802.10±0.150.56±0.030.15±0.05319.56±0.3326.01±0.23TO23
MCMadura CaveL5Australia2020/06/1920:05:07UTC+8~30-60 / 1.0720.889
±0.003
0.327
±0.009
0.12
±0.08
312.02
±0.51
88.70376479DE22
NMNovo MestoL5Slovenia2020/02/2809:30:32UTC+1470 / 0.721.451
±0.004
0.60866
±0.0006
8.755
±0.063
82.649
±0.184
338.993041VI21
CACavezzoL5-anItaly2020/01/0118:26:54UTC+13.5±0.8 / 0.0551.82
±0.22
0.460
±0.063
4.0
±1.6
179.2
±4.8
280.5
±4.8
GA20
PIPuli IlkaringuruH5Australia2019/11/18????????? / 0.3693.09
±0.13
0.67
±0.01
20.43
±0.35
??????MB112
FLFlensburgC1-ungr.Germany2019/09/1212:49:48UTC+210k-20k / 0.02452.82
±0.03
0.701
±0.003
6.82
±0.06
307.25
±0.16
349.207
±0.001
BO21
AKArpu KuilpuH5Australia2019/06/0109:53:04UTC+102.2 / 0.0422.75
±0.03
0.671
±0.003
2.03
±0.01
43.25
±0.02
250.36
±0.01
SH22
VIViñalesL6Cuba2019/02/0118:17:10UTC-550 / ???1.2170.39111.47276.97132.28ZU19, CI21
OZOzerkiL6Russia2018/06/2101:16:20UTC+394k±20k / 6.50.84±0.020.199±0.03018.44335.29±5.1589.6561KA20
MPMotopi PanHowarditeBotswana2018/06/0216:44:01UTC+25.5k / 0.2141.37640
±0.00011
0.431861
±0.000061
4.29741
±0.00043
256.04869
±0.00055
71.869605
±0.000012
JE21
HAHamburgH4USA2018/01/1701:08:29UTC-460 - 225 / 1.02.73
±0.05
0.661
±0.006
0.604
±0.11
211.65
±0.3
296.421
±0.03
BR19
DDDingle DellL/LL5Australia2016/10/3112:03:47UTC+840 / 1.152.254
±0.034
0.5904
±0.0063
4.051
±0.012
215.773
±0.049
218.252
±0.00032
DE18
DIDishchii'bikohLL7USA2016/06/0210:56:26UTC-73k-15k / 0.07951.129
±0.008
0.205
±0.004
21.24
±0.27
108.7
±1.5
72.1206
±0.0002
JE20
STStubenbergLL6Germany2016/03/0621:36:51UTC+1600 / 1.471.525
±0.010
0.395
±0.004
2.07
±0.03
221.02
±0.03
346.520SP16b
EJEjbyH5/6Denmark2016/02/0621:07:18UTC+1250±100 / 8.942.81
±0.09
0.655
±0.011
0.96
±0.10
197.75
±0.10
317.211SP17
OSOsceolaL6USA2016/01/2415:27:00UTC-5>1800 / 1.0991.4860.340613.20169.0303.9ME20
MUMurriliH5Australia2015/11/2710:43:45UTC+9.5??? / 1.682.620.623.58356.364.63BL16
CRCrestonL6USA2015/10/2405:47:44UTC-710-100 / 0.6881.300
±0.019
0.410
±0.013
4.228
±0.070
79.20
±0.13
30.458
±0.006
JE19
SASariçiçekHowarditeTurkey2015/09/0220:11:36UTC+3ca. 6 - 20k / 15.241.454
±0.083
0.304
±0.039
22.6
±1.6
182.8
±1.6
159.849
±0.004
UN19
POPorangabaL4Brazil2015/01/0917:35:00UTC-20.976 / ?2.54
±1.10
0.64
±0.11
8.6
±3.2
142.8
±6.7
288.921
±0.001
FE20
ZDŽd'ár nad SázavouL3Czech Rep.2014/12/0916:16:45UTC+1170 / 0.052.093
±0.006
0.6792
±0.0010
2.796
±0.009
257.721
±0.014
257.262
±0.010
SP20
ANAnnamaH5Russia2014/04/1822:14:09UTC+4472 / 0.171.99
±0.12
0.69
±0.02
14.65
±0.46
264.77
±0.55
28.611
±0.001
TR15
CHChelyabinskLL5Russia2013/02/1503:22:00UTC+6ca. 1.2M / ca. 1k1.72
±0.02
0.571
±0.006
4.98
±0.12
107.67
±0.17
326.459
±0.001
BO13b
NONovatoL6USA2012/10/1802:44:00UTC-780±35 / 0.312.088
±0.077
0.526
±0.017
5.508
±0.040
347.352
±0.134
24.9900
±0.0035
JE14
SMSutter's MillC, CM2USA2012/04/2214:51:10UTC-750k±30k / 0.992.59
±0.35
0.824
±0.02
2.38
±1.16
77.8
±3.2
32.77
±0.06
JE12
KRKriževciH6Croatia2011/02/0423:20:41UTC+125-100 / 0.291.544
±0.010
0.521
±0.004
0.64
±0.03
254.4
±0.1
315.55
±0.01
BO15
MGMason GullyH5Australia2010/04/1310:36:10UTC+8ca. 40 / 0.022.470
±0.004
0.6023
±0.0007
0.832
±0.013
18.95
±0.03
203.2112
±0.00005
SP12b
KOKošiceH5Slovakia2010/02/2822:24:46UTC+1ca. 3500 / 4.32.71
±0.24
0.647
±0.032
2.0
±0.8
204.2
±1.2
340.072
±0.004
BO13a
GRGrimsbyH5Canada2009/09/2601:03:00UTC-433±16 / 0.222.04
±0.05
0.518
±0.011
28.07
±0.28
159.865
±0.43
182.9561
±0.00005
BR11
JEJeseniceL6Slovenia2009/04/0900:59:41UTC+2170±80 / 3.671.75
±0.07
0.431
±0.022
9.6
±0.5
190.5
±0.5
19.196
±0.0005
SP10
MAMariboCM2Denmark2009/01/1719:09:00UTC+11500 / 0.032.48
±0.20
0.807
±0.011
0.11
±0.50
279.2
±3.8
297.122HA12, JE12i, SP13
BCBuzzard CouleeH4Canada2008/11/2100:26:40UTC-7ca. 15k / 411.25
±0.02
0.23
±0.02
25.0
±0.8
211.3
±1.4
238.93739
±0.00008
MI10
ASAlmahata SittaUreilite +otherSudan2008/10/0702:45:40UTC+383k±25k / 3.951.3082
±0**
0.3121
±0**
2.5422
±0**
234.449
±0**
194.1011
±0**
JE09
BRBunburra RockholeEurciteAustralia2007/07/2019:13:53UTC+4.5ca. 22 / 0.320.8529
±0.0004
0.2427
±0.0005
8.95
±0.03
210.04
±0.06
297.595
±0.0005
BL09, SP12a
VPVillalbeto de la PeñaL6Spain2004/01/0416:47:00UTC+1760±150 / 3.52.3
±0.2
0.63
±0.04
0.0
±0.2
132.3
±1.5
283.6712
±0.00005
TR06
PFPark ForestL5USA2003/03/2705:50:00UTC-611k±3k / 182.53
±0.19
0.680
±0.023
3.2
±0.3
237.5
±1.6
6.1156
±0.0007
BR04
NENeuschwan-
stein
EL6Germany2002/04/0620:20:18UTC+2300±100 / 6.192.40
±0.02
0.670
±0.002
11.41
±0.03
241.2
±0.06
16.82664
±0.00001
SP03
MOMorávkaH5Czech Rep.2000/05/0611:51:52UTC+21500±500 / 0.631.85
±0.07
0.47
±0.02
32.2
±0.5
203.5
±0.6
46.258
±0.00005
BO03
TLTagish LakeC2-ung.Canada2000/01/1816:43:42UTC-875k±15k / 102.1
±0.2
0.57
±0.05
1.4
±0.9
222
±2
297.9
±0.003
BR00
PEPeekskillH6USA1992/10/0923:48:00UTC-4<10k / 12.571.49
±0.03
0.41
±0.01
4.9
±0.2
308
±1
17.030
±0.001
BR94
BEBenešovLL3.5, H5Czech Rep.1991/05/0723:03:46UTC+24100±100 / 0.012.483
±0.002
0.6274
±0.0004
23.981
±0.007
218.370
±0.008
47.001CR05, SP14
INInnisfreeL5Canada1977/02/0602:17:38UTC-742±2 / 4.581.870.47312.27178316.8CR05, HA78
ISIschglLL6Austria1970/11/2401:47UTC+1130±35 / 0.71.223
±0.036
0.259
±0.018
0.907
±0.010
127.2
±4.5
241.7845
±0.0001
GR24
LCLost CityH5USA1970/01/0402:14:00UTC-6165±6 / 171.660.41712161283CR05, MC71
PRPříbramH5Czech Rep.1959/04/0719:30:20UTC+1<5000 / 5.562.401
±0.002
0.6711
±0.0003
10.482
±0.0004
241.75
±0.013
17.79147
±0.00001
SP03, CE61
Description of columns: Ab. = Abbreviation; Name = Meteorite name; Type = Meteorite type (occasionally, multiple types are present). Loc. = Country where the meteorites reached the ground; Date (UTC), Time (UTC) = Date and time of fall in the UTC time zone; Zone = time zone shift at fall site (corrected for time zone and potential daylight saving time); Mass = mass of the meteoroid before atmospheric entry / recovered mass; a = semi-major axis of orbit; e = eccentricity of orbit; i = inclination of orbit; Arg. Peri. = Argument of perihelion; Asc. Node = Longitude of the ascending node; Ref. = Reference for orbital and meteorite data.

*The Ådalen (prov. designation) meteorite is not formally described and published in the Meteoritical Bulletin, due to an ongoing ownership dispute. Nevertheless, from pictures alone, it is undoubtedly an Iron meteorite (see KY23 or this karmaka.de article).
**The orbital parameters of the Almahata Sitta precursor asteroid (2008 TC3) and the Saint-Pierre-le-Viger precursor asteroid (2023 CX1) are known to better precision than the number of digits shown in this table.
i Designates an initially published orbit solution superseded by a more precise later determination.

Thanks to Gábor Pekari, Javor Kac and Filip Hlobik for spotting errors in the table. Special thanks to Gabriel Gonçalves Silva for helping to find several publications about newly published meteorite orbits.

References

  • AN22: Andrade et al. 2022. The Traspena meteorite: heliocentric orbit, atmospheric trajectory, strewn field, and petrography of a new L5 ordinary chondrite. Montly Notices of the Royal Astronomical Society 518:3850-3876, DOI: 10.1093/mnras/stac2911
  • BL09: Bland et al. 2009. An Anomalous Basaltic Meteorite from the Innermost Main Belt. Science 325:1525-1527.
  • BL16: Bland et al. 2016. Fall and Recovery of the Murrili Meteorite, and an Update on the Desert Fireball Network. 79th Annual Meeting of the Meteoritical Society, Abstract #6265.
  • BO03: Borovička et al. 2003. The Morávka meteorite fall: 1 Description of the events and determination of the fireball trajectory and orbit from video records. Meteoritics & Planetary Science 38:975-987.
  • BO13a: Borovička et al. 2013. The Košice meteorite fall: Atmospheric trajectory, fragmentation, and orbit. Meteoritics & Planetary Science 48:1757-1779.
  • BO13b: Borovička et al. 2013a. The trajectory, structure and origin of the Chelyabinsk asteroidal impactor. Nature 503:235-237.
  • BO15: Borovička et al. 2015. The instrumentally recorded fall of the Križevci meteorite, Croatia, February 4, 2011. Meteoritics & Planetary Science 50:1244-1259.
  • BO21: Borovička et al. 2021. Trajectory and orbit of the unique carbonaceous meteorite Flensburg. Meteoritics & Planetary Science 56:425-439.
  • BR00: Brown P. G., Hildebrand A. R., Zolensky M. E., Grady M., Clayton R. N., Mayeda T. K., Tagliaferri E., Spalding R., MacRae N. D., Hoffman E. L., Mittlefehldt D. W., Wacker J. F., Bird J. A., Campbell M. D., Carpenter R., Gingerich H., Glatiotis M., Greiner E., Mazur M. J., McCausland P. J. A., Plotkin H., Rubak Mazur T., 2000. The Fall, Recovery, Orbit, and Composition of the Tagish Lake Meteorite: A New Type of Carbonaceous Chondrite. Science 290:320-325.
  • BR04: Brown P., Pack D., Edwards W. N., ReVelle D. O., Yoo B. B., Spalding R. E. and Tagliaferri E., 2004. The orbit, atmospheric dynamics, and initial mass of the Park Forest meteorite. Meteoritics & Planetary Science 39:1781-1796.
  • BR11: Brown P., McCausland P. J. A., Fries M., Silber E., Edwards W. N., Wong D. K., Weryk R. J., Fries J. and Krzeminski Z., 2011. The fall of the Grimsby meteorite—I: Fireball dynamics and orbit from radar, video, and infrasound records. Meteoritics & Planetary Science 46:339-363.
  • BR19: Brown P.G., Vida D., Moser D.E. , Granvik M., Koshak W.J., Chu D., Steckloff J., Licata A., Hariri S., Mason J., Mazur M., Cooke W., and Krzeminski Z., 2019. The Hamburg Meteorite Fall: Fireball trajectory, orbit and dynamics. Meteoritics & Planetary Science.
  • BR23: P. Brown et al. 2023. The Golden Meteorite Fall: Fireball Trajectory, Orbit and Meteorite Characterization. arXiv:2310.17822
  • BR94: Brown P., Ceplecha Z., Hawkes R. L., Wetherill G., Beech M., and Mossman K., 1994. The orbit and atmospheric trajectory of the Peekskill meteorite from video records. Nature 367:624-626.
  • CE61: Ceplecha Z., 1961. Multiple fall of Přibram meteorites photographed. Bulletin of the Astronomical Institute of Czechoslovakia 12:21-47.
  • CI21: Y. Ceballos-Izquierdo, J. Orihuela, G. G. Silva, M. Zurita, D. C. Murão, and H. D. Manzor, 2021. Meteorite and bright fireball records from Cuba. Mineralia Slovaca 53 (2), 131-145.
  • CR05: Ceplecha Z. and ReVelle D. O., 2005. Fragmentation model of meteoroid motion, mass loss, and radiation in the atmosphere. Meteoritics & Planetary Science 40:35-54.
  • DE18: Devillepoix H. A. R., Sansom E. K., Bland P. A., Towner M. C., Cupák M., Howie R. M., Jansen-Sturgeon T., Cox M. A., Hartig B. A. D., Benedix G. K., and Paxman J. P., 2018. The Dingle Dell meteorite: a Halloween treat from the Main Belt. Meteoritics & Planetary Science 53, p.2212-2227.
  • DE22: Devillepoix H.A.R., Sansom E.K., Shober P., Anderson S.L., Towner M.C., Lagain A., Cupak M., Bland P.A., Howie R.M., Jansen-Sturgeon T., Hartig B.A.D., Sokolowski M., Benedix G., and Forman L. (2022). Trajectory, recovery, and orbital history of the Madura Cave meteorite. Arxiv.org, DOI: 10.48550/arXiv.2202.06641.
  • FE20: Ferus M., Petera L., Koukal J., Lenza L., Drtinova B., Haloda J., Matysek D., Pastorek A., Laitl V., Cassio Poltronieri R., Wagner Domingues M., Goncalves G., del Olmo Sato R., Knizek A., Kubelik P., Kirvkova A., Srba J., Augusto di Pietro C., Bousa M., Vaculovic T., and Civis S., 2020. Elemental composition, mineralogy and orbital parameters of the Porangaba meteorite. Icarus, available online.
  • GA20: Gardiol D. et al. (131 co-authors). Cavezzo, the first Italian meteorite recovered by the PRISMA fireball network. Orbit, trajectory, and strewn-field. Monthly Notices of the Royal Astronomical Society, available online.
  • GR24: Gritsevich et al. 2024. The Fireball of November 24, 1970, as the Most Probable Source of the Ischgl Meteorite. Meteoritics & Planetary Science, accepted. arxiv: 2404.11989
  • GU24: Guennoun et al. 2024. Fall area calculateion and association of meteor orbits with parent bodies: a case study using the MOFID network for Taghzout meteorite fall Morocco. MetSoc Abstract 6215.
  • HA78: Halliday I., Blackwell A. T., and Griffin A. A., 1978. The Innisfree meteorite and the Canadian camera network. Journal of the Royal Astronomical Society of Canada 72:15-39.
  • HA12: Haack H., Grau T., Bischoff A., Horstmann M., Wasson J., Sorensen A., Laubenstein M., Ott U., Palme H., Gellissen M., Greenwood R.C., Pearson V.K., Franchi I.A., Gabelica Z., and Schmitt-Kopplin P., 2012. Maribo – A new CM fall from Denmark. Meteoritics & Planetary Science 47:30-50.
  • JE09: Jenniskens P., Shaddad M. H., Numan D., Elsir S., Kudoda A. M., Zolensky M. E., Le L., Robinson G. A., Friedrich J. M., Rumble D., Steele A., Chesley S. R., Fitzsimmons A., Duddy S., Hsieh H. H., Ramsay G., Brown P. G., Edwards W. N., Tagliaferri E., Boslough M. B., Spalding R. E., Dantowitz R., Kozubal M., Pravec P., Borovička J., Charvat Z., Vaubaillon J., Kuiper J., Albers J., Bishop J. L., Mancinelli R. L., Sandford S. A., Milam S. N., Nuevo M. and Worden S. P., 2009. The impact and recovery of asteroid 2008 TC3. Nature 458:458-488.
  • JE12: Jenniskens P., Fries M. D., Yin Q.-Z., Zolensky M., Krot A. N., Sandford S. A., Sears D., Beauford R, Ebel D. S., Friedrich J. M., Nagashima K., Wimpenny J., Yamakawa A., Nishiizumi K., Hamajima Y., Caffee M. W., Welten K. C., Laubenstein M., Davis A. M., Simon S. B., Heck P. R., Young E. D., Kohl I. E., Thiemens M. H., Nunn M. H., Mikouchi T., Hagiya K., Ohsumi K., Cahill T. A., Lawton J. A., Barnes D., Steele A., Rochette P., Verosub K. L., Gattacceca J., Cooper G., Glavin D. P., Burton A. S., Dworkin J. P., Elsila J. E., Pizzarello S., Ogliore R., Schmitt-Kopplin P., Harir M., Hertkorn N., Verchovsky A., Grady M., Nagao K., Okazaki R., Takechi H., Hiroi T., Smith K., Silber E. A., Brown P. G., Albers J., Klotz D., Hankey M., Matson R., Fries J. A., Walker R. J., Puchtel I., Lee C. A., Erdman M. E., Eppich G. R., Roeske S., Gabelica Z., Lerche M., Nuevo M., Girten B., Worden S. P., 2012.  Radar-Enabled Recovery of the Sutter’s Mill Meteorite, a Carbonaceous Chondrite Regolith Breccia. Science 338:1583-1587.
  • JE14: Jenniskens P., Rubin A. E., Yin Q.-Z., Sears D. W. G., Sandford S. A., Zolensky M. E., Krot A. N., Blair L., Kane D., Utas J., Verish R., Friedrich J. M., Wimpenny J., Eppich G. R., Ziegler K., Verosub K. L., Rowland D. J., Albers J., Gural P. S., Grigsby B., Fries M. D., Matson R., Johnston M., Silber E., Brown P., Yamakawa A., Sanborn M. E., Laubenstein M., Welten K. C., Nishiizumi K., Meier M. M. M., Busemann H. , Clay P., Caffee M. W., Schmitt-Kopplin P., Hertkorn N., Glavin D. P., Callahan M. P.,  Dworkin J. P., Wu Q., Zare R. N., Grady M., Verchovsky S., Emel’yanenko V., Naroenkov S., Clark D., Girten B., Worden P. S., 2014. Fall, Recovery and Characterization of the Novato L6 Chondrite Breccia. Meteoritics & Planetary Science 49:1388-1424.
  • JE19: P. Jenniskens, J. Utas, Q.-Z. Yin, R. D. Matson, M. Fries, A. Howell, D. Free, J. Albers, H. Devillpoix, Ph. Bland, A. Miller, R. Verish, D. K. Prabhu, M. E. Zolensky, K. Ziegler, K. L. Verosub, D. Rowland, D. R. Ostrowski, K. Bryson, J. Dotson, M. Laubenstein, M. Sanborn, Q. Zhou, Q.-L. Li, X.-H. Li, Yu Liu, G.-Q. Tang, K. C. Welten, M. M. M. Meier, A. A. Plant, C. Maden, H. Busemann, and M. Granvik. The Creston, California, meteorite fall and the origin of L chondrites. Meteoritics & Planetary Science, available online.
  • JE20: P. Jenniskens, N. Moskovitz, L. A. J. Garvie, Q.-Z. Yin, J. A. Howell, D. L. Free, J. Albers, D. Samuels, M. D. Fries, P. Mane, D. R. Dunlap, K. Ziegler, M. Sanborn, Q. Zhou, Q.-L. Li, X.-H. Li, Y. Liu, G.-Q. Tang, K. C. Welten, M. W. Caffee, H. Busemann, M. M. M. Meier, and D. Nesvorny. Orbit and origin of the Dishchii’bikoh (Arizona) LL7 chondrite. Meteoritics & Planetary Science 55:535-557.
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