Meteors : MMT Archive

Meteors detected by MMT

Night Nmeteors Moon
Phase
2017_02_13 147 0.9 R V T M - D
2017_02_12 210 1.0 R V T M - D
2017_02_10 71 1.0 R V T M - D
2017_02_02 376 0.3 R V T M - D
2017_01_31 347 0.1 R V T M - D
2017_01_30 274 0.1 R V T M - D
2017_01_29 101 0.0 R V T M - D
2017_01_23 328 0.2 R V T M - D
2017_01_22 311 0.3 R V T M - D
2017_01_20 52 0.4 R V T M - D
2017_01_18 11 0.6 R V T M - D
2017_01_17 168 0.7 R V T M - D
2017_01_15 179 0.9 R V T M - D
2017_01_14 90 0.9 R V T M - D
2017_01_13 236 1.0 R V T M - D
2017_01_10 270 0.9 R V T M - D
2017_01_08 172 0.8 R V T M - D
2017_01_07 334 0.7 R V T M - D
2017_01_06 221 0.6 R V T M - D
2017_01_04 127 0.4 R V T M - D
2017_01_02 174 0.2 R V T M - D
2016_12_30 237 0.0 R V T M - D
2016_12_26 127 0.1 R V T M - D
2016_12_24 260 0.2 R V T M - D
2016_12_23 468 0.3 R V T M - D
2016_12_22 683 0.4 R V T M - D
2016_12_21 590 0.5 R V T M - D
2016_12_19 13 0.7 R V T M - D
2016_12_18 267 0.8 R V T M - D
2016_12_17 375 0.8 R V T M - D
2016_12_15 66 1.0 R V T M - D
2016_12_14 256 1.0 R V T M - D
2016_12_06 36 0.4 R V T M - D
2016_11_29 67 0.0 R V T M - D
2016_11_27 429 0.0 R V T M - D
2016_11_26 283 0.1 R V T M - D
2016_11_25 150 0.1 R V T M - D
2016_11_24 741 0.2 R V T M - D
2016_11_23 737 0.3 R V T M - D
2016_11_22 693 0.4 R V T M - D
2016_11_21 705 0.5 R V T M - D
2016_11_20 559 0.6 R V T M - D
2016_11_19 607 0.7 R V T M - D
2016_11_18 536 0.8 R V T M - D
2016_11_17 390 0.9 R V T M - D
2016_11_12 228 0.9 R V T M - D
2016_11_10 37 0.8 R V T M - D
2016_11_09 45 0.7 R V T M - D
2016_11_08 68 0.6 R V T M - D
2016_11_06 719 0.4 R V T M - D
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MMTFAVOR
Meteors15232810117
Oldest 2014_06_04 2006_07_31
Latest 2017_02_17 2009_03_24

This database presents the results of uniform processing of meteor tracks detected by Mini-MegaTORTORA (MMT) wide-field camera, operational since Jun 2014, as well as historical events acquired by FAVOR wide-field camera in 2006-2009 years. The database contains the positional (sky coordinates of start/end of trails) and basic photometric (integral brightness calibrated to V filter and brightness profiles along the trail) information. Also, simple estimator of meteor radiants, computed as a density of intersections of meteor trails, is presented.
FAVOR data are a bit limited compared to MMT one, and its photometric information is often not quite reliable. Also, its positional accuracy is significantly worse.
If you have any questions or wish to use the data in your research, please contact Sergey Karpov. Read the basic data access policy also.

Data access policy

If you use historical FAVOR data, please cite the following papers:

In you wish to use MMT (recent and actively maintained) data, please contact us directly for relevant terms. The paper describing the database is in preparation.