The most prolific asteroid observation observatories in 2014 year (from January 16th 2014 to November 06th 2014) (an extended list)

Name,
МРС-code
Number of measurements (number of objects) Number of asteroid discoveries σ,″ (Ast-DyS) Instruments FOV Scale, ″/pix Altitude, m
1 PanSTARR-1, Haleakala (USA), F51 4087023
(746718)
40638 0.119 1.8-m f/4.4 Ritchey-Chretien 2.6ºх2.6º
(3ºх3º ?)
0.3 3052
2 Mt. Lemmon Survey (USA), G96 2167193
(398420)
14581 0.272 1.50-m f/2.0 reflector 1.0ºх1.0º
1.2ºх1.2º [1]
1.0 2800
3 Catalina Sky Survey (USA), 703 1644996
(289691)
1314 0.563 0.575 3.9ºх3.9º 2.6 2510
4 Steward Observatory, Kitt Peak (USA), 691 927513
(162994)
6869 0.293 0.9-m f/3 reflector 2.9ºx2.9º 1.1 2095
5 Space Surveillance Telescope(New Mexico), G45 511604
(75313)
171 0.397 3.5-m f/1.0 Mersenne-Schmidt ? ? ?
6 Purple Mountain Observatory (China), D29 306155
(81637)
93 0.437 1.04-m f/1.8 Schmidt 2.0ºх2.0º 1.7 267
7 Palomar Mountain—PTF (USA), I41 287215
(33750)
394 0.184 1.2-m f/2.44 Schmidt [2] 2.3ºx3.4º [3] 1.01 [2] 1708 [4]
8 WISE, C51 232890
(10623)
117 0.557 ? ? ? ?
9 Oukaımeden Observatory, Marrakech (Morocco), J43 159891
(27213)
372 0.344 0.5-m f/3 reflector [6] 1.5ºх1.5º [6] 1.2 [6] 2750 [6]
10 ISON-NM observatory (Russia), it is situated in the USA. Remotely controlled., H15 109714
(28052)
132 0.519 0.40-m f/3 reflector SANTEL 100’х100’ 2.0 2217
11 Cerro Tololo-DECam (USA), W84 109125
(14927)
2948 0.165 ? ? ?
12 SONEAR Observatory, Oliveira, Y00 77466
(18488)
29 0.478 0.30-m f/3.0 reflector + CCD ? ? ?
13 Tenagra II Observatory (USA), 926 73617
(22700)
123 0.362 0.81-m f/7 Ritchey-Chreґtien 0.41-m f/3.75 astrograph 14.8′x14.8′
1.48ºх1.48º
0.87 1.3 1312
14 ESA Optical Ground Station, Tenerife, J04 73190
(20424)
346 0.316 1.0-m f/4.4 reflector + CCD ? ? ?
15 U.S. Naval Observatory (Flagstaff), 689 52141
(1940)
0 0.181 ? ? ? ?
16 LPL/Spacewatch II (USA), 291 21834
(5651)
7 0.308 1.8-m f/2.7 reflector 0.78º + drift-scan 0.6 2095
17 Palomar Mountain/NEAT (USA), 644 20140
(4193)
40 ? 1.2-m f/2.44 Schmidt [8] 1.2ºх1.6º [7] 1 [8] 1708 [7]
18 MASTER-II Observatory, Kislovodsk (Russia), C41 19946
(5222)
4 0.660 0.4-m f/2.5 reflector 2ºx2º 1.8 2067
19 Elena Remote Observatory (Russia), it is situated in Chile, G32 19278
(3107)
351 0.344 0.4-m f/8.0 Ritchey-Chretien + CCD 40’x26’ 1.13 2400
20 Astronomical Research Observatory, Westfield (USA), H21 13994
(2514)
33 0.265 0.61-m f/4.5 astrograph, 0.81-m f/4.5 astrograph, 0.76-m f/6.65 Ritchey-Chretien ? 0.8 [9] ?
21 Les Engarouines Observatory (France), A14 13809
(4142)
5 0.401 0.50-m f/3 reflector ? ? ?
22 ISON-Kislovodsk Observatory (Russia), D00 13651
(3422)
4 0.537 0.40-m f/3 reflector 105’х105’ 2.06 2100 ?
23 NAO Rozhen, 071 13281
(577)
1 0.418 0.50-m f/3.44 Schmidt + CCD ? ? ?
24 ISON-Ussuriysk, C15 11747
(3554)
3 0.564 0.65-m f/2.3 astrograph + CCD 130х’130’ 3,08 275
25 University of Szeged, Piszkesteto Stn. (Konkoly) (Hungary), 461 11243
(2265)
56 0.280 0.60-m Schmidt, 1.02-m Ritchey-Chretien 70’х70’
28’х19’?
1.1 937,960
26 Cerro Tololo (Chili). Telescope is owned by the USA, 807 9698
(2487)
12 0.282 0.41-m f/11 Ritchey-Chreґtien ? ? 2200
27 New Millennium Observatory, Mozzate (Italy), A24 9683
(2410)
0 0.931 0.36-m f/7.6 Schmidt-Cassegrain 13.7’х13.7’? 1.4 ?
28 MASTER-II Observatory, Blagoveshchensk, D54 9590
(2493)
0 0.658 0.4-m f/2.5 reflector + CCD ? ? ?
29 European Northern Observatory La Palma (Canaries), 950 9205
(1432)
46 0.196 2.5-m f/3.3 reflector 40’х40’ ? 2336
30 MASTER-II Observatory, Tunka(Russia), C94 8884
(2591)
0 0.706 0.4-m f/2.5 reflector 2ºx2º 1.8 680
48 Bergisch Gladbach (Germany), 621 1910(514) 37 0,348 0.6 m f/5.2 reflector 11’х10’? 1.2 368
52 OAM Observatory, La Sagra (Spain), J75 1829(547) 57 0,458 0.45-m f/2.8 reflector, 0.40-m reflector 1.5ºх1.0º,1.0ºх1.0º ? ?
56 Observatoire de Dax (France), 958 1713(462) 1 0,885 0.20-m f/3.3 Schmidt-Cassegrain, 0.25-m f/6.3 Schmidt-Cassegrain, 0.30-m f/5.8 reflector ? ? ?
67 Bisei Spaceguard Center-BATTeRS (Japan), 300 1235(201) 0 0,619 0.5 – m f/2.0 reflector [10] 0.25 – m f/5.0 reflector [11] 1.0-m f/3.0 reflector [12] 2ºx2º [13] 3ºx3º [13] ? ?
83 Kourovskaya Astronomical Observatory (Russia), 168 775(163) 0 0,643 0.40-m f/0.78 Schmidt 2ºx2º [15] 1.8 [15] 260
114 Galaёti Observatory(Romania), C73 455(90) 0 0,493 0.4-m f/8 Ritchey-Chreґtien 29.8’ x 19.9’[14] 0.58 [14] ?
143 Engelhardt Observatory, Zelenchukskaya Station (Russia), 114 197(47) 0 ? 0.3-m f/7.7 reflector ? ? 2047
197 Andrushivka Astronomical Observatory (Ukraine), A50 89(29) 0 ? 0.6-m reflector 72′х72′ 2.07 240
218 Terskol (Ukraine-Russia), B18 74(17) 0 0,358 0.6-m f/12.8 Cassegrain ? ? 3127
284 Ka-Dar Observatory, TAU Station (Russia), C32 34(9) 0 ? 0.40-m f/8 Ritchey-Chreґtien 39’х26’ 1.17 2060
429 KubanStateUniversity Astrophysical Observatory (Russia), C40 3(1) 0 0.254 0.51-m f/6.3 reflector 20’x20 0.46 71
- AZT-8 (Evpatoria), B17 -(-) - ? 0.7-m f/2.83 reflector 45’х45’ 1.75 12
- AGM Observatory, Marrakech (Morocco), I69 -(-) - ? 0.6-m f/5 reflector ? ? ?
- ISON-Terskol Observatory (Russia-Ukraine), D05 -(-) - ? 0.80-m f/2.8 reflector ? ? 3127

References
1. Mahabal, A. A., Djorgovski, S. G., Drake, A. J., et al. (2011). Discovery, classification, and scientific exploration of transient events from the Catalina Real-time Transient Survey. Bull. Astr. Soc. 39, 387–408.
2. Waszczak, A., Ofek, E. O.,Aharonson, O., et.al. (2013). Main-belt comets in the Palomar Transient Factory survey: I. The earch for extendedness. Mon. Not. R. Astron. Soc. 000, 1–19.
3. Law, N. (2008). Ptf project overview. Ptf science workshop. www/ URL: http://ptf.caltech.edu/iptf/docs/ptf_overview.pdf .
4. Vasudevan, A.(2006) Palomar Observatory. www/ URL:http://www.shvoong.com/exact-sciences/417519-palomar-observatory/.
5. Mahabal, A. A., Djorgovski, S. G., Drake, A. J. et.al. (2011). Discovery, classification, and scientific exploration of transient events from the Catalina Real-time Transient Survey. Bull. Astr. Soc. 39, 387–408.
6. Ory, M., Daassou, A., Colas, F. et.al. (2012). THE MOROCCO OUKAIMEDEN SKY SURVEY, THE MOSS TELESCOPE.
7. National Aeronautics and space administration. NEAR-EARTH ASTEROID TRACKING (NEAT). www/ URL: http://neo.jpl.nasa.gov/programs/neat.html.
8. National Aeronautics and space administration. NEAT/PALOMAR INSTRUMENT DESCRIPTION www/URL: http://neat.jpl.nasa.gov/neatoschincam.htm
9. Li, W. D., Filippenko, A. V. , Treffers, R. R. et al (1999) The Lick Observatory Supernova Search. www/ URL: http://arxiv.org/pdf/astro-ph/9912336.pdf.
10. Minor Planet Center, Bisei Spaceguard Center–BATTeRS. www/ URL: http://minorplanetcenter.org/mpec/K01/K01X10.html.
11. Minor Planet Center, Bisei Spaceguard Center–BATTeRS. www/ URL: http://www.minorplanetcenter.net/mpec/K01/K01W53.html.
12. Minor Planet Center, Bisei Spaceguard Center—BATTeRS. www/ URL: http://www.minorplanetcenter.net/mpec/K11/K11P16.html.
13. Okumura, S., Takahashi, N., Nakano, S. et al (2012). SPACEGUARD ACTIVITY IN JAPAN: PAST AND FUTURE IN BISEI SPACEGUARD CENTER. Asteroids, Comets, Meteors.
14.Vaduvescu, O., Birlan, M., Tudorica, A. et. al.(2013). 739observed NEA sandnew 2–4 m survey statistics within the EURONEAR network. Planetary and Space Science.
15. Punanova, A.F., Loktin, A.V., Krushinsky, V.V. et al. (2012). CCD VRI photometry of the old open cluster NGC 7142.