The Minor Planet Bulletin

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The Minor Planet Bulletin is the journal for almost all amateurs and even some professionals for publishing asteroid photometry results, including lightcurves, H-G parameters, color indexes, and shape/spin axis models. It is considered to be a refereed journal by the SAO/NASA ADS. All MPB papers are indexed in the ADS.

Print subscriptions are no longer available to individuals. Institutions (e.g., college libraries) can still obtain print copies via a special subscription. See details in MPB 37-4 or contact the editor, Richard Binzel.

Annual voluntary contributions of $5.00 or more in support of the publication are welcome.
Please send a check, drawn on a U.S. bank and payable in U.S. funds, to "Minor Planet Bulletin" and send it to:

Minor Planet Bulletin
c/o Melissa Hayes-Gehrke
UMD Astronomy Department
1113 PSC Bldg 415
College Park, MD 20742

Authors Guide and Word Templates   (v.3.0: updated 2024 February 2)
The ZIP file contains the Authors Guide PDF as well as a "starter" paper in Word 2007+ (DOTX).
Those using Word 97 (DOC/DOT) are encouraged to download OpenOffice and convert their files to the most recent Word format (DOCX).
Please read this updated guide since there are a number of changes from previous guides.
  • A new, optional, table is available for those wanting to include physical and discovery information
    in a more accessible way.
    See the announcement in Minor Planet Bulletin 51-2.
  • The Pts column is no longer required and has been removed from the template for the standard table
    to allow more room for the other columns.
  • The phase column should have only two values: for the first and last date in the range.
    If the phase reaches an extrema between those dates, put an asterisk before the first value. For example,
  • Use semicolons to separate names in the references section. For example:
       Smith, J.J.; Jones, A.A. (2019).
    This also applies if using several references to the same author in the text. For example:
    "This asteroid was observed at three previous apparitions (Jones, 2015; 2017; 2018)..."

Cumulative Index to Volumes 1-45
Cumulative Asteroid Lightcurve Index (Volumes 1 through 51-2)

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Issues for the upcoming quarter-year are released on about the 21st of March, June, September, and December. Full issues and individual papers from vol 1 (1973) to present are available via links on this page.

Important: If the ADS bibcode and "Download PDF" links are missing for the latest issue, it is because the ADS has not processed the files. The links will be made available after the ADS processes the files.
If the "Download PDF" link is visible and there is no PDF available, clicking the link will download an arbitrary page. We are working with ADS to make sure all papers are available and, if not, being able to diasable the link. The "Download Full Issue" link does retrieve the correct file.

Vol 1-7 run Jul-Jun. Vol 8-present run Jan-Dec. Only papers indexed in the ADS are included. Earlier volumes often contain more papers than listed here. It's recommended to download the full issue in vol 1-9.

Volume 51 (2024)

Volume 50 (2023)

Volume 49 (2022)

Volume 48 (2021)

Volume 47 (2020)

Volume 46 (2019)

Volume 45 (2018)

Volume 44 (2017)

Volume 43 (2016)

Volume 42 (2015)

Volume 41 (2014)

Volume 40 (2013)

Volume 39 (2012)

Volume 38 (2011)

Volume 37 (2010)

Volume 36 (2009)

Volume 35 (2008)

Volume 34 (2007)

Volume 33 (2006)

Volume 32 (2005)

Volume 31 (2004)

Volume 30 (2003)

Volume 29 (2002)

Volume 28 (2001)

Volume 27 (2000)

Volume 26 (1999)

Volume 25 (1998)

Volume 24 (1997)

Volume 23 (1996)

Volume 22 (1995)

Volume 21 (1994)

Volume 20 (1993)

Volume 19 (1992)

Volume 18 (1991)

Volume 17 (1990)

Volume 16 (1989)

Volume 15 (1988)

Volume 14 (1987)

Volume 13 (1986)

Volume 12 (1985)

Volume 11 (1984)

Volume 10 (1983)

Volume 9 (1982)

Volume 8 (1981)

Volume 7 (1980)

Volumes 6-7 (1979)

Volumes 5-6 (1978)

Volumes 4-5 (1977)

Volumes 3-4 (1976)

Volumes 2-3 (1975)

Volumes 1-2 (1974)

Volume 1 (1973)

Issue 42-4 (2015 Oct-Dec)
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Lightcurve Analysis of Six Asteroids
Pages 235-237
Garceràn, Alfonso Carreño; Macias, Amadeo Aznar; Mansego, Enrique Arce; Rodriguez, Pedro Brines; de Harro, Juan Lozano
2015MPBu...42..235G    Download PDF

Photometric observations of six asteroids were made from 2015 March to May. We report the results of our lightcurve analysis for 425 Cornelia, 625 Xenia, 664 Judith, 785 Bredichina, 910 Anneliese, and 1831 Nicholson.

Finding the Lightcurve and Rotation Period of Minor Planet 13003 Dickbeasley
Pages 237
Odden, Caroline; Jenkins, Ravn; Nasser, Ravenne; Nix Sabine; Dear, Anna
2015MPBu...42..237O    Download PDF

The lightcurve of 13003 Dickbeasley was determined using five nights of data from 2015 April and May, from which we found its rotation period to be 3.502 ± 0.0005 hrs. Images were taken at the Phillips Academy Observatory.

Photometric Observations of 2020 Ukko
Pages 238
Pilcher, Frederick; Benishek; Vladimir
2015MPBu...42..238P    Download PDF

These are the first photometric observations ever reported for 2020 Ukko. We find a rotational amplitude of 0.24 ± 0.02 magnitudes and prefer a period of 25.478 ± 0.002 hours with a symmetric bimodal lightcurve. However, periods of 12.733 ± 0.001 hours with a monomodal lightcurve and 38.154 ± 0.002 hours with a trimodal lightcurve fit the data almost as well.

Rotation Period Determination for 318 Magdalena and 335 Roberta
Pages 239
Pilcher, Frederick; Martinez, Luis
2015MPBu...42..239P    Download PDF

Synodic rotation periods and amplitudes are found for 318 Magdalena (42.49 ± 0.001 hours, 0.06 ± 0.01 magnitudes) and 335 Roberta (12.028 ± 0.001 hours, 0.14 ± 0.01 magnitudes).

Lightcurve Analysis for 1238 Predappia
Pages 240
Hayes-Gehrke, Melissa N.; Chuchuva, Dmitriy; Kumthekar, Aboli; Modica, Amanda; Higgins, Annalynn; Gmurczyk, Benjamin; Garcia, William; Argueta, Luis; Litz, Philip
2015MPBu...42..240H    Download PDF

Lightcurve analysis using MPO Canopus from two nights of observation of 1238 Predappia found a possible rotation period of 6.13 ± 0.04 h and lightcurve amplitude of 0.05 mag. Low lightcurve amplitude and period spectrum analysis did not provide enough evidence to confirm this rotation period. There are three possible conclusions to gather from these data: Predappia may have a nearly spherical shape, long rotation period, or pole-on orientation during the observation period.

Rotation Period Determination for 2996 Kugultinov
Pages 241
Hayes-Gehrke, Melissa N.; Chapin, Rebecca; Cromwell, Samuel; Castro, David; Spano, Francesca; Kyung, Justin; Parsons, David; Homick, Joseph; Bott, Etienne
2015MPBu...42Q.241H    Download PDF

Photometric observations of main-belt asteroid 2296 Kugultinov were made over a period of five nights spanning 2015 March 27 to April 20. The measured rotation period is 8.4332 ± 0.0224 h.

Rotation Period Determination for 6518 Vernon
Pages 241-242
Hayes-Gehrke, Melissa N.; Tran, Brian; Kuo, Klar; Woodyar, Jack; Dhoerty, Devin; McCarthy, Jay; Bukhari, Sarosh
2015MPBu...42R.241H    Download PDF

Photometric data were collected over the course of three nights in 2015 March and April for asteroid 6518 Vernon. A rotation period of 4.911 ± 0.001 hours was determined with an amplitude of 0.52 magnitudes.

Target Asteroids! Observing Campaigns for 2015 October through December
Pages 242-243
Hergenrother, Carl; Hill, Dolores
2015MPBu...42..242H    Download PDF

Asteroid campaigns to be conducted by the Target Asteroids! program during the 2015 October-December quarter are described. In addition to asteroids on the original Target Asteroids! list of easily accessible spacecraft targets, an effort has been made to identify other asteroids that are 1) brighter and easier to observe for small telescope users and 2) analogous to 101955 Bennu and (162173) 1999 JU3, targets of the OSIRISREx and Hayabusa-2 sample return missions.

Rotation Period Determination for Asteroid (16813) 1997 UT6
Pages 244
Hayes-Gehrke, Melissa N.; Cameron, Henry; Gulotta, Charles; He, Yicheng; Kirsch, Dylan; Lee, James; Linden, Jacob; Montague-Smith, Nathaniel; Stinson, Carter
2015MPBu...42..244H    Download PDF

Photometric observations of main-belt asteroid (16813) 1997 UT6 were made over two nights during 2015 March and April. Observations were obtained remotely at iTelescope Observatory H06 in Mayhill, New Mexico. Analysis of the CCD data found several possible periods. The most likely period is 8.2934 ± 0.0035 h with an alternate period of 7.88 ± 0.003 h.

Lightcurve Analysis of 5181 Surf
Pages 245
Hayes-Gehrke, Melissa N.; Afe, Adeseye; Cha, Daniel; Cotton, Ayana; Diedrick, Jasmine; Liu, Kevin; Livas, Matthew; Melone, Katelyn; Mistry, Samirbhai; Murphy, Jacob; Ren, Xin; Romano, Philip; Scearce, Michael; Smith, Andrew; Summers, Brian
2015MPBu...42..245H    Download PDF

A lightcurve was determined for the main-belt asteroid 5181 SURF. The asteroid was observed for seven nights over the course of two months during 2015 March-April. The rotation period was found to be 6.111 ± 0.001 h.

Lightcurve of Minor Planet 1492 Oppolzer
Pages 245
Montigiani, Nico; Mannucci, Massimiliano; Ferrini, Lapo
2015MPBu...42..245M    Download PDF

Lightcurve measurements of 1492 Oppolzer were performed in 2015 May. Data analysis produced a lightcurve with a synodic period of 3.7689 ± 0.00048 h and amplitude about 0.12 mag.

Photometry of Three Asteroids with the ZA-320M Telescope of Pulkovo Observatory
Pages 246-247
Gorshanov, Denis; Devyatkin, Alexander; Martyusheva, Alexandra; Bekyashev, Rizvan
2015MPBu...42..246G    Download PDF

Results of photometric observations of 702 Alauda (color-indices), 3737 Beckman (fragment of raw lightcurve), and (251346) 2007 SJ (phased lightcurve) are presented.

Rotation Period of 2019 van Albada
Pages 247
Liu, Junda
2015MPBu...42..247L    Download PDF

Analysis of photometric observations for asteroid 2019 van Albada shows a synodic rotation period of P = 2.729 ± 0.001 h with an amplitude A = 0.15 mag.

The Lightcurve for Asteroid 107 Camilla
Pages 248
Tanigawa, Takumi; Omae, Yuya; Ebisu, Daichi; Mawano, Mika; Kanda, Tomoya; Takano, Tomoki; Tanaka, Aki; Nakata, Atshushi; Hirono, Kayo; Moriuchi, Shota; Nakamura, Shunsuke; Mizoguchi, Tomoki; Tanigawa, Tomoyasu
2015MPBu...42..248T    Download PDF

Photometric observations of the main-belt asteroid 107 Camilla were made from 2015 May to June. Our analysis found a synodic period of 4.845 ± 0.005 h and lightcurve amplitude of 0.33 mag.

3841 Dicicco: A Binary Asteroid
Pages 249-250
Klinglesmith, Daniel A. III; Franco, Lorenzo; Odden, Carolyn E.; Pravec, Petr; Scardella, Maurizio; Tomassini, Angelo
2015MPBu...42..249K    Download PDF

Initial observations of 3841 Dicicco indicated a period of 3.6 hours with three nights being anomalously low over part of the period. Further analysis showed that 3841 is a binary asteroid with a primary period of 3.5950 ± 0.0001 h with an amplitude of 0.19 mag and a secondary period of 21.641 ± 0.002 h with an amplitude of 0.19 mag. Both the primary eclipse and secondary eclipses were visible. We also estimate the H and G parameters to be H = 13.63 ± 0.04, G = 0.15 ± 0.05.

Asteroids Observed at Etscorn Observatory: 2015 April - June
Pages 251-252
Klinglesmith, Daniel A. III; Hanowell, Jesse; Hendrickx, Sebastian; Madden Karl; Montgomery, Samuel
2015MPBu...42..251K    Download PDF

We observed four main-belt asteroids and obtained periods and amplitudes: 3366 Godel, P = 4.684 ± 0.002 h, A = 0.20 mag; 5438 Saurez, P = 2.941 ± 0.001 h, A = 0.20 mag; 8474 Rettig, P = 11.514 ± 0.024 h, A = 0.91 mag; and 15224 Penttila, P = 4.377 ± 0.001 h, A = 0.51 mag.

Rotation Period and H-G Parameters Determination for 910 Anneliese
Pages 252-253
Alvarez, Eduardo Manuel
2015MPBu...42..252A    Download PDF

Lightcurve analysis for 910 Anneliese was performed using observations during its 2015 opposition. The synodic rotation period was found to be 11.2863 ± 0.0002 h and the lightcurve amplitude was 0.16 ± 0.02 mag; the absolute magnitude was HR = 9.974 ± 0.028 mag and the slope parameter was G = 0.107 ± 0.030. These lead to an estimated diameter of 46.3 ± 3.5 km.

Lightcurve Analysis of the Near-Earth Asteroid (6053) 1993 BW3
Pages 254-256
Warner, Brian D.
2015MPBu...42..254W    Download PDF

CCD photometric observations of the near-Earth asteroid (6053) 1993 BW3 were made at the Center for Solar System Studies-Palmer Divide Station (CS3-PDS) in 2015 January and March. Analysis of the individual and combined data sets produced a period on the order of 2.8 hours. This differs significantly from the results of Pravec et al. (1997; P = 2.573 h) and from shape models by Durech (2002) and Kaasalainen (2002). While this discordance is not resolved, the 2.573 h value has the greatest amount of data supporting it, and for now, remains the favored period solution.

Near-Earth Asteroid Lightcurve Analysis at CS3-Palmer Divide Station: 2015 March-June
Pages 256-266
Warner, Brian D.
2015MPBu...42..256W    Download PDF

Lightcurves for 35 near-Earth asteroids (NEAs) were obtained at the Center for Solar System Studies-Palmer Divide Station (CS3-PDS) from 2015 March-June.

Asteroid Lightcurve Analysis at CS3-Palmer Divide Station: 2015 March-June
Pages 267-276
Warner, Brian D.
2015MPBu...42..267W    Download PDF

Lightcurves for 29 main-belt asteroids were obtained at the Center for Solar System Studies-Palmer Divide Station (CS3-PDS) from 2015 March-June. All but three were members of the Hungaria orbital group or collisional family and observed as part of an ongoing program to obtain data for spin axis and shape modeling. One Hungaria, (79472) 1998 AX4 showed signs of having a satellite. Analysis indicates it is a possible binary.

Lightcurve Analysis of Two Near-Earth Asteroids
Pages 276-277
Stephens, Robert D.; French, Linda M.; Warner, Brian D.; Connour, Kyle
2015MPBu...42..276S    Download PDF

Two near-Earth asteroids (NEAs) were observed from Cerro Tololo Inter-American Observatory in May and June 2015. 2014 YB35 was found to have a synodic rotation period of 3.277 h with an amplitude of 0.16 mag. (68216) 2001 CV26 has a well-established rotational period of 2.429 h and displayed some weak evidence of mutual events.

Rotation Period Determination for 2641 Lipschutz
Pages 278
Marchini, Alessandro; Mancino, Sara; Papini, Riccardo; Salvaggio, Fabio
2015MPBu...42..278M    Download PDF

Photometric observations of the main-belt asteroid 2641 Lipschutz performed by the authors from Italy in 2015 April revealed a bimodal lightcurve phased to 21.62 ± 0.03 hours as the most likely solution resulting from the synodic rotation rate for the asteroid.

Asteroids Observed from CS3: Results for 1754 Cunningham and 7023 Heiankyo
Pages 279
Stephens, Robert D.
2015MPBu...42..279S    Download PDF

CCD photometric observations of 1754 Cunningham, and 7023 Heiankyo were obtained from the Center for Solar System Studies from 2015 June to July. For 1754, the period of 7.7416 ± 0.0005 hours appears to be about twice the previously reported value. For 7023, our solution of 10.807 ± 0.002 hours matches one previously noted possible solution.

Rotation Period Determination for 134 Sophrosyne, 521 Brixia, and 873 Mechthild
Pages 280-281
Pilcher, Frederick
2015MPBu...42..280P    Download PDF

Synodic rotation periods and amplitudes have been found for 134 Sophrosyne 17.190 ± 0.001 h, 0.28 ± 0.01 mag; 521 Brixia 28.479 ± 0.001 h, 0.12 ± 0.01 mag; 873 Mechthild 11.006 ± 0.001 hours, 0.23 ± 0.02 mag.

Rotation Period Determination for 4149 Harrison and (5633) 1978 UL7
Pages 281-283
Papini, Riccardo; Franco, Lorenzo; Marchini, Alessandro; Salvaggio, Fabio
2015MPBu...42..281P    Download PDF

Analysis of photometric observations of two main-belt asteroids were performed by the authors in Italy from 2015 April to June. Assuming bimodal lightcurves, the synodic periods were: 4149 Harrison, P = 3.956 ± 0.001 h and (5633) 1978 UL7 P = 7.212 ± 0.001 h.

Lightcurve and Rotation Period Determination for 1492 Oppolzer and (9773) 1993 MG1
Pages 283-284
Salvaggio, Fabio; Franco, Lorenzo; Marchini, Alessandro; Papini, Riccardo
2015MPBu...42..283S    Download PDF

Photometric observations of the main-belt asteroids 1492 Oppolzer and (9773) 1993 MG1 were performed by the authors in 2015 April-July. Analysis of the data revealed bimodal lightcurves for each object. For 1492 Oppolzer, we found a synodic period of P = 3.770 ± 0.001 h; for (9773) 1993 MG1, we found P = 2.746 ± 0.001 h.

A New Synodic Period for 2296 Kugultinov
Pages 284-285
Lang, Kim; Jacobsen, Jens
2015MPBu...42..284L    Download PDF

The minor planet 2296 Kugultinov was observed on 13 nights between 2015 March 13 and April 21. The analysis yielded a synodic period of rotation of P = 16.850 ± 0.004 h and amplitude of A = 0.23 mag. This result is in disagreement with a previously reported period of P = 10.41 h.

Lightcurve Photometry Opportunities: 2015 October-December
Pages 286-290
Warner, Brian D.; Harris, Alan W.; Durech, Josef; Benner, Lance A.M.
2015MPBu...42..286W    Download PDF

We present lists of asteroid photometry opportunities for objects reaching a favorable apparition and having either none or poorly-defined lightcurve parameters. Additional data on these objects will help with shape and spin axis modeling via lightcurve inversion. We also include lists of objects that will be the target of radar observations. Lightcurves for these objects can help constrain pole solutions and/or remove rotation period ambiguities that might not come from using radar data alone.

copyright©2017-2022 Brian D. Warner. Funding to support this web site was provided by NASA grant NSSC 80NSSC18K0851 prior to 2021 April.