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Mitglied von Red Astronavarra Sarea
Membre honorífic de la Societat Astronòmica de Lleida (SALL)
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Die Nacht ist voller wunderbarer Freunde.
Total asteroids discovered from MPC B74: 561
Total asteroids discovered from les Planes de Son (MPC C29): 13
Total asteroids discovered from Observatori del Teide (MPC 954) = 25
Total discoveries B74 + C29 + 954 = 599
Total asteroids discovered from Observatori del Teide (MPC 954) = 25
Total discoveries B74 + C29 + 954 = 599
Our asteroid 266983 (2010 WE66) was named Josepbosch after my son Josep Bosch Olivera. Also 322390 (2011 QN42) was named Planes de Son, 367693 (2010 RZ109) Montmagastrell, 333744 Pau, 389470 Jan, 578053 Jordillorca, 551601 Antonijové, 599755 Alcarràs, 614470 Flordeneu, 622467 Ignés, 547508 Perehorts, 667531 Ignasiribas.
This site has discovered five NEA Aplollo class: 614470 Flordeneu (2009 ST19) (see below) - 2015 FQ - 2021 XQ5 - 2022 BL7 - 2023 TF5, five NEA Amor class: 2012 UT9 - 2021 TY3 - 2021 TG3 - 2023 VD10 - 2024 RZ6 and the Jupiter Trojan 634878 (2012 TG35)
Follow-up Astrometry
This site has sent a total of 13879 observations until January 2019. Since this year the MPC does not update data. All reports to Minor Planet Center. Follow-up astrometry and recoveries are made with the Advanced Coma-Free optical system like the Ritchey-Chrétien 16 inch f/10 Schmidt-Cassegrain at Santa Maria de Montmagastrell Survey (MPC code B74). The CCD has 24 micron pixels and a 21'x21' field. At the moment, the telescope pointing and dome control are computer controlled from the above control room and remote control. The dome is a sliding roof that moves on rails.
Data Reduction
All data are reduced on a PC. Flat-fielding, Dark and Bias is done using MaxIm DL. The astrometry is done with both TheSky6 Astronomy Software, Herbert Raab's Astrometrica and Daniel Parrott's Tycho Tracker software which are an excellent track and stack options. As Astrometrica & Tycho also allows the simple identification of all objects in the field, these are currently the software of choice.
Following the release of EDR3 Gaia, virtually all of our astrometry is done using this. An astrometric accuracy in the fit of 0".0 – 0” .5 RMS in each coordinate is obtained for hundred stars within the field. For high S/N targets, the absolute accuracy of the astrometry is of about the same magnitude; the absolute accuracy of UCAC-4 being smaller than this.
IAUC - MPEC
The results of the astrometry of NEO observed from Santa Maria de Montmagastrell Remote Observatory can be found on code B74 page from NEODyS
https://newton.spacedys.com/neodys/index.php?pc=2.1.0&o=B74The contributions of our observatory have been published in the IUA Electronic Circulars and the Minor Planet Center Electronic Circulars:
2009 ST19 - C/2010 V1 - 2013 GF - 2013 MH7 - 2013 KF6 - 2013 KN6 - 2013 NU - 2013 NX - 2013 NT11 - 2013 OV2 - 2013 PE21 - 2013 PJ26 - 2013 PK16 - 2013 RY80 - 2013 SF - 2013 SR24 - 2013 TR5 - 2005 BW1 - 2013 UG5 - C/2013 U1 - 2013 VK5 - 2013 VZ11 - 2013 VD13 - 2013 WH - 2013 WN - 2013 YD - 2014 CR - 2014 EL12 - 2014 EQ12 - 2014 HG4 - 2014 HV2 - 2014 HM2 - 2014 HO4 - 2014 HT4 - 2014 JK15 - 2014 KS40 - 2014 QK434 - 2014 SB324 - 2014 VL6 - 2015 AS45 - 2015 DA54 - 2015 ER - 2015 EZ - 2015 FD134 - 2015 JP - 2015 KS18 - 2015 KJ19 - 2015 KW156 - C/2015 M1 - 2015 MF95 - C/2015 M3 - 2015 RV1 - 2015 RS1 - 2015 RT1 - 2015 RS2 - 2015 S1 (Comet P/1998 QP54) - 2015 WH9 - 2015 WH13 - Comet C/2015 Y1 (1) (2) - 2015 YN1 - 2016 AB166 - Comet P/2010 V1 - 2016 FE12 - 2016 GU221 - 2016 HF2 - 2016 JM6 - 2016 PY78 - 2016 SE17 - 2016 UT4 - 2016 UA41 - 2016 VY5 - 2011 BZ44 - 2016 WM48 - 2017 FK - 2017 FQ - 2017 FR - 2017 FD1 - 2017 FL1 - 2017 FW2 - 2017 FH101 - 2017 FL101 - 2017 FR101 - 2017 FS101 - 2017 GU4 - 2017 HF - 2017 HH - 2017 JF3 - 2017 MC - 2017 MD - 2017 MF - 2017 MZ - 2017 MV7 - 2017 MQ7 - 2017 NH - 2017 OM1 - 2017 OF7 - 2017 PR24 - 2017 PS25 - 2017 PL26 - 2017 OG3 - 2017 QL35 - 2017 RU1 - 2017 RV1 - 2017 XL2 - 2018 BY2 - 2018 BF5 - 2018 EZ2 - 2018 HH - 2018 HX1 - 2018 NB - COMET C/2018 O1 (ATLAS) - 2018 RB6 - 2018 TV1 - A/2018 W1 - 2018 WP2 - P/2019 C1 - 2019 EC2 - 2019 FH - 2019 FP - 2013 EX27 - C/2019 F2 - 2019 HJ4 - 2019 QC1 - 2020 BP14 - 2020 BW14 - 2020 CN1 - 2020 CM2 - 2021 GD1 - 2021 LN3 - 2021 LC5 - 2021 QR1 - C/2021 Y1 - P/2022 B5 - 2022 BK - COMET P/2022 B1 (Wierzchos) - 2022 OE - 2022 TB - Comet 2022 S5 - 2023 BC11 - 2023 OQ3 - 2023 PE - 2023 QF4 - C/2024 S1
Anerkannte Meteoritenentdeckungen
Es tut mir leid, aber nur wenige Menschen auf der Welt haben Asteroiden am Himmel und Meteoriten auf der Erde entdeckt. Ich bin einer von ihnen, wenn es noch andere gibt:
https://www.lpi.usra.edu/meteor/metbull.php?code=68356https://www.lpi.usra.edu/meteor/metbull.php?code=68391
Anerkannte Entdeckungen veränderlicher Sterne
UCAC4 563-012464 or Aavso AUID 000-BMZ-535
GSC 00724-00038 or Aavso UID 000-BMZ-690
GSC 02454-01653 or Aavso UID 000-BMZ-848
GSC 01908-00588 or Aavso UID 000-BMZ-881
UCAC4 594-037708 or Aavso UID 000-BMZ-884
UCAC4 594-037828_or Aavso UID_000-BMZ-925
GSC 02496-00448 or Aavso UID 000-BNC-274
GSC 06201-00084 or Aavso UID 000-BNC-987
GSC 01020-00796 or Aavso UID 000-BND-603
UCAC4 519-069563 or Aavso UID 000-BND-604
GSC 05169-00517 or Aavso UID 000-BNF-534
GSC 00421-00043 or Aavso UID 000-BNG-201
GSC 01830-01979 or Aavso UID 000-BNH-720
GSC 00191-01635 or Aavso UID 000-BNL-111
GSC 00191-00523 or Aavso UID 000-BNL-719
UCAC4 563-012464 or Aavso AUID 000-BMZ-535
GSC 00724-00038 or Aavso UID 000-BMZ-690
GSC 02454-01653 or Aavso UID 000-BMZ-848
GSC 01908-00588 or Aavso UID 000-BMZ-881
UCAC4 594-037708 or Aavso UID 000-BMZ-884
UCAC4 594-037828_or Aavso UID_000-BMZ-925
GSC 02496-00448 or Aavso UID 000-BNC-274
GSC 06201-00084 or Aavso UID 000-BNC-987
GSC 01020-00796 or Aavso UID 000-BND-603
UCAC4 519-069563 or Aavso UID 000-BND-604
GSC 05169-00517 or Aavso UID 000-BNF-534
GSC 00421-00043 or Aavso UID 000-BNG-201
GSC 01830-01979 or Aavso UID 000-BNH-720
GSC 00191-01635 or Aavso UID 000-BNL-111
GSC 00191-00523 or Aavso UID 000-BNL-719
GSC 02472-01746 or Aavso UID 000-BPH-097
Asteroidenentdeckungen im Jahr 2022
Discoveries of asteroids on 2024
Asteroidenentdeckungen im Jahr 2024
2024 AG8 - 2024 AJ5 - 2024 AJ11 - 2024 AC15 - 2024 BG11 - 2024 CC14 Mars-crosser - 2024 GM14 - 2024 FN18 - 2024 JE38 - 2024 HN15 - 2024 JF36 - 2024 OY3 Mars-crosser - 2025 MN5 Mars-crosser - 2024 RV5 Mars-crosser- 2024 RZ6 (NEO Amor) - 2024 RF31 - 2024 RA94 - 2024 RG66 - 2024 RW143 - 2024 TA17 - 2024 SE36 - 2024 SS45 Mars-crosser - 2024 TZ41 - 2024 UX23
Asteroidenentdeckungen im Jahr 2023
2023 JV17 - 2023 KF10 - 2023 OA42 - 2023 QD52 - 2023 QG2 - 2023 QF8 - 2023 QP71 - 2023 QW40 - 2023 RF72 - 2023 SE13 - 2023 SS51 - 2023 TD142 - 2023 UN50 - 2023 ST23 - 2023 SX13 - 2023 SY53 - 2023 TB60 - 2023 TF5 (Apollo) - 2023 TK43 - 2023 TP28 - 2023 UE9 - 2023 TN88 - 2023 TT99 - 2023 TV66 - 2023 TG86 - 2023 VD10 (NEO Amor) - 2023 UA25 - 2023 UB25 - 2023 UU46 - 2023 VP11 - 2023 VE18 - 2023 VU20 - 2023 XS34
Asteroidenentdeckungen im Jahr 2022
P/2022 B5 (periodic comet) - 2022 BL7 (NEO Apollo) - 2022 BJ11 (Hungaria) - 2022 CR10 - 2022 LP5 (Hungaria) - 2022 MT4 - 2022 OE35 - 2022 PK5 - 2022 QD19 - 2022 QE156 - 2022 QH56 - 2022 QK151 - 2022 RE21 - 2022 RH48 - 2022 RG66 - 2022 RZ53 - 2022 SC165 - 2022 SF131 - 2022 SH143 - 2022 SP73 - 2022 SP96 - 2022 SR25 - 2022 SS217 - 2022 ST80 - 2022 ST111 - 2022 ST22 - 2022 SX234 - 2022 SY220 - 2022 TM15 - 2022 TC27 - 2022 UE87 - 2022 UA84 - 2022 WG18
Discoveries of asteroids on 2021
2021 KF12 - 2021 GU153 - 2021 GA98 - 2021 FE14 - 2021 GR57 - 2021 TG3 (NEO Amor) - 2021 TY3 (NEO Amor) - 2021 LE32 - 2021 LO31 (Mars-crosser) - 2021 UF17 - 2021 XQ5 (Apollo)
Asteroidenentdeckungen im Jahr 2019
2019 DH2 - 2019 EK3 - 2019 EL3 - 2019 EM3 - 2019 FZ4 - 2010 GD122 - 2015MB110 - SM19A12 - 2018HO5 -2015BQ270 - 2019RG19 - SM19A16 - 2012TE94 -2008FZ109 -SM19A19 - 2019RL16 - 2008OP28 - 2015BQ270 - 2016FR19 - 2005VT135 - SM19A25 -2009WR283 - 2009WE158 - 2015XV14 - 2014OV131 - 2019SK12 - 2010AC157 - 2019 XU3
Asteroidenentdeckungen im Jahr 2018
2018 BU2 - 2018 CA11 - 2018 CB11 - 2018 EH9 - 2018 HQ2 - 2018 JO3 - 2018 OD2 - 2018 PE - 2018 PS16 - 2018 PT27 - 2018 QN3 - 2018 QK5 - 2018 RH9 - 2018 RN26 - 2018 RO26 - 2018 RP26 - 2018 RR27 - 2018 SP9 - 2018 TM12 - 2018 TN12 - 2018 TO12 - 2018 TP12 - 2018 XX6 - 2018 XY6 - 2018 XB8 - 2018 YR1 - 2018 XN20
Asteroidenentdeckungen im Jahr 2017
2017 FM151 - 2017 FP151 - 2017 MK1 - 2017 MP1 - 2017 NH2 - 2017 OM4 - 2017 ON36 - 2017 PR27 - 2017 QG16 - 2017 QB25 - 2017 QC25 - 2017 RE18 - 2017 RO5 - 2017 SP8 - 2017 SQ8 - 2017 SR8 - 2017 SX14 - 2017 SY14 - 2017 ST30 - 2017 SU30 - 2017 SV30 - 2017 SW30- 2017 SK32 - 2017 SL32 - 2017 SM32 - 2017 SN32 - 2017 SO32 - 2017 SP32 - 2017 SS39 - 2017 SP42 - 2017 TT7 - 2017 TN9 - 2017 TO9 - 2017 TW9 - 2017 TN12 - 2017 TD13 - 2017 TH13 - 2017 TV13 (Mars crosser) - 2017 TT13 - 2017 US3 - 2017 UM3 - 2017 UA12 - 2017 UB12 - 2017 UF12 - 2017 UV35 (Mars crosser) - 2017 UC36 - 2017 UA37 - 2017 UB37 - 2017 UF37 - 2017 UN37 - 2017 UP41 - 2017 UQ41 - 2017 UX50 - 2017 UY50 - 2017 UZ50 - 2017 VJ31 - 2017 WX10 - 2017 WY10 - 2017 WZ10 - 2017 WZ9 - 2017 WC18 - 2017 WX21 - 2017 WY21 - 2017 WC30 - 2017 WD30 - 2017 XC59 - 2017 XP62
Asteroidenentdeckungen im Jahr 2016
2016 BN13 - 2016 NE54 (from MPC 954) - 2016 NF54 (from MPC 954) - 2016 NG54 (from MPC 954) - 2016 NH55 (from MPC 954) - 2016 NJ55 (from MPC 954) 2016 RN25 - 2016 RP25 - 2016 RQ25 - 2016 RO25 - 2015 RV25 - 2016 RW25 - 2016 RC40 - 2016 RD40 - 2017 RO37 - 2016 RP37 - 2016 RQ37 - 2016 RR37 - 2016 SS8 - 2016 ST8 - 2016 SU8 - 2016 SV8 - 2016 SJ19 - 2016 SM19 - 2016 XT2 - 2016 XL17 - 2016 XK17 - 2016 XM17 - 2016 XN17
Asteroidenentdeckungen im Jahr 2015
Until December 31, a total of 1553 observations of asteroids and comets were sent to the MPC, 23 of which were NEO.
2015 AS2013 - 2015 AT203 - 2015 BK3 - 2015 BS511 (Hungaria) - 2015 DA177 - 2015 DF107 - 2015 FQ (NEO Apollo. Object was initially flagged as a Virtual Impactor by SENTRY JPL) - 2015 ML44 - 2015 MM44 - 2015 MO59 - 2015 MQ91 - 2015 MX97 - 2015 OA (from Observatorio del Teide MPC 954) - 2015 OB (from MPC 954) - 2015 OA1 (from MPC 954) - 2015 OW (from MPC 954) - 2015 OR26 (from MPC 954) - 2015 OS26 (from MPC 954) - 2015 OU25 (from MPC 954) - 2015 OV26 (from MPC 954) - 2015 OW26 (from MPC 954) - 2015 OG33 (from MPC 954) - 2015 OH33 (from MPC 954) - 2015 OJ33 (from MPC 954) - 2015 OB35 (from MPC 954) - 2015 OC35 (from MPC 954) - 2015 OD35 (from MPC 954) - 2015 RT25 - 2015 RS25 - 2015 RJ31 - 2015 SF3 - 2015 SG3 - 2015 SM17 (Outer Main-belt Asteroid) - 2015 SO17- 2015 SG20 - 2015 SH20 - 2015 SK20 - 2015 SL20 (Mars-crossing Asteroid) - 2015 SJ20 - 2015 TM23 (Mars-crossing Asteroid) - 2015 TJ23 - 2015 TL23 - 2015 TK23 - 2015 TP117 - 2015 TR177 - 2015 TS177 - 2015 TT177 - 2015 TU177 - 2015 TV177 - 2015 TX256 - 2015 TJ337 - 2015 TH337 - 2015 TG337 - 2015 TK337 - 2015 TF337 - 2015 VJ94 - 2015 VN94 - 2015 VT103 - 2015 VR103 - 2015 VU103 - 2015 WD12 - 2015 WE12 - 2015 XM2 - 2015 XN2 - 2015 XR10 - 2015 XS10 - 2015 XT10.
Asteroidenentdeckungen im Jahr 2014
Until December 31, a total of 1300 observations of asteroids and comets were sent to the MPC, 39 of which were NEO.
2014 ML16 - 2014 OH1 - 2014 OK (From Observatori del Teide MPC 954) - 2014 QT432 - 2014 QU432 - 2014 RC7 - 2014 RH7 - 2014 RN60 - (Outer Main-belt Asteroid) - 2014 RX18 (From Observatori del Teide MPC 954) - 2014 RJ40 (from Observatori del Teide MPC 954) - 2014 SJ301 - 2014 SK301 - 2014 SL301 - 2014 SM301 - 2014 SN301 - 2014 SY323 - 2014 SX323 - 2014 TO31 - 2014 TC55 - 2014 TD55 - 2014 TE55 - 2014 TF55 - 2014 TG55 - 2014 TW62 - 2014 TX62 - 2014 TY62 - 2014 TZ62 - 2014 UH7 - 2014 UJ7 - 2014 UW10 = 2,014 UB30 - 2014 UD58 (from Observatori del Teide) - 2014 UU42 - 2014 UL51 - 2014 UP17 (From Observatori del Teide) - 2014 UW55 - 2014 UH109 - 2014 UJ109 - 2014 UK109 (2012 BS137) - 2014 UL109 (2013 QL16) - 2014 UB114 - 2014 UC114 - 2014 UD114 - 2014 UE114 (2011 EN60) - 2014 UF114 - 2014 VQ27 -
Asteroidenentdeckungen im Jahr 2013
IAUC - MPEC
A total of 331 observations of NEOs were sent to the Minor Planet Center from 7 January to 31 December 2013.
AZ19 2013 - 2013 AE27 - 2013 AF27 - 2013 GA27 - 2013 AT31 - 2013 AU31 - 2013 AV31 - 2013 AW31 - 3013 AY59 - 2013 AZ59 - 2013 AA60 - AA64 2013 - 2013 AB64 - 2013 AF64 - 2013 AE64 - 2013 AR64 - 2012 AM72 - 2013 AA77 - 2013 BV69 - 2013 CH126 - 2013 CK176 - 2013 CZ208 - 2013 FR12 - 2013 GL1 (Outer Main-belt Asteroid) - 2013 GD12 - 2013 GM34 - 2013 GN34 - 2013 HF1 - 2013 HG1 - 2013 JU21 - 2013 JV21 - 2013 JW21 ( 2005 YA50 ) - 2013 JO26 - 2013 NZ7 - 2013 NE6 - 2013 ND6 - 2013 PM25 - 2013 PN25 - 2013 PO25 - 2013 QA36 - 2013 RA - 2013 RB - 2013 RC - 2013 RQ - 2013 RG9 -2013 RP19 - 2013 RT42 - 2013 RU42 - 2013 RV42 (Outer Main-belt Asteroid) - 2013 SS21 - 2013 SV21 - 2013 TA133 - 2013 TV129 - 2013 TM132 - 2013 TZ130 - 2013 TN131 - 2013 TL131 (Outer Main-belt Asteroid) - 2013 TM131 - 2013 TC132 - 2013 TW131 - 2013 TX131 - 2013 UV11 (The orbit of this asteroid does not match any defined orbit) - 2013 VS5 - 3013 VY10 - 2013 VZ10 - 2013 WZ - (Inner Main-belt Asteroid: Hungaria) - 2013 WA1 - 2013 WB1 - 2013 WC1 - 2013 WD1 - 2013 WL60 - 2013 WK104 - 2013 XB - 2013 XC - 2013 XD (Outer Main-belt Asteroid) - 2013 XN - 2013 XJ2 - 2013 XM2 - 2013 XN2 (2013 YS) - 2013 XO2 - 2013 IH - 2013 YQ - 2013 YS (2013 XN2)
Erste Entdeckungen in den Jahren 2009 - 2010
Asteroid 333744 Pau (2009 YW6)
The Minor Planet Center (MPC) has assigned on December 21, 2009 a new discovery. The asteroid 2009 YW6 (333744) was discovered in images taken on December 20 and confirmed by Antonio Garrigós (MPC B37) and the discoverer in new observations the night after. Pau Bosch Pellicer (born 2007) is the first grandson of the discoverer.
Pau Bosch Pellicer
Image of discovery. Note that the asteroid is on the edge of the field
Asteroid 389470 Jan (2010 ER45)
The Minor Planet Center has assigned on 16 March. 2010 the new discovery of 2021 ER45 in images taken during the early hours of March 14 and confirmet by the discoverer in new observations the next night. On 6 March the MPC announced that 2010 ER45 is the asteroid 1997 GF28 with two oppositions, but main designation 2010 ER45 remains. Jan Bosch Pellicer (born 2010) is the second grandson of the discoverer.
Jan Bosch Pellicer
Discovery of the Apollo PHA asteroid 614470 Flordeneu (2009 ST19)
This minor planet, belonging to the Apollo class, is also flagged as a "Potentially Hazardous Asteroid (PHA)", an object that, because of its orbital parameters, might represent a possible threat of impact for planet Earth (http://neo.jpl.nasa.gov/neo/pha.html).
It has beeen discovered by the astronomer Josep M. Bosch from Santa Maria de Montmagastrell (MPC B74) on 2009, Sept. 16.2, at magnitude about 17. At that time it was posted on the NEOCP webpage of the Minor Planet Center as "jmbo11"; after a couple of days it was withdrawn, because it was not confirmed by any further observations.
On 2009, Sept. 22, the LINEAR sky survey picked-up a fast moving object, that was posted in the NEO-Cp as "BQ24981". After some follow-up observations from various sites, on 2009 Sept. 23 the MPC published M.P.E.C. 2009-S72 (http://tinyurl.com/yer5xmr), informing that the two objects mentioned before were actually the same celestial body.
According to the NEODyS webpage this object. about 1.5 Km in diameter, made a close pass to Earth on 1980, Oct. 4, at a minimum possible distance of about 0.009 AU (nominal distance of about 0.04 AU).
Citation on MPC: Flordeneu is a mythological character from the epic 1886 poem Canigó, by Jacint Verdaguer. The poem is one of the most important of the Renaissance of the Catalan language and culture. [Ref: WGSBN Bull. 3, #13, 19]
Richard Miles
Asteroids and Remote Planets Section
British Astronomical Association
Orbit diagram update
Diagram by Berndhard Häusler
Observatory Santa Maria On September 23th, at 10:00 pm. I went on a motorcycle to my observatory, located in a small village of 60 inhabitants called Santa Maria de Montmagastrell, 8 km far from my house. As I walked out of the fuel station, my mobile phone started to rang. At the time, I stopped the bike and went back to the side of the road, the phone stopped calling. Upon arrival at the observatory, the call repeated while preparing the telescope for another observation night. This time, I can answer the call phone. It was Gustavo Muller to communicate that the MPC have just provisionally designated the possible NEO I saw in some pictures taken last September 16. That past day, I had gotten up at three in the morning and, among other objectives, Comet 137P looked to no avail. Well, the comet was not in the 14 pictures I took of the field and so I went to other objectives that had to watch. At dawn, with the first light was fading I control systems and the telescope placed in sleep mode to close the observatory and go to bed to rest. At that time, I reviewed the images of the comet 137P field by the custom of not leaving any possibility loose. I started the blink of images and in less than a second I realized that there in the fourteen shots 70 seconds each moving something big. I checked that was not a known object, and then I sent four astrometric measurements to the MPC. Hours passed, spent six days, and when he had lost hope of recovering the object the MPC announced it had been found by various observatories, including the LINEAR and gave the provisional number 2009 ST19. I thought I had lost, although the night I had a discovery following email exchange with Tim Spahr of the MPC, who assured me find it. And they've found!
Richard Miles said:
Yes, Special congratulations, José María. This is a very special object. It breaks the record in terms of the closest pass by an object of this size, about 1 km across!
We currently know of no object larger than this to have come closer than this object has recently. The next largest such object was the famous (69230) Hermes (H=17.5), which approached to 0.0050 AU of the Earth in 1937! Your PHA, 2009 ST19 will be visible during the next few weeks and so will be a good target for photometry.Richard Miles
Asteroids and Remote Planets Section
British Astronomical Association
Orbit diagram update
I dedicate this discovery to the Departament d'Educació de la Generalitat de Catalunya and the educational community of Catalonia, to which I belong.
The best image of Asteroid Apollo 614470 Flordeneu (2009 ST19) by the discoverer on September 26, 2009
614470 (2009 ST19) in NEODyS
Number of crossings per revolution
Venus Earth Mars Jupiter Saturn
Crossings 0 4 4 0 0
Close approaches from 1950 to 2100
Planet Date Min possible distance
EARTH 1980/07/13.150 0.0097665
EARTH 2009/08/31.09 0.0647428
EARTH 2038/09/22.26 0.0104962
EARTH 2067/09/01.69 0.0124637
News:
http://es.wikipedia.org/wiki/2009_ST19
https://remanzacco.blogspot.com/2009/09/new-discovered-pha-2009-st19.html
Venus Earth Mars Jupiter Saturn
Crossings 0 4 4 0 0
Close approaches from 1950 to 2100
Planet Date Min possible distance
EARTH 1980/07/13.150 0.0097665
EARTH 2009/08/31.09 0.0647428
EARTH 2038/09/22.26 0.0104962
EARTH 2067/09/01.69 0.0124637
News:
http://es.wikipedia.org/wiki/2009_ST19
https://remanzacco.blogspot.com/2009/09/new-discovered-pha-2009-st19.html
https://minorplanetcenter.net//mpec/K09/K09S72.html
Observations for all Near Earth Asteroids
Observations and residuals
NEODyS provides informationnd services for all Near Earth Asteroids from B74
http://newton.dm.unipi.it/neodys/index.php?pc=2.1.2&o=B74&ab=0
The NEO Confirmation Page
The NEO Confirmation Page (RA Ordered) (minorplanetcenter.net)
Observations for all Near Earth Asteroids
Observations and residuals
NEODyS provides informationnd services for all Near Earth Asteroids from B74
http://newton.dm.unipi.it/neodys/index.php?pc=2.1.2&o=B74&ab=0
The NEO Confirmation Page
The NEO Confirmation Page (RA Ordered) (minorplanetcenter.net)
