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BAE11 - A Multi-epoch, Simultaneous Water and Methanol Maser Survey toward Intermediate-mass Young Stellar Objects

Short title: Bae et al. (2011)
Authors: Bae, Jae-Han Kim, Kee-Tae Youn, So-Young Kim, Won-Ju Byun, Do-Young Kang, Hyunwoo Oh, Chung Sik
Journal: The Astrophysical Journal Supplement, Volume 196, Issue 2, article id. 21, 18 pp. (2011).
Bibcode: 2011ApJS..196...21B
  • Detection table from Bae et al. (2011)

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    ID Obs. RA Obs. Dec l b Group id Source name Line Vpeak FWHM Fpeak ∫F dv Telescope RMS Beam Detection Distance Date
    (J2000) (J2000) (deg.) (deg.) CH3OH (class I) (km/s) (km/s) (Jy) (Jy*km/s) (Jy) (arcsec) Yes/No (kpc)
    100 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -38.38 (0.07)3.82 (0.20)7.1923.20 (0.92)KVN0.53065+H2O +CH3OH I -CH3OH II 2.5002010 May 7
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -32.01 (0.06)1.28 (0.17)3.714.87 (0.46)KVN65+H2O +CH3OH I -CH3OH II 2.500
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -38.52 (0.06)2.17 (0.15)8.5818.09 (1.04)KVN65+H2O +CH3OH I -CH3OH II 2.5002010 Oct 20
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -35.23 (0.21)2.52 (0.72)4.756.61 (1.27)KVN65+H2O +CH3OH I -CH3OH II 2.500
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -32.08 (0.10)1.48 (0.31)4.986.26 (0.92)KVN65+H2O +CH3OH I -CH3OH II 2.500
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -38.36 (0.06)3.27 (0.16)8.5822.04 (0.81)KVN65+H2O +CH3OH I -CH3OH II 2.5002010 Dec 2
    00 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 344 GHz (I)
    -32.14 (0.08)2.05 (0.26)4.528.46 (0.81)KVN65+H2O +CH3OH I -CH3OH II 2.500
    200 36 47.5+63 29 02121.29800.6586G121.298+0.659
    IRAS 00338+631244 GHz (I)
    -17.58 (0.03)0.78 (0.10)4.063.48 (0.34)KVN0.41065+H2O +CH3OH I +CH3OH II 0.8502010 May 7
    00 36 47.5+63 29 02121.29800.6586G121.298+0.659
    IRAS 00338+631244 GHz (I)
    -17.58 (0.06)0.88 (0.20)4.983.82 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.8502010 Oct 20
    00 36 47.5+63 29 02121.29800.6586G121.298+0.659
    IRAS 00338+631244 GHz (I)
    -17.65 (0.07)1.40 (0.33)4.754.06 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.8502010 Dec 2
    305 35 26-05 05 42208.7514-19.2153G208.752-19.215
    OMC3 MMS944 GHz (I)
    11.23 (0.06)0.64 (0.10)3.242.32 (0.34)KVN0.69065+H2O +CH3OH I -CH3OH II 0.4502010 May 6 2010 Oct 20
    405 35 27-05 10 06208.8226-19.2448G208.816-19.239
    OMC2 FIR444 GHz (I)
    11.25 (0.01)0.45 (0.01)153.3581.78 (0.58)KVN0.69065+H2O +CH3OH I +CH3OH II 0.4502010 May 6
    05 35 27-05 10 06208.8226-19.2448G208.816-19.239
    OMC2 FIR444 GHz (I)
    11.25 (0.01)0.44 (0.01)176.3293.38 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.4502010 Oct 20
    05 35 27-05 10 06208.8226-19.2448G208.816-19.239
    OMC2 FIR444 GHz (I)
    11.25 (0.01)0.44 (0.01)174.3492.80 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.4502010 Dec 2
    505 36 17.6-06 22 10210.0599-19.5985G210.062-19.594
    IRAS 05338-062444 GHz (I)
    6.87 (0.10)1.34 (0.34)1.741.97 (0.34)KVN0.51065+H2O +CH3OH I -CH3OH II 0.4802010 Jan 13
    05 36 17.6-06 22 10210.0599-19.5985G210.062-19.594
    IRAS 05338-062444 GHz (I)
    7.95 (0.10)0.86 (0.30)1.271.16 (0.34)KVN65+H2O +CH3OH I -CH3OH II 0.480
    05 36 17.6-06 22 10210.0599-19.5985G210.062-19.594
    IRAS 05338-062444 GHz (I)
    6.87 (0.15)0.71 (0.42)2.91.85 (1.04)KVN65+H2O +CH3OH I -CH3OH II 0.4802010 Dec 2
    05 36 17.6-06 22 10210.0599-19.5985G210.062-19.594
    IRAS 05338-062444 GHz (I)
    7.81 (0.13)0.79 (0.42)3.012.55 (1.04)KVN65+H2O +CH3OH I -CH3OH II 0.480
    620 20 30.5+41 21 2778.87032.7602G78.870+2.760
    V1318 CygS44 GHz (I)
    8.83 (0.01)0.37 (0.01)54.1722.27 (0.11)KVN0.56065+H2O +CH3OH I -CH3OH II -SiO 1.0002010 Apr 18
    20 20 30.5+41 21 2778.87032.7602G78.870+2.760
    V1318 CygS44 GHz (I)
    8.83 (0.01)0.36 (0.01)56.7222.50 (0.34)KVN65+H2O +CH3OH I -CH3OH II -SiO 1.0002010 Oct 20
    20 20 30.5+41 21 2778.87032.7602G78.870+2.760
    V1318 CygS44 GHz (I)
    8.84 (0.01)0.37 (0.01)61.1324.47 (0.34)KVN65+H2O +CH3OH I -CH3OH II -SiO 1.0002010 Dec 2
    721 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    -0.90 (0.02)0.56 (0.04)11.947.19 (0.46)KVN0.53065+H2O +CH3OH I +CH3OH II 0.7502010 May 7
    21 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    6.48 (0.06)1.56 (0.16)4.526.84 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.750
    21 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    -0.88 (0.01)0.47 (0.03)11.365.56 (0.34)KVN65+H2O +CH3OH I +CH3OH II 0.7502010 Oct 20
    21 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    6.50 (0.07)1.63 (0.18)4.526.38 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.750
    21 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    -0.89 (0.03)0.67 (0.04)10.556.96 (0.34)KVN65+H2O +CH3OH I +CH3OH II 0.7502010 Dec 2
    21 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+580244 GHz (I)
    6.50 (0.06)0.56 (0.17)4.872.66 (0.58)KVN65+H2O +CH3OH I +CH3OH II 0.750
    821 43 1.6+66 03 26105.37009.8400G105.370+9.840
    NGC 7129 FIRS244 GHz (I)
    -8.04 (0.10)1.52 (0.26)2.23.24 (0.46)KVN0.41065+H2O +CH3OH I -CH3OH II 1.2502010 May 8
    21 43 1.6+66 03 26105.37009.8400G105.370+9.840
    NGC 7129 FIRS244 GHz (I)
    -8.30 (0.12)2.09 (0.35)2.664.87 (0.58)KVN65+H2O +CH3OH I -CH3OH II 1.2502010 Oct 20
    21 43 1.6+66 03 26105.37009.8400G105.370+9.840
    NGC 7129 FIRS244 GHz (I)
    -7.93 (0.07)0.96 (0.15)4.063.59 (0.58)KVN65+H2O +CH3OH I -CH3OH II 1.2502010 Dec 2
    922 19 18.1+63 18 49106.79695.3126G106.797+5.312
    IRAS 22176+630344 GHz (I)
    -8.23 (0.01)0.50 (0.03)12.997.30 (0.34)KVN0.61065+H2O +CH3OH I +CH3OH II +OH 0.9102010 May 8
    22 19 18.1+63 18 49106.79695.3126G106.797+5.312
    IRAS 22176+630344 GHz (I)
    -8.23 (0.01)0.48 (0.02)14.158.00 (0.34)KVN65+H2O +CH3OH I +CH3OH II +OH 0.9102010 Oct 20
    22 19 18.1+63 18 49106.79695.3126G106.797+5.312
    IRAS 22176+630344 GHz (I)
    -8.23 (0.02)0.49 (0.04)11.836.72 (0.46)KVN65+H2O +CH3OH I +CH3OH II +OH 0.9102010 Dec 2
    1023 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+612644 GHz (I)
    -13.01 (0.08)0.76 (0.27)1.741.27 (0.34)KVN0.33065+H2O +CH3OH I -CH3OH II 0.7302010 Jan 14
    23 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+612644 GHz (I)
    -11.28 (0.03)0.41 (0.09)2.321.16 (0.11)KVN65+H2O +CH3OH I -CH3OH II 0.730
    23 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+612644 GHz (I)
    -13.19 (0.05)0.37 (0.15)2.321.16 (0.23)KVN65+H2O +CH3OH I -CH3OH II 0.7302010 Oct 20
    23 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+612644 GHz (I)
    -11.34 (0.10)1.20 (0.25)2.663.13 (0.46)KVN65+H2O +CH3OH I -CH3OH II 0.730
    23 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+612644 GHz (I)
    -11.34 (0.08)0.84 (0.25)2.21.97 (0.46)KVN65+H2O +CH3OH I -CH3OH II 0.7302010 Dec 2

    Non-detection table from Bae et al. (2011)

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    ID Obs. RA Obs. Dec l b Group id Source name Telescope RMS Beam Detection Distance Date
    (J2000) (J2000) (deg.) (deg.) (Jy) (arcsec) Yes/No (kpc)
    100 07 2.6+65 38 38118.37163.1660G118.373+3.166
    MacC H12KVN0.52065-H2O -CH3OH I -OH 0.8452010 Feb 24
    200 07 30.7+65 39 52118.42273.1780G118.423+3.178
    HBC 324KVN0.47065-H2O -CH3OH I 0.8502010 Mar 18
    300 11 26+58 49 29117.7635-3.6450G117.766-3.639
    LkHa 198KVN0.55065+H2O -CH3OH I -CH3OH II -OH 0.6002010 Feb 24
    400 11 26.1+58 50 04117.7653-3.6354G117.766-3.639
    V376 CasKVN0.51065+H2O -CH3OH I -CH3OH II -OH 0.6302010 Feb 24
    500 28 42.7+56 42 07119.7990-6.0315G119.799-6.032
    CB 3KVN0.53065+H2O +CH3OH I -CH3OH II 2.5002010 May 8
    600 31 30.7+61 58 51120.5938-0.8004G120.594-0.800
    VX CasKVN0.46065-H2O -CH3OH I -OH 0.6192010 Feb 24
    700 36 47.5+63 29 02121.29800.6586G121.298+0.659
    IRAS 00338+6312KVN0.41065+H2O +CH3OH I +CH3OH II 0.8502010 Jan 18
    800 43 18.3+61 54 40121.9746-0.9455G121.975-0.946
    V594 CasKVN0.48065-H2O -CH3OH I 0.6502010 Mar 18
    902 16 30.1+55 22 57134.8786-5.5038G134.879-5.504
    RNO 6KVN0.51065-H2O -CH3OH I 1.6002010 Mar 18
    1003 28 56.3+31 14 34158.3409-20.5910G158.355-20.586
    NGC1333 IRAS2KVN0.51065+H2O +CH3OH I -CH3OH II 0.2202010 May 8
    1103 29 3.8+31 16 04158.3475-20.5550G158.347-20.559
    NGC1333 SVS 13AKVN0.59065+H2O -CH3OH I -CH3OH II 0.2202010 May 9
    1203 39 0.6+29 41 46161.1831-20.4627G161.183-20.463
    IRAS 03359+2932KVN0.46065-H2O -CH3OH I 2010 Feb 24
    1303 40 47+32 31 54159.5956-18.0258G159.596-18.026
    IP PerKVN0.47065-H2O -CH3OH I 0.3502010 Feb 24
    1403 49 36.3+38 58 55156.7965-11.9023G156.797-11.902
    XY Per e+wKVN0.51065-H2O -CH3OH I 0.3472010 Mar 18
    1504 18 40.6+28 19 16168.8354-15.5494G168.835-15.549
    V892 TauKVN0.56065-H2O -CH3OH I -OH 0.1602010 Mar 17
    1604 30 50.3+23 00 09174.8657-17.0650G174.866-17.065
    IRAS 04278+2253KVN0.47065-H2O -CH3OH I 2010 Feb 24
    1704 40 32.6+24 26 31175.1987-14.4377G175.199-14.438
    BD+24676KVN0.78065-H2O -CH3OH I 2010 Apr 19
    1804 55 45.8+30 33 04172.4990-7.9810G172.498-7.982
    AB AurKVN0.40065-H2O -CH3OH I -CH3OH II -SiO 0.1442010 Mar 19
    1904 58 46.3+29 50 37173.4658-7.9022G173.462-7.909
    MWC 480KVN0.47065+H2O -CH3OH I -SiO 0.1462010 Feb 24
    2005 04 30-03 47 14203.6342-25.4429G203.634-25.443
    UX OriKVN0.63065-H2O -CH3OH I -OH 0.5172010 Mar 18
    2105 06 55.5-03 21 13203.5305-24.7044G203.531-24.704
    IRAS 05044-0325KVN0.59065-H2O -CH3OH I -CH3OH II 2010 Mar 18
    2205 11 36.5-02 22 48203.2050-23.2122G203.205-23.212
    V1012 OriKVN0.51065-H2O -CH3OH I -OH 2010 Mar 18
    2305 16 0.5-09 48 35211.0190-25.6195G211.019-25.619
    V1366 OriKVN0.56065-H2O -CH3OH I 0.1642010 Mar 21
    2405 24 1.2+24 57 38180.7528-6.1961G180.753-6.196
    IRAS 05209+2454KVN0.51065-H2O -CH3OH I -OH -SiO 0.1502010 Feb 24
    2505 24 08+02 27 47200.3137-18.1188G200.314-18.119
    IRAS 05215+0225KVN0.56065-H2O -CH3OH I -OH 2010 Mar 17
    2605 24 42.8+01 43 48201.0605-18.3537G201.061-18.354
    V346 OriKVN0.53065-H2O -CH3OH I 0.5862010 Mar 21
    2705 27 5.5+00 25 08202.5726-18.4729G202.572-18.474
    IRAS 05245+0022KVN0.58065-H2O -CH3OH I -OH 2010 Mar 17
    2805 27 42.8-08 19 38210.9310-22.3728G210.931-22.373
    HD 35929KVN0.55065-H2O -CH3OH I 0.3452010 Mar 18
    2905 29 48-00 23 43203.6678-18.2704G203.668-18.270
    IRAS F05272-0025KVN0.52065-H2O -CH3OH I 2010 Mar 18
    3005 30 19+11 20 20193.1962-12.2870G193.196-12.287
    IRAS 05275+1118KVN0.51065-H2O -CH3OH I 2010 Mar 18
    3105 30 27.5+25 19 57181.2478-4.7754G181.247-4.776
    MWC 758KVN0.56065-H2O -CH3OH I 0.2052010 Feb 24
    3205 31 28.1+12 09 10192.6355-11.6230G192.635-11.623
    HK OriKVN0.61065-H2O -CH3OH I -SiO 0.4602010 Mar 17
    3305 31 57.2+11 17 41193.4477-11.9669G193.448-11.967
    V1410 OriKVN0.56065-H2O -CH3OH I 0.3362010 Mar 19
    3405 32 0.3-04 55 54208.1851-19.9015G208.185-19.902
    IRAS 05295-0458KVN0.35065-H2O -CH3OH I 2010 Mar 24
    3505 32 14.1+17 03 29188.4942-8.8856G188.494-8.886
    IRAS 05293+1701KVN0.59065-H2O -CH3OH I 2010 Feb 24
    3605 32 41.7-05 35 48208.8985-20.0502G208.898-20.050
    IRAS 05302-0537KVN0.56065+H2O -CH3OH I -CH3OH II 0.4502010 Jan 14
    3705 35 9.6+10 01 52194.9695-11.9409G194.970-11.941
    HD 245185KVN0.71065-H2O -CH3OH I 0.4002010 Mar 19
    3805 35 23.5-05 01 32208.6809-19.1930G208.673-19.199
    OMC3 MMS6KVN0.46065-H2O -CH3OH I -CH3OH II 0.4502010 May 8
    3905 35 26-05 05 42208.7514-19.2153G208.752-19.215
    OMC3 MMS9KVN0.69065+H2O +CH3OH I -CH3OH II 0.4502010 May 8
    4005 35 26.6-05 03 56208.7248-19.1997G208.725-19.200
    OMC3 MMS7KVN0.63065-H2O -CH3OH I -CH3OH II 0.4502010 May 8
    4105 35 27-05 10 06208.8226-19.2448G208.816-19.239
    OMC2 FIR4KVN0.69065+H2O +CH3OH I +CH3OH II 0.4502010 May 6
    4205 35 50.4-05 28 35209.1601-19.2977G209.160-19.298
    ToriKVN0.59065-H2O -CH3OH I 0.4722010 Mar 17
    4305 35 57-06 43 41210.3603-19.8348G210.360-19.835
    IRAS 05335-0645KVN0.63065-H2O -CH3OH I 0.4802010 May 7
    4405 35 58.5+24 44 54182.4184-4.0403G182.417-4.042
    CQ TauKVN0.68065-H2O -CH3OH I -OH 0.1002010 Mar 17
    4505 36 17.6-06 22 10210.0599-19.5985G210.062-19.594
    IRAS 05338-0624KVN0.51065+H2O +CH3OH I -CH3OH II 0.4802010 Jan 13
    4605 36 18.2-06 45 47210.4352-19.7719G210.435-19.768
    IRAS 05338-0647KVN0.67065+H2O -CH3OH I -CH3OH II 0.4402010 May 8
    4705 36 25.1-06 44 42210.4315-19.7383G210.435-19.768
    HH147 MMSKVN0.61065+H2O -CH3OH I -CH3OH II 0.4602010 May 8
    4805 36 25.4-06 42 58210.4046-19.7243G210.402-19.722
    V380 OriKVN0.45065-H2O -CH3OH I -CH3OH II 0.5102010 Mar 21
    4905 36 25.5-06 25 02210.1208-19.5906G210.113-19.592
    IRAS 05339-0626KVN0.62065-H2O -CH3OH I -CH3OH II 0.5002010 May 8
    5005 36 40.6-06 38 03210.3565-19.6315G210.356-19.631
    IRAS 05342-0639KVN0.59065-H2O -CH3OH I 2010 May 8
    5105 36 59.3-06 09 16209.9380-19.3478G209.938-19.348
    V586 OriKVN0.53065-H2O -CH3OH I 0.5102010 Mar 24
    5205 37 2.4-01 37 21205.7024-17.2571G205.702-17.257
    IRAS 05345-0139KVN0.59065-H2O -CH3OH I 2010 Mar 23
    5300 00 00-06 35 0189.8643-66.0958G89.864-66.096
    BFOriKVN0.61065-H2O -CH3OH I 0.6032010 Mar 24
    5405 37 47.1+06 42 30198.2433-13.0575G198.243-13.057
    KMS 27KVN0.63065-H2O -CH3OH I 2010 Mar 24
    5505 38 5.2-01 15 22205.4925-16.8541G205.492-16.854
    IRAS 05355-0117KVN0.68065-H2O -CH3OH I 2010 Mar 24
    5605 38 9.2-06 49 16210.7073-19.3865G210.707-19.386
    V1787 OriKVN0.59065-H2O -CH3OH I 2010 Mar 24
    5705 38 14.5-05 25 13209.3927-18.7391G209.393-18.739
    V1788 OriKVN0.56065-H2O -CH3OH I 2010 Mar 23
    5805 38 18.2-07 02 26210.9333-19.4506G210.935-19.448
    Haro 13aKVN0.52065+H2O -CH3OH I -CH3OH II +OH 2010 Mar 24
    5905 38 58.6-07 16 46211.2388-19.4067G211.239-19.406
    V599 OriKVN0.58065-H2O -CH3OH I 0.3602010 Mar 16
    6005 39 11.1+04 07 17200.7341-14.0324G200.734-14.032
    OriKVN0.58065-H2O -CH3OH I 2010 Mar 16
    6105 39 30.5+26 22 27181.4669-2.4989G181.467-2.499
    RR TauKVN0.53065-H2O -CH3OH I 2.1032010 Mar 16
    6205 39 56.1-07 30 26211.5666-19.2942G211.567-19.294
    IRAS 05375-0731KVN0.53065+H2O -CH3OH I -CH3OH II 0.5002010 Jan 18
    6305 40 11.8-09 42 11213.6966-20.1925G213.697-20.193
    V350 OriKVN0.58065-H2O -CH3OH I 0.7352010 Mar 16
    6405 40 27.7-07 27 28211.5807-19.1552G211.581-19.155
    Reipurth50 NIRS1KVN0.58065-H2O -CH3OH I -CH3OH II 2010 May 9
    6505 41 2.3-02 43 01207.2022-16.8829G207.202-16.883
    MWC 120KVN0.53065-H2O -CH3OH I 0.4702010 Mar 24
    6605 41 24.9-02 18 09206.8642-16.6074G206.864-16.608
    NGC 2023 MM 1KVN0.61065-H2O -CH3OH I 0.7302010 May 9
    6705 43 11.9-04 59 50209.5824-17.4470G209.584-17.444
    IRAS 05407-0501KVN0.56065-H2O -CH3OH I -SiO 0.4602010 Mar 21
    6805 44 18.8+00 08 40204.9708-14.8212G204.971-14.821
    IRAS 05417+0007KVN0.62065-H2O -CH3OH I 2010 Mar 23
    6905 47 42.3+00 38 40204.9293-13.8377G204.929-13.838
    IRAS 05451+0037KVN0.58065+H2O -CH3OH I -OH 0.4502010 Jan 18
    7005 50 13.5+23 52 17184.8696-1.7345G184.870-1.734
    IRAS 05471+2351KVN0.47065-H2O -CH3OH I 2010 Mar 19
    7105 53 42.6-10 24 01215.8699-17.4867G215.870-17.487
    IRAS 05513-1024KVN0.59065-H2O -CH3OH I -SiO 0.4702010 Mar 16
    7205 57 49.5+14 05 34194.2390-5.1098G194.239-5.110
    IRAS 05555-1405KVN0.56065-H2O -CH3OH I 0.4702010 Mar 21
    7305 58 55.6+16 39 58192.1287-3.6047G192.129-3.605
    IRAS 05560+1639KVN0.55065-H2O -CH3OH I 2010 Mar 21
    7406 02 00+16 30 57192.6238-3.0387G192.623-3.040
    HD 250550KVN0.49065+H2O -CH3OH I -OH 0.7002010 Mar 16
    7506 02 14.9-10 01 00216.4505-15.4250G216.450-15.426
    IRAS 05598-1000KVN0.56065-H2O -CH3OH I -OH -SiO 2010 Mar 18
    7606 03 37.1-14 53 03221.1958-17.1752G221.196-17.175
    IRAS 06013-1452KVN0.56065-H2O -CH3OH I -OH 2010 Mar 16
    7706 06 58.5-05 55 08213.1864-12.5733G213.186-12.573
    IRAS 06045-0554KVN0.58065-H2O -CH3OH I 2010 Mar 24
    7806 07 16.1+29 58 01181.47304.5937G181.473+4.594
    IRAS 06040+2958KVN0.49065-H2O -CH3OH I 2010 Mar 19
    7906 07 49.5+18 38 26191.4488-0.7887G191.449-0.789
    LkHa 208KVN0.51065-H2O -CH3OH I 1.0002010 Mar 19
    8006 10 17.5+29 25 16182.26954.9082G182.270+4.908
    IRAS 06071+2925KVN0.46065-H2O -CH3OH I 2010 Mar 19
    8106 10 57.8-06 14 37213.9363-11.8308G213.936-11.831
    LkHa 339KVN0.61065-H2O -CH3OH I -CH3OH II 0.8302010 Mar 23
    8206 13 36.2-06 25 02214.3933-11.3209G214.393-11.321
    IRAS 06111-0624KVN0.61065-H2O -CH3OH I 2010 Mar 24
    8306 18 45.5+15 16 52195.6502-0.1047G195.651-0.106
    MWC 137KVN0.51065-H2O -CH3OH I -CH3OH II 2010 Mar 19
    8406 23 56.2+14 30 28196.92140.6352G196.921+0.635
    IRAS 06210+1432KVN0.53065-H2O -CH3OH I 2010 Mar 19
    8506 26 53.8-10 15 34219.3790-10.0677G219.379-10.068
    IRAS 06245-1013KVN0.58065-H2O -CH3OH I -OH -SiO 2010 Mar 23
    8606 30 49+12 57 54199.06461.3965G199.065+1.396
    Mon OB1 IRAS12 S1KVN0.63065-H2O -CH3OH I 0.8002010 May 9
    8706 31 6.9+10 26 05201.34190.2906G201.342+0.291
    VY MonKVN0.58065-H2O -CH3OH I -CH3OH II -SiO 0.8002010 Mar 23
    8806 32 41.8+10 09 34201.76590.5084G201.765+0.507
    LkHa 215KVN0.63065-H2O -CH3OH I -CH3OH II 0.8002010 Mar 21
    8906 33 5.2+10 29 20201.51790.7455G201.518+0.746
    MWC 147KVN0.62065-H2O -CH3OH I 0.8002010 Mar 23
    9006 39 9.9+08 44 11203.76321.2706G203.763+1.271
    R MonKVN0.46065-H2O -CH3OH I -CH3OH II -OH 0.8002010 Mar 24
    9106 40 44.6+09 48 02202.99472.1037G202.995+2.104
    V590 MonKVN0.59065-H2O -CH3OH I -OH 0.8002010 Mar 23
    9206 41 3.3+10 15 01202.62932.3772G202.629+2.377
    IRAS 06382+1017KVN0.59065+H2O -CH3OH I -CH3OH II 0.5802010 May 8
    9306 48 41.8-16 48 06227.6829-8.1634G227.683-8.163
    IRAS 06464-1644KVN0.61065-H2O -CH3OH I -OH 2010 May 16
    9406 49 58.8-07 38 52219.5830-3.8012G219.583-3.801
    IRAS 06475-0735KVN0.69065-H2O -CH3OH I 2010 May 24
    9506 51 45.8+05 05 04208.44122.3882G208.441+2.388
    IRAS 06491+0508KVN0.46065-H2O -CH3OH I 2010 Mar 21
    9606 54 26.8-25 02 12235.7982-10.5088G235.798-10.509
    IRAS 06523-2458KVN0.69065-H2O -CH3OH I -OH 2010 Mar 16
    9706 55 39.3-03 09 45216.2270-0.5045G216.227-0.505
    IRAS 06531 -0305KVN0.69065-H2O -CH3OH I 2010 Mar 24
    9806 58 44.2-03 41 09217.0437-0.0592G217.045-0.059
    IRAS 06562-0337KVN0.59065-H2O -CH3OH I -OH 2010 Mar 23
    9906 59 34.8+10 15 01204.69076.4450G204.691+6.445
    IRAS 06571-0441KVN0.58065+H2O -CH3OH I 1.4002010 May 8
    10007 01 49.5-11 18 03224.1710-2.8553G224.171-2.855
    GUCMaKVN0.55065-H2O -CH3OH I 2010 Mar 21
    10107 02 42.5-11 26 12224.3908-2.7245G224.391-2.725
    LkHa 218KVN0.63065-H2O -CH3OH I 1.0502010 Mar 24
    10207 03 43.2-11 33 06224.6065-2.5565G224.607-2.557
    Z CMaKVN0.56065-H2O -CH3OH I -CH3OH II -OH 1.0502010 Mar 21
    10307 04 6.7-11 26 09224.5473-2.4182G224.547-2.418
    LkHa 220KVN0.56065-H2O -CH3OH I 1.1502010 Mar 18
    10407 04 25.5-10 27 16223.7092-1.9009G223.706-1.901
    MWC 166KVN0.58065-H2O -CH3OH I 2010 Mar 18
    10507 08 38.8-04 19 08218.73931.8473G218.739+1.847
    IRAS 07061 -0414KVN0.58065-H2O -CH3OH I -CH3OH II 7.9502010 Mar 16
    10607 19 35.9-17 39 18231.7985-1.9685G231.799-1.968
    IRAS 07173-1733KVN0.62065-H2O -CH3OH I -OH 2010 Mar 21
    10707 24 16.9-26 16 01239.9338-5.0380G239.934-5.038
    IRAS 07222-2610KVN0.69065-H2O -CH3OH I 2010 Mar 23
    10807 24 37-24 34 48238.4738-4.1814G238.479-4.177
    IRAS 07225-2428KVN0.68065+H2O -CH3OH I 2010 Mar 24
    10907 25 4.9-25 45 48239.5715-4.6435G239.572-4.643
    IRAS 07230-2539KVN0.69065-H2O -CH3OH I 2010 Mar 23
    11007 31 48.9-19 27 33234.7614-0.2766G234.761-0.277
    IRAS 07296-1921KVN0.64065-H2O -CH3OH I 2010 Mar 23
    11107 32 27.2-21 55 27236.9932-1.3343G236.993-1.334
    IRAS 07303-2148KVN0.64065-H2O -CH3OH I 2010 Mar 21
    11207 41 41.2-20 00 14236.37121.4846G236.371+1.485
    IRAS 07394-1953KVN0.62065-H2O -CH3OH I 2010 Mar 16
    11315 49 15.3-26 00 55345.597921.7720G345.597+21.773
    IRAS 15462-2551KVN0.70065-H2O -CH3OH I -OH 2010 Mar 17
    11415 49 57.7-03 55 164.177136.9196G4.177+36.920
    IRAS 15473-0346KVN1.02065-H2O -CH3OH I 0.0992010 Feb 22
    11515 56 40-22 01 40349.897523.5093G349.898+23.509
    IRAS 15537-2153KVN0.64065-H2O -CH3OH I -OH 0.1452010 Mar 17
    11616 06 58-27 43 10347.399217.8183G347.399+17.818
    IRSA 16038-2735KVN0.76065-H2O -CH3OH I -OH 0.1452010 Mar 17
    11716 13 11.6-22 29 07352.417120.4478G352.417+20.448
    IRAS 16102-2221KVN0.59065-H2O -CH3OH I 2010 Mar 19
    11816 18 37.2-24 05 18352.064618.4448G352.065+18.445
    IRAS 16156-2358KVN0.61065-H2O -CH3OH I 2010 Mar 19
    11916 27 9.4-24 37 19353.010516.6416G353.011+16.642
    Elias 29KVN0.63065-H2O -CH3OH I -CH3OH II 0.1602010 Jan 12
    12016 40 17.9-23 53 45355.598714.8270G355.599+14.826
    IRAS 16372-2347KVN0.62065-H2O -CH3OH I -OH -SiO 0.2032010 Mar 19
    12117 10 8.1-27 15 18357.06457.4476G357.064+7.448
    KK OphKVN0.64065-H2O -CH3OH I +SiO 0.1602010 Mar 17
    12217 20 56.1-26 03 31359.44576.1581G359.446+6.158
    IRAS 17178-2600KVN0.61065-H2O -CH3OH I -OH 2010 Mar 17
    12317 45 14.2-17 56 479.36435.7785G9.364+5.779
    IRAS 17423-1755KVN0.64065-H2O -CH3OH I +OH 2010 Mar 17
    12417 50 57.8-14 16 1113.25176.4635G13.252+6.463
    IRAS 17481-1415KVN0.59065-H2O -CH3OH I 2010 Feb 22
    12517 56 21.3-21 57 227.23701.4895G7.236+1.491
    MWC 275KVN0.53065-H2O -CH3OH I -SiO 0.1302010 Mar 18
    12618 00 29.3-16 47 2312.20643.2187G12.206+3.219
    IRAS 17575-1647KVN0.61065-H2O -CH3OH I 2010 Mar 19
    12718 24 29.8-29 46 493.3924-7.8095G3.392-7.810
    IRAS 18213-2948KVN0.53065-H2O -CH3OH I -OH 0.1452010 Mar 18
    12818 27 39.5-03 49 5226.80173.5262G26.802+3.526
    MWC 297KVN0.63065+H2O -CH3OH I -CH3OH II -SiO 0.2802010 Feb 22
    12918 28 47.9+00 08 4030.47345.1016G30.473+5.101
    VV SerKVN0.58065+H2O -CH3OH I 0.6142010 Feb 22
    13018 29 25.7-06 04 3725.01212.0967G25.012+2.097
    MWC 300KVN0.45065-H2O -CH3OH I -CH3OH II -OH -SiO 2010 Mar 18
    13118 29 49.6+01 15 2231.58435.3808G31.584+5.379
    Serpens FIRS1KVN0.47065+H2O +CH3OH I -CH3OH II +OH -SiO 0.3102010 May 8
    13218 30 6.2+00 42 3431.12765.0698G31.128+5.070
    IRAS 18275+0040KVN0.44065-H2O -CH3OH I -OH 0.7002010 Mar 18
    13318 33 21.2-04 58 0226.44821.7426G26.448+1.743
    AS 310KVN0.55065-H2O -CH3OH I -CH3OH II 2.5002010 Mar 17
    13418 41 34.8+08 08 2239.08365.8799G39.084+5.880
    IRAS 18391+0805KVN0.51065-H2O -CH3OH I -OH 2010 Mar 19
    13518 48 0.4+02 54 1335.12642.0863G35.126+2.087
    IRAS 18454+0250KVN0.51065-H2O -CH3OH I -OH 2010 Mar 19
    13618 50 47.2+08 42 1040.61684.0998G40.617+4.100
    IRAS 18483+0838KVN0.52065-H2O -CH3OH I 2010 Mar 19
    13718 55 23+04 04 3437.00920.9815G37.009+0.982
    IRAS 18528+0400KVN0.53065-H2O -CH3OH I 2010 Mar 17
    13819 11 11.3+15 47 1649.20802.8860G49.207+2.886
    MWC 614KVN0.55065-H2O -CH3OH I -OH -SiO 0.2012010 Feb 24
    13919 25 58.8+21 12 3155.64452.3142G55.645+2.314
    WW VulKVN0.52065-H2O -CH3OH I 0.6962010 Feb 24
    14019 29 0.7+09 38 3945.8153-3.8310G45.817-3.832
    Par 21KVN0.41065-H2O -CH3OH I 2010 Mar 19
    14119 36 18.9+29 32 5064.09644.2566G64.096+4.257
    IRAS 19343+2926KVN0.40065-H2O -CH3OH I -CH3OH II +OH 2010 Mar 18
    14219 42 55.7+23 24 2059.4681-0.0474G59.468-0.047
    HH 165KVN0.41065+H2O -CH3OH I 0.9002010 May 7
    14320 03 2.5+05 44 1746.4962-13.0968G46.496-13.097
    V1295 AqlKVN0.49065-H2O -CH3OH I -SiO 0.7672010 Mar 17
    14420 07 6.7+27 28 5365.7802-2.6122G65.780-2.612
    IRAS 20050+2720 MMS1KVN0.52065+H2O +CH3OH I -CH3OH II 0.7002010 May 8
    14520 20 28.2+41 21 5278.87202.7701G78.870+2.760
    V1685 CygKVN0.40065+H2O +CH3OH I -CH3OH II -SiO 0.9802010 Apr 18
    14620 20 29.3+41 21 2978.86862.7636G78.870+2.760
    V1686 CygKVN0.38065+H2O +CH3OH I -CH3OH II -SiO 0.9802010 Apr 18
    14720 20 30.5+41 21 2778.87032.7602G78.870+2.760
    V1318 CygSKVN0.56065+H2O +CH3OH I -CH3OH II -SiO 1.0002010 Apr 18
    14820 24 15.7+42 18 0180.04482.7229G80.045+2.723
    BD+41:3731KVN0.52065-H2O -CH3OH I 2010 Apr 17
    14920 24 29.5+42 14 0280.01482.6499G80.015+2.650
    Par 22KVN0.49065-H2O -CH3OH I 2010 Mar 19
    15020 27 25.4+37 22 4876.3806-0.6176G76.381-0.618
    S106 FIRKVN0.47065+H2O -CH3OH I -CH3OH II +OH 0.6002010 Jan 13
    15120 45 54+67 57 39102.969815.2316G102.970+15.231
    PV CepKVN0.52065+H2O -CH3OH I -CH3OH II -OH 0.5002010 Feb 22
    15220 47 23.3+43 44 4083.73910.2119G83.739+0.212
    V517 CygKVN0.53065-H2O -CH3OH I 2010 Apr 17
    15320 47 37.5+43 47 2583.80160.2074G83.802+0.207
    AS 442KVN0.51065-H2O -CH3OH I 0.8262010 Feb 24
    15420 48 4.8+43 47 2683.85340.1437G83.853+0.144
    LkHa 134KVN0.44065-H2O -CH3OH I 0.7002010 Mar 19
    15520 51 2.7+43 49 3284.2190-0.2484G84.219-0.248
    LkHa 147KVN0.46065-H2O -CH3OH I 0.8002010 Mar 19
    15620 52 4.6+44 37 3184.95300.1190G84.953+0.119
    V1493 CygKVN0.56065-H2O -CH3OH I 2010 Mar 19
    15720 58 53.7+44 15 2985.4599-1.0468G85.460-1.047
    V1057 CygKVN0.62065+H2O -CH3OH I -CH3OH II -SiO 0.7002010 Apr 9
    15821 01 36.9+68 09 48104.061614.1926G104.062+14.193
    MWC 361KVN0.52065-H2O -CH3OH I -CH3OH II 0.4192010 Mar 17
    15921 03 54.2+50 15 1090.52282.2748G90.522+2.262
    LkHa 324KVN0.53065-H2O -CH3OH I -CH3OH II 0.7802010 Feb 22
    16021 16 03+68 54 52105.536013.6838G105.536+13.684
    HD 203024KVN0.47065-H2O -CH3OH I -OH -SiO 2010 Mar 17
    16121 39 58.2+50 14 2194.6024-1.7960G94.602-1.796
    V645 CygKVN0.53065+H2O -CH3OH I +CH3OH II -OH -SiO 3.5002010 Feb 22
    16221 40 42.4+58 16 1099.98264.1696G99.982+4.170
    IRAS 21391+5802KVN0.53065+H2O +CH3OH I +CH3OH II 0.7502010 May 7
    16321 42 50.2+66 06 35105.39069.8921G105.405+9.877
    V361 CepKVN0.70065+H2O -CH3OH I -CH3OH II 1.2502010 May 8
    16421 43 1.6+66 03 26105.37009.8400G105.370+9.840
    NGC 7129 FIRS2KVN0.41065+H2O +CH3OH I -CH3OH II 1.2502010 May 8
    16521 43 6.7+66 06 55105.41569.8779G105.405+9.877
    V373 CepKVN0.81065+H2O -CH3OH I -CH3OH II 1.2502010 May 8
    16621 52 34.1+47 13 4494.2491-5.4357G94.250-5.436
    AS 477KVN0.55065-H2O -CH3OH I -CH3OH II 1.2002010 Mar 19
    16721 54 18.8+47 12 1094.4647-5.6417G94.465-5.642
    LkHa 257KVN0.59065-H2O -CH3OH I 2010 Mar 19
    16822 01 42.9+69 44 37109.138011.5575G109.138+11.558
    BH CepKVN0.34065-H2O -CH3OH I -OH 0.4502010 Mar 17
    16922 19 18.1+63 18 49106.79695.3126G106.797+5.312
    IRAS 22176+6303KVN0.61065+H2O +CH3OH I +CH3OH II +OH 0.9102010 May 8
    17022 21 33.2+73 40 27112.788313.8301G112.788+13.830
    SV CepKVN0.52065-H2O -CH3OH I -SiO 0.5962010 Mar 21
    17122 28 29.3+62 59 44107.50444.4882G107.504+4.488
    IRAS 22267+6244KVN0.55065+H2O +CH3OH I -CH3OH II 0.9002010 May 8
    17222 28 52.2+64 13 43108.18595.5184G108.186+5.518
    IRAS 22272+6358KVN0.52065-H2O -CH3OH I +CH3OH II 0.9502010 May 8
    17322 34 41+40 40 0596.7292-15.1440G96.729-15.144
    LkHa 233KVN0.55065-H2O -CH3OH I 0.8802010 Mar 19
    17422 47 2.1+62 10 11108.96142.7209G108.961+2.721
    IRAS 22451+6154KVN0.51065-H2O -CH3OH I -CH3OH II -SiO 1.2902010 May 8
    17522 53 15.6+62 08 45109.60042.3727G109.600+2.373
    IL CepKVN0.52065-H2O -CH3OH I 2010 Mar 17
    17623 03 13.9+61 42 21110.47871.4786G110.478+1.481
    IRAS 23011+6126KVN0.33065+H2O +CH3OH I -CH3OH II 0.7302010 Jan 14
    17723 05 7.5+62 15 37110.90521.8971G110.905+1.897
    BHJ71KVN0.49065-H2O -CH3OH I 2010 Mar 18
    17823 05 50.3+62 30 12111.07772.0873G111.075+2.086
    IRAS 23037+6213KVN0.49065+H2O -CH3OH I -CH3OH II 0.7502010 May 8
    17923 17 25.6+60 50 44111.72930.0351G111.730+0.035
    MWC 1080KVN0.51065-H2O -CH3OH I -CH3OH II 2.2002010 Mar 18
    18023 58 41.6+66 26 13117.68634.1039G117.686+4.104
    LkHa 259KVN0.51065+H2O -CH3OH I 2010 Mar 17

    X
    DSS colored
    2MASS colored
    WISE colored
    SDSS color
    IRAC color I1,I2,I4
    GLIMPSE 360
    PACS color (70-160 um)
    SPIRE color (250-500 um)
    NVSS (1.4GHz)
    ATLASGAL 870 um
    ATLASGAL 870 um + Planck
    Bolocam 1.1 mm
    UKIDSS K
    2MASS K