Molecular Hydrogen Emission-Line Objects (MHOs)

in Cygnus

(click on images for larger view)

Object RA
(2000)
Dec
(2000)
Image Other ID Image/ID Refs. Discovery Paper /
Imaging Refs.
Assoc. HH Comment
MHO 800 20 39 19.2 +42 14 53 A1-1:A1-3 Davis et al. 2007 Davis et al. 2007 - Collimated jet in DR21 region
MHO 801 20 39 17.0 +42 16 14 A2-1:A2-4 Davis et al. 2007 Davis et al. 2007 - Compact, bipolar jet from ERO 1 in DR21 region
MHO 802 20 39 01.9 +42 18 11 A3-1 Davis et al. 2007 Davis et al. 2007 - Arc of H2 emission in DR21 region (Overview plot)
MHO 803 20 38 58.9 +42 18 13 A4-1:A4-2 Davis et al. 2007 Davis et al. 2007 - Possible faint jet and bow in DR21 region (Overview plot)
MHO 804 20 38 56.4 +42 18 16 A5-1:A5-3 Davis et al. 2007 Davis et al. 2007 - Collimated jet in DR21 region (Overview plot)
MHO 805 20 38 41.3 +42 19 01 A6-1:A6-2 Davis et al. 2007 Davis et al. 2007 - Possible bow shock in DR21 region (Overview plot)
MHO 806 20 38 46.1 +42 19 14 A7-1 Davis et al. 2007 Davis et al. 2007 - Bright, extended knot in DR21 region (Overview plot)
MHO 807 20 38 47.5 +42 19 22 A8-1 Davis et al. 2007 Davis et al. 2007 - Bright, diffuse knot in DR21 region (Overview plot)
MHO 808 20 38 50.5 +42 19 09 A9-1:A9-3 Davis et al. 2007 Davis et al. 2007 - Possible colimated jet flowing close to, and parallel with, the main DR21 outflow (Overview plot)
MHO 809 20 39 03.7 +42 20 15 A10-1 Davis et al. 2007 Davis et al. 2007 - Collimated jet pointing back toward the DR21 high-mass star forming region (Overview plot)
MHO 810 20 38 53.1 +42 20 08 B1-1:B1-3 Davis et al. 2007 Davis et al. 2007 - Jet and bow shock in DR21 region (Overview plot)
MHO 811 20 38 55.0 +42 20 39 B2-1 Davis et al. 2007 Davis et al. 2007 - Faint, elongated knot in DR21 region (Overview plot)
MHO 812 20 38 59.9 +42 20 51 B3-1:B3-2 Davis et al. 2007 Davis et al. 2007 - Two or more fingers of emission (Overview plot)
MHO 813 20 38 58.3 +42 21 09 B4-1 Davis et al. 2007 Davis et al. 2007 - Extended bow or bullet possibly associated with MHO 812 (Overview plot)
MHO 814 20 39 04.5 +42 22 44 B5-1 Davis et al. 2007 Davis et al. 2007 - Compact knot; possible extension of MHO 815 jet (Overview plot)
MHO 815 20 39 00.2 +42 23 02 B6-1:B6-3 Davis et al. 2007 Davis et al. 2007 - Bright, knotty east-west jet in the DR21-OH region (Overview plot)
MHO 816 20 38 58.0 +42 22 51 B7-1:B7-3 Davis et al. 2007 Davis et al. 2007 - Curving jet that crosses MHO 815 in the DR21-OH region (Overview plot)
MHO 817 20 38 53.4 +42 23 27 B8-1 Davis et al. 2007 Davis et al. 2007 - Pair of faint knots close to MHO 815 in the DR21-OH region (Overview plot)
MHO 818 20 39 04.6 +42 26 06 B9-1 Davis et al. 2007 Davis et al. 2007 - Group of bright knots north of DR21-OH (Overview plot)
MHO 819 20 39 07.1 +42 26 20 B10-1 Davis et al. 2007 Davis et al. 2007 - Faint, elongated knot just to the north of MHO 818 (Overview plot)
MHO 820 20 38 45.4 +42 24 58 B11-1:B11-2 Davis et al. 2007 Davis et al. 2007 - Two features that main be part of a collimated jet found to the north-west of DR21-OH (Overview plot)
MHO 821 20 38 45.9 +42 24 16 B12-1:B12-2 Davis et al. 2007 Davis et al. 2007 - Bright knot in a fainter jet north-west of DR21-OH (Overview plot)
MHO 822 20 38 55.3 +42 21 27 B13-1 Davis et al. 2007 Davis et al. 2007 - Faint, curved knot (bow shock) associated with a nebulous IR source in the DR21 region (Overview plot)
MHO 823 20 39 17.3 +42 23 46 B14-1:B14-3 Davis et al. 2007 Davis et al. 2007 - Long chain of three faint knots to the east of DR21-OH (Overview plot)
MHO 824 20 39 03.9 +42 24 58 B15-1 Davis et al. 2007 Davis et al. 2007 - Faint, elongated knot to the north of DR21-OH (Overview plot)
MHO 825 20 39 09.6 +42 25 24 B16-1 Davis et al. 2007 Davis et al. 2007 - Faint, elongated knot also to the north of DR21-OH (Overview plot)
MHO 826 20 38 38.0 +42 38 15 C4-1 Davis et al. 2007 Davis et al. 2007 - Possible elongated jet just to north of the W75N IR nebula (Overview plot)
MHO 827 20 38 53.0 +42 37 47 C5-1:C5-3 Davis et al. 2007 Davis et al. 2007 - Faint, curving jet just to the east of the main W75N bipolar outflow (Overview plot)
MHO 828 20 38 50.6 +42 39 09 C7-1 Davis et al. 2007 Davis et al. 2007 - Bright, curved knot (bow shock?) just to the north of the western lobe of the main W75N outflow (Overview plot)
MHO 829 20 38 30.1 +42 39 21 C8-1:C8-5 Davis et al. 2007 Davis et al. 2007 - Collimated knotty jet in the W75N region (Overview plot)
MHO 830 20 38 30.7 +42 39 52 C9-1:C9-2 Davis et al. 2007 Davis et al. 2007 - At least two knots in a possible collimated jet in the W75N region (Overview plot)
MHO 831 20 38 20.1 +42 39 12 C10-1:C10-2 Davis et al. 2007 Davis et al. 2007 - Two faint knots to north-west of W75N (Overview plot)
MHO 832 20 37 47.5 +42 38 37 D1-1:D1-8 Davis et al. 2007 Davis et al. 2007 - Bipolar outflow with bow shocks situated west of W75N (Overview plot)
MHO 833 20 38 00.8 +42 40 13 D2-1 Davis et al. 2007 Davis et al. 2007 - Faint arc of emission to west of W75N; may be associated with MHO 834 (Overview plot)
MHO 834 20 38 00.4 +42 41 32 D3-1:D3-2 Davis et al. 2007 Davis et al. 2007 - Two extended knots or 'bullets' in W75N-west which appear to be flowing northward (Overview plot)
MHO 835 20 37 48.3 +42 43 42 D4-1:D4-6 Davis et al. 2007 Davis et al. 2007 - Collimated jet to the north-west of W75N (Overview plot)
MHO 836 20 38 09.7 +42 38 07 D5-1:D5-3 Davis et al. 2007 Davis et al. 2007 - Faint chain of knots to west of W75N (Overview plot)
MHO 837 20 38 05.6 +42 37 42 D6-1:D6-3 Davis et al. 2007 Davis et al. 2007 - Faint chain of knots to west of W75N (Overview plot)
MHO 838 20 38 04.8 +42 39 05 D7-1:D7-2 Davis et al. 2007 Davis et al. 2007 - Two faint knots to west of W75N, possible associated with MHO 834 (Overview plot)
MHO 839 20 38 02.2 +42 39 12 D8-1 Davis et al. 2007 Davis et al. 2007 - Faint arc or bow shock to west of W75N (Overview plot)
MHO 840 20 38 00.6 +42 39 35 D9-1 Davis et al. 2007 Davis et al. 2007 - Faint arc to west of W75N (Overview plot)
MHO 841 20 38 03.2 +42 39 49 D10-1 Davis et al. 2007 Davis et al. 2007 - Faint, compact knot in W75N-west (Overview plot)
MHO 842 20 37 52.3 +42 40 50 D11-1 Davis et al. 2007 Davis et al. 2007 - Faint knots and filaments in W75N-west (Overview plot)
MHO 843 20 37 44.7 +42 40 27 D12-1:D12-3 Davis et al. 2007 Davis et al. 2007 - Faint group of knots (possible jets) in W75N-west (Overview plot)
MHO 844 20 36 59.8 +42 11 19 E1-1 Davis et al. 2007 Davis et al. 2007 - Faint knotty jet in L906E (Overview plot)
MHO 845 20 37 02.3 +42 11 51 E2-1:E2-3 Davis et al. 2007 Davis et al. 2007 - Possible knotty jet in L906E (Overview plot)
MHO 846 20 37 00.1 +42 13 14 E3-1:E3-4 Davis et al. 2007 Davis et al. 2007 - Curving knotty jet in L906E (Overview plot)
MHO 847 20 37 21.0 +42 16 03 E4-1 Davis et al. 2007 Davis et al. 2007 - Curving jet/filament in L906E (Overview plot)
MHO 848 20 37 28.9 +42 16 12 E5-1:E5-6 Davis et al. 2007 Davis et al. 2007 - Extended, knotty jet in L906E (Overview plot)
MHO 849 20 37 19.0 +42 11 39 E6-1:E6-2 Davis et al. 2007 Davis et al. 2007 - Two faint knots in L906E (Overview plot)
MHO 850 20 37 14.5 +42 13 01 E7-1 Davis et al. 2007 Davis et al. 2007 - Faint bow shock in L906E (Overview plot)
MHO 851 20 37 05.2 +42 13 14 E8-1 Davis et al. 2007 Davis et al. 2007 - Faint knot (part of MHO 846?) in L906E (Overview plot)
MHO 852 20 37 32.0 +42 14 27 E9-1 Davis et al. 2007 Davis et al. 2007 - Faint north-south filament in L906E (Overview plot)
MHO 853 20 38 50.7 +42 24 08 B17-1 Davis et al. 2007 Davis et al. 2007 - Small, faint knot in DR21 region (Overview plot)
MHO 854 20 38 26.4 +42 36 46 C1-1:C1-5 Davis et al. 2007 Davis et al. 1998, 2007; Shepherd, Testi, Stark 2003 - Large bow shock in south-western lobe of main W75N bipolar outflow (Overview plot)
MHO 855 20 38 42.3 +42 37 42 C2-1:C2-2 Davis et al. 2007 Shepherd, Testi, Stark 2003; Davis et al. 2007 - Filament in north-eastern lobe of main W75N bipolar flow (Overview plot)
MHO 856 20 38 38.5 +42 38 00 C3-1:C3-3 Davis et al. 2007 Davis et al. 1998, 2007; Shepherd, Testi, Stark 2003 - Bright arc in W75N nebula (Overview plot)
MHO 857 20 38 51.3 +42 38 39 C6-1:C6-2 Davis et al. 2007 Davis et al. 1998, 2007; Shepherd, Testi, Stark 2003 - Conical bow shock in north-eastern lobe of main W75N bipolar flow (Overview plot)
MHO 858 20 08 10.5 +35 59 30 [VDR] 35-1 Varricatt et al. 2010 Varricatt et al. 2010 - NEern outflow lobe from IRAS 20062+3550
MHO 859 20 08 09.5 +35 59 13 [VDR] 35-2 Varricatt et al. 2010 Varricatt et al. 2010 - Feature probably associated with SWern flow lobe from IRAS 20062+3550
MHO 860 20 14 25.8 +41 13 34 [VDR] 36-1 Varricatt et al. 2010 Shepherd et al. 2000; Cesaroni et al. 2005; Caratti o Garatti et al. 2008; Varricatt et al. 2010 - Collimated bipolar flow from IRAS 20126+4104
MHO 861 20 14 24.8 +41 13 53 [VDR] 36-2 Varricatt et al. 2010 Varricatt et al. 2010 - Faint feature ~30 arcsec NW of IRAS 20126+4104
MHO 862 20 14 27.9 +41 12 55 [VDR] 36-3,4 Varricatt et al. 2010 Varricatt et al. 2010 - Bipolar outflow situated ~40 arcsec SE of IRAS 20126+4104
MHO 863 20 20 41.5 +39 38 32 [VDR] 37-1 Varricatt et al. 2010 Varricatt et al. 2010; Wolf-Chase et al. 2013 - Faint object ~45 arcsec NW of IRAS 20188+3928 (Overview plot)
MHO 864 20 20 39.6 +39 38 16 [VDR] 37-2 Varricatt et al. 2010 Varricatt et al. 2010; Wolf-Chase et al. 2013 - Faint emission ~30 arcsec north of IRAS 20188+3928 (Overview plot)
MHO 865 20 20 39.0 +39 38 09 [VDR] 37-3 Varricatt et al. 2010 Varricatt et al. 2010; Wolf-Chase et al. 2013 - Faint emission ~30 arcsec north of IRAS 20188+3928 (Overview plot)
MHO 866 20 20 39.0 +39 38 16 [VDR] 37-4 Varricatt et al. 2010 Varricatt et al. 2010; Wolf-Chase et al. 2013 - Faint emission ~30 arcsec north of IRAS 20188+3928 (Overview plot)
MHO 867 20 20 38.1 +39 37 52 [VDR] 37-5 Varricatt et al. 2010 Varricatt et al. 2010; Wolf-Chase et al. 2013 - Bow-shaped emission feature near IRAS 20188+3928 (Overview plot)
MHO 868 20 21 39.3 +37 25 24 [VDR] 38-1 Varricatt et al. 2010 Varricatt et al. 2010 - Elongated knots ~30 arcsec SW of IRAS 20198+3716
MHO 869 20 21 42.5 +37 25 35 [VDR] 38-2 Varricatt et al. 2010 Varricatt et al. 2010 - Fingers or "bullets" extending east of nebulosity (in IRAS 20198+3716 region)
MHO 870 20 24 29.3 +42 03 57 [VDR] 39-1 Varricatt et al. 2010 Varricatt et al. 2010 - Bow shock ~30 arcsec SW of IRAS 20227+4154
MHO 871 20 24 33.0 +42 04 09 [VDR] 39-2 Varricatt et al. 2010 Varricatt et al. 2010 - Elongated knot ~15 arcsec SE of IRAS 20227+4154 (assoc. with MHO 872?)
MHO 872 20 24 30.3 +42 04 32 [VDR] 39-3 Varricatt et al. 2010 Varricatt et al. 2010 - Faint emission ~15 arcsec NW of IRAS 20227+4154 (assoc. with MHO 871?)
MHO 873 20 24 27.9 +42 04 38 [VDR] 39-4 Varricatt et al. 2010 Varricatt et al. 2010 - Diffuse emission ~45 arcsec NW of IRAS 20227+4154
MHO 874 20 24 33.7 +42 04 20 [VDR] 39-5 Varricatt et al. 2010 Varricatt et al. 2010 - Faint emission ~20 arcsec east of IRAS 20227+4154
MHO 875 20 30 27.2 +41 16 11 [VDR] 40-1 Varricatt et al. 2010 Varricatt et al. 2010 - Compact features ~30 arcsec north of IRAS 20286+4105; OF1 is identical to MHO960; OF2 is identical to MHO961
MHO 876 20 31 12.2 +40 03 09 [VDR] 41-1 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Small knots ~15 arcsec east of IRAS 20293+3952
MHO 877 20 31 12.9 +40 03 23 [VDR] 41-2 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Features ~30 arcsec NE of IRAS 20293+3952
MHO 878 20 31 12.3 +40 03 24 [VDR] 41-3 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Features ~30 arcsec NE of IRAS 20293+3952
MHO 879 20 31 13.9 +40 03 29 [VDR] 41-4 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Complex features ~45 arcsec NE of IRAS 20293+3952
MHO 880 20 31 14.6 +40 03 23 [VDR] 41-5 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Complex features ~45 arcsec east of IRAS 20293+3952
MHO 881 20 31 13.6 +40 03 12 [VDR] 41-6 Varricatt et al. 2010 Kumar, Bachiller, Davis 2002; Varricatt et al. 2010 - Small knots ~30 arcsec east of IRAS 20293+3952
MHO 882 21 32 30.5 +51 02 16 [VDR] 44-1 Varricatt et al. 2010 Varricatt et al. 2010 - Faint features associated with nebulosity just to SW of IRAS 21307+5049
MHO 883 20 25 12.7 +34 50 21 [JYY] 1 Jiang et al. 2004 Jiang et al. 2004 - Two knots ~1 arcmin east of IRAS 20231+3440
MHO 884 20 25 08.0 +34 50 39 [JYY] 2,3 Jiang et al. 2004 Jiang et al. 2004 - Faint emission in northern, blue lobe of outflow from IRAS 20231+3440
MHO 885 20 25 06.6 +34 50 14 [JYY] 4 Jiang et al. 2004 Jiang et al. 2004 - Nebulous emission associated with IRAS 20231+3440
MHO 886 20 25 06.8 +34 50 03 [JYY] 5,6 Jiang et al. 2004 Jiang et al. 2004 - Faint knots close to IRAS 20231+3440
MHO 887 20 25 07.4 +34 49 54 [JYY] 7 Jiang et al. 2004 Jiang et al. 2004 - Faint arc near IRAS 20231+3440
MHO 888 20 25 07.5 +34 49 08 [JYY] 8 Jiang et al. 2004 Jiang et al. 2004 - Compact emission feature ~1 arcmin south of IRAS 20231+3440
MHO 889 20 25 00.5 +34 49 38 - - - - Faint jet extending SW from IRAS 20231+3440 region
MHO 890 20 24 56.7 +34 49 29 - - - - Faint jet ~2 arcmin WSW of IRAS 20231+3440
MHO 891 20 20 42.5 +39 38 40 - - Wolf-Chase et al. 2013 - Bright emission knot with diffuse substructure aligned with MHOs 863-865 (Overview plot)
MHO 892 20 20 40.5 +39 38 18 - - Wolf-Chase et al. 2013 - Jet-like emission feature near MHO 864 (Overview plot)
MHO 893 20 20 38.7 +39 38 27 - - Wolf-Chase et al. 2013 - Faint diffuse emission NW of MHO 866 (Overview plot)
MHO 894 20 20 38.2 +39 38 26 - - Wolf-Chase et al. 2013 - Bright compact emission knot (Overview plot)
MHO 895 20 20 37.5 +39 38 25 - - Wolf-Chase et al. 2013 - Faint compact emission knot (Overview plot)
MHO 896 20 20 38.2 +39 38 30 - - Wolf-Chase et al. 2013 - Compact emission knot (Overview plot)
MHO 897 20 46 08.7 +46 40 41 [VDR] 42-A/B Varricatt et al. 2010 Varricatt et al. 2010 - Faint emission around IRAS 20444+4629
MHO 898 20 39 07.8 +42 19 56 - - Garden, Russell, Burton 1990; Davis, Smith 1996, 2007; Cruz-Gonzalez, Salas, Hiriart 2007 - North-eastern lobe of main DR21 bipolar outflow (Overview plot)
MHO 899 20 38 55.3 +42 19 15 - - Garden, Russell, Burton 1990; Davis, Smith 1996, 2007; Cruz-Gonzalez, Salas, Hiriart 2007 - South-western lobe of main DR21 bipolar outflow (MHO 898/899)(Overview plot)
MHO 900 20 58 07.7 +52 48 59 - - Khanzadyan et al. 2012 - Faint shock fronts resembling "the butterfly" structure
MHO 901 20 58 22.4 +52 27 54 - - Khanzadyan et al. 2012 HH 382 A group of faint knots. H2 view of the HH 382 outflow (knots E,F,G).
MHO 902 20 58 25.2 +52 18 10 - - Khanzadyan et al. 2012 HH 382 A group of shocks coinciding with HH 382 (knots D).
MHO 903 20 58 45.5 +52 22 48 - - Khanzadyan et al. 2012 - A large diffuse knot possibly originating from IRAS20575+5210
MHO 904 20 58 49.9 +52 06 17 - - Khanzadyan et al. 2012 - Two very faint knots of unknown origin
MHO 905 20 58 56.1 +52 30 41 - - Khanzadyan et al. 2012 - A faint bow shock
MHO 906 20 59 02.6 +52 35 45 - - Khanzadyan et al. 2012 HH 380 A chain of diffuse knots possibly originating from HH 381 IRS (knots F,D,C).
MHO 907 20 59 06.7 +52 29 52 - - Khanzadyan et al. 2012 HH 970 A complex bow shock - a counter lobe of MHO 910
MHO 908 20 59 07.8 +52 22 31 - - Khanzadyan et al. 2012 HH 974 A chain of bow-shocks from IRAS 20575+5210
MHO 909 20 59 09.5 +52 33 27 - - Khanzadyan et al. 2012 - Intermediate knots in the flow MHO 907 - MHO 910
MHO 910 20 59 11.9 +52 34 12 - - Khanzadyan et al. 2012 HH 380 Counter bow of MHO 907 with faint sub-knots
MHO 911 20 59 46.3 +52 33 09 - - Khanzadyan et al. 2012 HH 627 Bow-shock from an unknown origin
MHO 912 20 59 51.3 +52 16 29 - - Khanzadyan et al. 2012 - A complex bow-shock structure possibly originating from Cyg19 source; SW lobe of MHO 922
MHO 913 20 59 51.8 +52 40 20 - - Khanzadyan et al. 2012 HH 975 A two lobe outflow from IRAS 20583+5228
MHO 914 21 00 08.6 +52 25 54 - - Khanzadyan et al. 2012 - Pair of diffuse knots possibly originating from IRAS 20588+5211
MHO 915 21 00 09.6 +52 18 16 - - Khanzadyan et al. 2012 - Intermediate knots of MHO 912 - 922 flow around Cyg19 Halpha star
MHO 916 21 00 10.9 +52 29 01 - - Khanzadyan et al. 2012 HH 629 Knots possibly originating from Braid Nebula star. H2 view of the HH 629 outflow (knots A,B).
MHO 917 21 00 12.1 +52 27 15 - - Khanzadyan et al. 2012 - Very compact bow-shock possibly from IRAS 20588+5211
MHO 918 21 00 12.1 +52 22 42 - - Khanzadyan et al. 2012 - Very faint diffuse blob of unknown origin
MHO 919 21 00 18.2 +52 28 07 NIR1 Movsessian et al. 2003 Movsessian et al. 2003; Khanzadyan et al. 2012 - Two bow-like compact knots possibly connected with IRAS 20588+5211
MHO 920 21 00 18.5 +52 25 55 NIR2 Movsessian et al. 2003 Movsessian et al. 2003; Khanzadyan et al. 2012 - Several bow-like knots in the vicinity of IRAS 20588+5211
MHO 921 21 00 22.8 +52 26 22 NIR3 Movsessian et al. 2003 Movsessian et al. 2003; Khanzadyan et al. 2012 - Bow-shock possibly originating from IRAS 20588+5211
MHO 922 21 00 35.2 +52 21 06 - - Khanzadyan et al. 2012 - A complex bow-shock structure, counter lobe of MHO 912
MHO 923 21 00 37.6 +52 29 23 - - Movsessian et al. 2003; Khanzadyan et al. 2012 HH 448 A complex structure of several bow-shocks
MHO 924 21 00 42.5 +52 31 43 - - Movsessian et al. 2003; Khanzadyan et al. 2012 HH 635 A compact bow shock possibly from Braid Nebula
MHO 925 21 00 42.7 +52 25 11 - - Khanzadyan et al. 2012 HH 633 Knot associated with IRAS 20591+5214
MHO 926 21 00 43.9 +52 27 37 - - Movsessian et al. 2003; Khanzadyan et al. 2012 HH 634 H2 view of the HH634 outflow (knots A,B,C,D).
MHO 927 21 00 52.0 +52 33 27 - - Khanzadyan et al. 2012 HH 635 Faint knots possibly connected with Braid Nebula; H2 view of HH 635 (knots B,C,D).
MHO 928 21 01 58.8 +52 29 37 - - Khanzadyan et al. 2012 - A diffuse knot in the vicinity of IRAS 21005+5217
MHO 929 21 01 59.3 +52 28 56 - - Khanzadyan et al. 2012 - Two faint knots possibly originating from IRAS 21005+5217
MHO 930 21 02 02.3 +52 28 44 - - Khanzadyan et al. 2012 - Two faint knots possibly part of an outflow from IRAS 21005+5217
MHO 931 21 02 02.8 +52 19 24 - - Khanzadyan et al. 2012 - Faint and diffuse knots of unknown origin
MHO 932 21 02 03.3 +52 20 11 - - Khanzadyan et al. 2012 - Group of knots originating from a flow coming from SW
MHO 933 21 02 09.9 +52 28 17 - - Khanzadyan et al. 2012 - Two knots, possibly part of flow from IRAS 21005+5217
MHO 934 21 02 10.7 +52 35 57 - - Khanzadyan et al. 2012 - A faint but large bow shock of unknown origin
MHO 935 21 02 11.8 +52 30 38 - - Khanzadyan et al. 2012 - Two NNE knots possibly a counter lobs of flow from IRAS 21005+5217 and MHO 930
MHO 936 21 02 21.7 +52 26 09 - - Khanzadyan et al. 2012 - Group of diffuse knots, possibly assoc. with MHO 933
MHO 937 20 20 37.9 +39 38 02 - - Wolf-Chase et al. 2013 - Compact emission knot ~10 arcsec N of bow-shaped MHO 867 (Overview plot)
MHO 938 20 20 34.9 +39 37 58 - - Wolf-Chase et al. 2013 - Diffuse arc of emission ~1 arcmin W of MHO 867 (Overview plot)
MHO 939 20 20 41.1 +39 38 02 - - Wolf-Chase et al. 2013 - Compact emission knot and chain of faint knots (Overview plot)
MHO 940 20 20 43.6 +39 37 52 - - Wolf-Chase et al. 2013 - Diffuse arc of emission culminating in bright emission knot (Overview plot)
MHO 941 20 20 43.4 +39 37 41 - - Wolf-Chase et al. 2013 - Diffuse emission feature culminating in knot (Overview plot)
MHO 942 20 20 44.4 +39 37 40 - - Wolf-Chase et al. 2013 - Chain of faint emission knots (Overview plot)
MHO 943 20 13 39.4 +41 17 44 OF 295 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which cross a dark patch of cloud where there may be an embedded source.
MHO 944 20 13 39.4 +41 17 28 OF 296 Makin & Froebrich 2017 Makin & Froebrich 2017 - A curved chain of knots aligning with a reddened star.
MHO 945 20 10 10.3 +31 31 23 - - Kumar, Bachiller, Davis 2002 - Chain of knots to the SE of IRAS 20081+3132
MHO 946 20 10 07.0 +31 31 40 - - Kumar, Bachiller, Davis 2002 - Complex group of knots and features ~20-30 arcsec west of IRAS 20081+3132
MHO 947 20 36 08.4 +41 39 55 a Kumar, Bachiller, Davis 2002 Kumar, Bachiller, Davis 2002 - Elongated feature extending to SE from IRAS 20343+4129 (next to MHO 948)
MHO 948 20 36 06.7 +41 39 55 b Kumar, Bachiller, Davis 2002 Kumar, Bachiller, Davis 2002 - Emission extending to SW in IRAS 20343+4129 region (very close to MHO 947)
MHO 949 20 29 43.7 +35 31 12 - - Wolf-Chase et al. 2017 - -
MHO 950 21 35 10.0 +50 53 30 - - Smith, Fischer 1992 - Extensive emission in NEern lobe of MHO 950/951 flow from IRAS 21334+5039
MHO 951 21 35 07.7 +50 52 30 - - Smith, Fischer 1992 - Emission features in SWern MHO 950/951 flow lobe from IRAS 21334+5039
MHO 952 20 29 24.9 +40 11 20 B,C,D Tamura, Yamashita 1992 Tamura, Yamashita 1992 HH166 Features in western lobe of outflow from AFGL 2591 IR
MHO 953 20 29 27.0 +40 11 30 A Tamura, Yamashita 1992 Tamura, Yamashita 1992 HH166 Emission in eastern lobe of outflow from AFGL 2591 IR
MHO 954 21 03 51.3 +50 14 50 - - Walawender et al. 2013 - Extended features
MHO 955 21 03 14.0 +50 12 49 - - Walawender et al. 2013 - Faint emission extended NNE from source
MHO 956 21 02 39.0 +50 13 17 - - Walawender et al. 2013 HH 1052 Faint, nebulous features
MHO 957 21 02 50.2 +50 09 43 - - Walawender et al. 2013 HH 1054 Small group of bright knots
MHO 958 21 02 22.1 +50 03 07 - - Walawender et al. 2013 HH 1050 Large group of emission features extending East-West
MHO 959 21 03 48.2 +50 12 27 - - Walawender et al. 2013 - Small faint feature
MHO 960 20 30 26.4 +41 16 04 - - Wolf-Chase et al. 2017 - same as OF1 in MHO875
MHO 961 20 30 27.3 +41 16 11 - - Wolf-Chase et al. 2017 - same as OF2 in MHO875
MHO 962 20 30 27.9 +41 16 17 - - Wolf-Chase et al. 2017 -|Near MHO87 but not listed in original paper
MHO 963 20 30 28.9 +41 16 15 - - Wolf-Chase et al. 2017 - Near MHO87 but not listed in original paper
MHO 964 20 13 47.0 +41 16 4 OF 160 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which seem to be connected in the same outflow. Part of a complex region with OF161/MHO965 and OF162/MHO966.
MHO 965 20 13 48.7 +41 15 59 OF 161 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which do not have a clear possible source. Part of a complex region with OF160/MHO964 and OF162/MHO966.
MHO 966 20 13 48.9 +41 15 48 OF 162 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots with no obvious source. Part of a complex region with OF160/MHO964 and OF161/MHO965.
MHO 967 20 16 13.4 +36 43 33 OF 152 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF599/MHO968, where each has only one visible lobe. The driving source for both has a WISE/AKARI detection on top of a K-band reflection nebula.
MHO 968 20 16 13.4 +36 43 33 OF 599 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF152/MHO967, where each has only one visible lobe in our images. The driving source for both has a WISE/AKARI detection on top of a K-band reflection nebula.
MHO 969 20 16 48.2 +39 23 26 OF 372 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of H2 emission knots flanking a WISE-detected object.
MHO 970 20 16 53.1 +37 3 55 OF 008 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint single knot, which could be part of a larger jet with OF006/MHO972 and OF007/MHO971.
MHO 971 20 16 56.3 +37 3 24 OF 007 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which could be part of a larger jet with OF006/MHO972 and OF008/MHO970. The potential source has extended reflection emission in the direction of knot ``B''.
MHO 972 20 16 58.3 +37 3 7 OF 006 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single extended knot which could be part of a larger outflow with OF007/MHO972 and OF008/MHO970, although the knots that comprise these outflows are misaligned with respect to any larger possible jet.
MHO 973 20 16 59.1 +39 21 3 OF 374 Makin & Froebrich 2017 Makin & Froebrich 2017 - A complex knot, likely originating from IRAS YSO 20151+3911 (also known as [KMH2014]J201659.12+392103.93 ). This IRAS object is also associated with HII region [MSX6C]G076.8322+02.1876 .
MHO 974 20 16 59.3 +39 20 59 OF 373 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with the driving source likely being located in the small dark area beside the K-band reflection nebula. Known HII region [MSX6C]G076.8322+02.1876 is fewer than 10arcsec away from this source.
MHO 975 20 17 1.5 +36 30 35 OF 055 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with a WISE-detected source in the centre.
MHO 976 20 17 2.3 +39 21 2 OF 375 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long chain of precessing knots which may be a bipolar outflow, 0.6arcmin away from HII region [MSX6C]G076.8322+02.1876 .
MHO 977 20 17 3.1 +39 20 44 OF 376 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow that aligns with known YSO [KMH2014]J201703.11+392044.97 , 0.8arcmin away from HII region [MSX6C]G076.8322+02.1876 .
MHO 978 20 17 7.5 +38 58 59 OF 019 Makin & Froebrich 2017 Makin & Froebrich 2017 - Clear jet parallel to OF018/MHO979. A driving source could be embedded in the dark area between knots ``B'' and ``C'', or could be the reddened star between ``C'' and ``D''.
MHO 979 20 17 7.8 +38 58 54 OF 018 Makin & Froebrich 2017 Makin & Froebrich 2017 - Clear jet parallel to OF019/MHO978. The most likely source has some reflection nebula in the direction of the knots.
MHO 980 20 17 9.6 +36 30 41 OF 056 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar outflow with a tentatively selected source where the two axes intersect.
MHO 981 20 17 40.1 +39 21 27 OF 361 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, likely being driven by known YSO [KMH2014]J201740.11+392128.06 .
MHO 982 20 17 46.0 +39 20 40 OF 360 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots near a reflection nebula (GN 20.16.0), likely being driven by known YSO [KMH2014]J201745.90+392040.12 .
MHO 983 20 18 1.6 +41 55 18 OF 230 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots near a star forming region (GN 20.16.3.02). The selected source was chosen on the basis of alignment since all potential sources here are reddened and variable.
MHO 984 20 18 20.3 +41 55 50 OF 229 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 985 20 19 9.9 +37 21 52 OF 596 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 986 20 19 10.6 +37 22 51 OF 398 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which may be aligned as part of the same outflow.
MHO 987 20 19 40.5 +37 33 2 OF 165 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which seem to form an outflow that crosses OF164/MHO988. All detections from WISE and longer wavelengths are likely blends of all the stars in the cluster.
MHO 988 20 19 41.0 +37 32 56 OF 164 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots clearly originating from a small unknown cluster (IRAS 20178+3723). All detections from WISE and longer wavelengths are likely blends of all the stars in the cluster.
MHO 989 20 19 45.0 +36 47 46 OF 116 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar jet, crossed with OF117/MHO990. This outflow appears to be precessing.
MHO 990 20 19 45.0 +36 47 46 OF 117 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar jet, crossed with OF116/MHO989. This outflow appears not to be precessing.
MHO 991 20 19 59.1 +39 36 13 OF 094 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, apparently driven by a very reddened/variable star with reflection nebulosity in the direction of the knots.
MHO 992 20 20 6.7 +40 19 17 OF 132 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow. The axis passes through two known YSOs which could be a binary pair ([KMH2014]J202006.73+401917.51 and [KMH2014]J202006.65+401918.61 ) and a K-band reflection nebula that sits atop the WISE detection.
MHO 993 20 20 41.4 +37 50 16 OF 105 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 994 20 20 43.6 +37 52 25 OF 106 Makin & Froebrich 2017 Makin & Froebrich 2017 - A wide outflow, beside a K-band reflection nebula with a WISE-detected potential source.
MHO 995 20 20 43.7 +37 52 35 OF 107 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing, apparently bipolar outflow. Highly uncertain source due to lack of detections in other filters.
MHO 996 20 20 44.5 +37 31 28 OF 131 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of single knots with no clear source.
MHO 997 20 21 31.8 +37 22 22 OF 489 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow whose axis crosses that of OF490/MHO998.
MHO 998 20 21 32.2 +37 22 44 OF 490 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow whose axis crosses that of OF489/MHO997.
MHO 999 20 21 32.2 +37 22 44 OF 589 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots extended in various directions.
MHO 3400 20 50 17.9 +44 34 46 - - Bally et al. 2014 - Two chains of knots (two outflows), one extended N-S, the other E-W in SE Pelican nebula region
MHO 3401 20 49 50.7 +44 34 04 - - Bally et al. 2014 - Chain of at least three knots to west of MHO 3400 in SE Pelican nebula region
MHO 3402 20 50 48.8 +44 33 31 - - Bally et al. 2014 - Group of knots to east of MHO 3400; possible two outflows in SE Pelican nebula region
MHO 3403 20 50 37.3 +44 21 38 - - Bally et al. 2014 567/569 Two compact features associated with an HH object in SE Pelican nebula region
MHO 3404 20 50 31.5 +44 23 19 - - Bally et al. 2014 - SE-NW chain of knots in SE Pelican nebula region
MHO 3405 20 51 18.9 +44 25 40 - - Bally et al. 2014 HH 555 Arc of emission in SE Pelican nebula region
MHO 3406 20 50 42.8 +44 21 42 - - Bally et al. 2014 - Features to N and S of IRAS 2489+4410 in SE Pelican nebula region
MHO 3407 20 50 38.7 +44 22 54 - - Bally et al. 2014 - Three features northwest of IRAS 2489+4410 in SE Pelican nebula region
MHO 3408 20 50 23.0 +44 23 06 - - Bally et al. 2014 - Two compact features in SE Pelican nebula region
MHO 3409 20 50 26.3 +44 25 39 - - Bally et al. 2014 - Two compact features separated E-W by about 2 arcmin in SE Pelican nebula region
MHO 3410 20 50 41.7 +44 18 40 - - Bally et al. 2014 563-565 Extensive chain of knots in SE Pelican nebula region
MHO 3411 20 50 43.3 +44 16 58 - - Bally et al. 2014 - Compact feature to east of MHO 3410 in SE Pelican nebula region
MHO 3412 20 49 29.0 +44 17 17 - - Bally et al. 2014 - Feature in SE Pelican nebula region
MHO 3413 20 53 31.9 +44 30 22 - - Bally et al. 2014 - Extended feature seen also in [FeII] emission near NGC 7000
MHO 3414 20 53 36.1 +44 34 39 - - Bally et al. 2014 - Group of at least 4 knots near IRAS 20518+4420 near NGC 7000
MHO 3415 20 53 54.2 +44 38 16 - - Bally et al. 2014 - Small knot near NGC 7000
MHO 3416 20 53 08.3 +44 33 07 - - Bally et al. 2014 - Two faint features seen also in [FeII] near NGC 7000
MHO 3417 20 56 49.2 +44 44 54 - - Bally et al. 2014 953-954 Large bipolar flow (features 1-7) in the Gulf-of-Mexico region
MHO 3418 20 56 47.3 +43 43 08 - - Bally et al. 2014 - Chain of at least three knot (labelled 8,9) in the Gulf-of-Mexico region
MHO 3419 20 56 49.3 +43 47 29 - - Bally et al. 2014 - Bright bow shock (10) in the Gulf-of-Mexico region
MHO 3420 20 56 53.5 +43 38 22 - - Bally et al. 2014 - Isolated compact bow (11) in the Gulf-of-Mexico region
MHO 3421 20 57 00.7 +43 34 38 - - Bally et al. 2014 HH 1087 Irregular bright knots (12,13,14) in the Gulf-of-Mexico region
MHO 3422 20 57 09.1 +43 36 07 - - Bally et al. 2014 - Compact features (15,16) in the Gulf-of-Mexico region
MHO 3423 20 57 11.8 +43 39 42 - - Bally et al. 2014 - Two regions of faint emission (17,18) in the Gulf-of-Mexico region
MHO 3424 20 57 05.7 +43 43 06 - - Bally et al. 2014 - Chain of at least three knots (19,20,21) in the Gulf-of-Mexico region
MHO 3425 20 57 00.8 +43 44 43 - - Bally et al. 2014 - Faint bow shock (22) in the Gulf-of-Mexico region
MHO 3426 20 57 18.5 +43 48 42 - - Bally et al. 2014 - Chain of compact features (23-27) in the Gulf-of-Mexico region
MHO 3427 20 57 43.3 +43 48 16 - - Bally et al. 2014 - Extensive chain of knots (32-40) either side of a dense core in the Gulf-of-Mexico region
MHO 3428 20 57 55.4 +43 50 16 - - Bally et al. 2014 HH 639 Two diffuse features (41,42) NE of MHO 3427 in the Gulf-of-Mexico region
MHO 3429 20 57 51.4 +43 51 40 - - Bally et al. 2014 HH 638 Compact feature (43) in the Gulf-of-Mexico region
MHO 3430 20 57 44.3 +43 51 29 - - Bally et al. 2014 HH 636 Two diffuse features (44,45) in the Gulf-of-Mexico region
MHO 3431 20 57 45.2 +43 53 40 - - Bally et al. 2014 HH 637 Three compact features (46,47,48) in the Gulf-of-Mexico region
MHO 3432 20 57 43.1 +43 53 22 - - Bally et al. 2014 HH 640 Possibly HH 640 counterflow; feature labelled 49
MHO 3433 20 57 33.8 +43 55 51 - - Bally et al. 2014 HH 1088 Three extended features (51-53) in the Gulf-of-Mexico region
MHO 3434 20 57 46.6 +43 53 23 - - Bally et al. 2014 HH 640 Single compact feature (50) in the busy Gulf-of-Mexico region
MHO 3435 20 57 49.4 +43 53 29 - - Bally et al. 2014 HH 640 Long chain of knots (54-65 and maybe 74) in the Gulf-of-Mexico region
MHO 3436 20 57 51.8 +43 53 20 - - Bally et al. 2014 - Group of knots along NE-SW axis (features 66-71) in the Gulf-of-Mexico region
MHO 3437 20 57 52.2 +43 54 04 - - Bally et al. 2014 HH 641 Feature (72) north of MHO 3435 in the Gulf-of-Mexico region
MHO 3438 20 57 57.7 +43 53 22 - - Bally et al. 2014 - Bright compact knots (73) in the Gulf-of-Mexico region
MHO 3439 20 58 15.2 +43 52 01 - - Bally et al. 2014 HH 1089 Long chain of knots (75-79) in the Gulf-of-Mexico region
MHO 3440 20 58 09.0 +43 53 02 - - Bally et al. 2014 HH 648 Faint knots (80-82) in the Gulf-of-Mexico region
MHO 3441 20 58 11.8 +43 53 02 - - Bally et al. 2014 HH 649 Faint compact features (83,84) in the Gulf-of-Mexico region
MHO 3442 20 58 08.9 +43 53 13 - - Bally et al. 2014 - Diffuse filament north of MHO 3440/knot 82 in the Gulf-of-Mexico region
MHO 3443 20 58 02.3 +43 54 09 - - Bally et al. 2014 HH 647 Two bow shocks plus additional features (85-88) in the Gulf-of-Mexico region
MHO 3444 20 58 09.3 +43 54 54 - - Bally et al. 2014 - Two small knots (89,90) in the Gulf-of-Mexico region
MHO 3445 20 58 11.6 +43 53 45 - - Bally et al. 2014 - Two or three diffuse features (91,92 and 95?) in the Gulf-of-Mexico region
MHO 3446 20 58 15.3 +43 53 52 - - Bally et al. 2014 HH 657 Bright, knotty outflow (features 96-101) in the Gulf-of-Mexico region
MHO 3447 20 58 18.8 +43 54 55 - - Bally et al. 2014 - Two diffuse features (102,103) in the Gulf-of-Mexico region
MHO 3448 20 58 23.4 +43 54 30 - - Bally et al. 2014 HH 658 Single faint knot (104) in the Gulf-of-Mexico region
MHO 3449 20 58 26.0 +43 53 16 - - Bally et al. 2014 - Two faint features (105,106) in the Gulf-of-Mexico region
MHO 3450 20 58 20.7 +43 57 39 - - Bally et al. 2014 - At least three faint features (108-110) in the Gulf-of-Mexico region
MHO 3451 20 58 28.7 +43 56 13 - - Bally et al. 2014 - Group of 3-4 features (111-113) in the Gulf-of-Mexico region
MHO 3452 20 21 39.5 +37 20 48 OF 488 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar and highly asymmetrical outflow.
MHO 3453 20 21 53.5 +39 59 36 OF 063 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots originating in star forming region [SUH2012]G077.901+01.769 , potentially driven by YSO [KMH2014]J202153.49+395936.69 . Part of HII region [MSX6C]G077.8999+01.7678 .
MHO 3454 20 21 55.0 +39 59 45 OF 061 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, potentially being driven by known YSO [IRAS]20201+3950 in star forming region [SUH2012]G077.901+01.769 . Part of HII region [MSX6C]G077.8999+01.7678 .
MHO 3455 20 22 15.3 +40 6 26 OF 304 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow, probably being driven by known YSO [KMH2014]J202215.31+400626.03 which is situated along the outflow axis.
MHO 3456 20 22 17.9 +37 29 2 OF 294 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which may be part of the same outflow.
MHO 3457 20 22 24.7 +40 4 55 OF 305 Makin & Froebrich 2017 Makin & Froebrich 2017 - A loop of H2 emission that emanates from known YSO [KMH2014]J202224.72+400455.97 .
MHO 3458 20 22 59.7 +37 21 21 OF 291 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of faint knots. The location of the driving source is unclear, but there is some K-band reflection on the western end of the flow suggesting a possibly embedded source.
MHO 3459 20 23 1.8 +37 22 27 OF 289 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots who seem to align with a WISE-detected object.
MHO 3460 20 23 2.0 +37 19 30 OF 292 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow crossing the axis of OF293/MHO3464.
MHO 3461 20 23 2.4 +37 25 31 OF 288 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with known YSO [KMH2014]J202302.46+372532.11 in the centre.
MHO 3462 20 23 2.8 +38 19 53 OF 149 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF150/MHO3463. The small cluster is detected as IRAS 20211+3810.
MHO 3463 20 23 2.8 +38 19 53 OF 150 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF149/MHO3462. The small cluster is detected as IRAS 20211+3810.
MHO 3464 20 23 3.0 +37 19 36 OF 293 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow crossing the axis of OF292/MHO3460.
MHO 3465 20 23 5.0 +37 22 39 OF 290 Makin & Froebrich 2017 Makin & Froebrich 2017 - A very faint outflow with a small group of five stars in the centre of the axis; a specific driving source cannot be identified.
MHO 3466 20 23 5.8 +38 33 40 OF 247 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF248/MHO3467 and OF249/MHO3468. Source is known YSO [KMH2014]J202305.80+383339.38 also known as IRAS 20212+3823, located in star-forming region [SUH2012]G076.855+00.761 .
MHO 3467 20 23 5.8 +38 33 40 OF 248 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF247/MHO3466 and OF249/MHO3468. Source is known YSO [KMH2014]J202305.80+383339.38 also known as IRAS 20212+3823, located in star-forming region [SUH2012]G076.855+00.761 .
MHO 3468 20 23 5.9 +38 33 35 OF 249 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow crossing the axis of OF247/MHO3466 and OF248/MHO3467 in star forming region [SUH2012]G076.855+00.761 . The source for this is likely between the two knots.
MHO 3469 20 23 13.1 +37 13 48 OF 417 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3470 20 23 15.5 +37 34 38 OF 073 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collimated chain of small knots.
MHO 3471 20 23 17.3 +37 34 4 OF 075 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3472 20 23 18.8 +37 36 7 OF 066 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, possibly being driven by IR source [KMH2014]J202318.72+373609.73 .
MHO 3473 20 23 22.0 +37 35 8 OF 067 Makin & Froebrich 2017 Makin & Froebrich 2017 - A small outflow, whose direction implies that known YSO [KMH2014]J202322.09+373507.86 may be the driving source.
MHO 3474 20 23 23.0 +37 35 48 OF 068 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots, potentially driven by IR source [KMH2014]J202322.96+373548.77 .
MHO 3475 20 23 23.7 +37 35 34 OF 074 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar chain of knots superimposed on a diffraction ring and surrounded by K-band reflection. The outflow lobes seem to converge on known YSO [KMH2014]J202323.73+373535.16 .
MHO 3476 20 23 23.8 +41 17 39 OF 203 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot in the vicinity of HII region [MSX6C]G079.1272+02.2782 and dense core, IRAS 20216+4107.
MHO 3477 20 23 24.6 +37 35 6 OF 070 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar chain of knots superimposed onto a diffraction ring from a nearby star.
MHO 3478 20 23 24.9 +37 34 12 OF 069 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two bright knots with an implied direction that suggests known YSO [KMH2014]J202324.86+373414.04 as a possible source.
MHO 3479 20 23 27.3 +37 34 53 OF 071 Makin & Froebrich 2017 Makin & Froebrich 2017 - Known YSO [KMH2014]J202327.33+373453.87 which seems to be associated with known HII region [MSX6C]G076.0902+00.1412 . The outflow has no clear knots.
MHO 3480 20 23 27.9 +37 34 13 OF 072 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint, diffuse knot.
MHO 3481 20 23 33.0 +39 15 56 OF 389 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3482 20 24 12.9 +41 17 2 OF 583 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with a K-band reflection nebula between them. Known YSO [KMH2014]J202412.88+411702.09 sits beside this reflection nebula.
MHO 3483 20 24 19.8 +41 21 2 OF 140 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot. Although it sits beside a known YSO, there is no direction of travel implied in the morphology of the knot, hence no source is suggested.
MHO 3484 20 24 29.6 +38 33 42 OF 009 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots with several potential sources. Knot ``A'' was not included in the Froebrich et al. (2015) catalogue.
MHO 3485 20 24 32.5 +37 49 49 OF 240 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots aligned with known YSO [KMH2014]J202432.54+374949.21 .
MHO 3486 20 24 39.3 +39 56 55 OF 170 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, with one side considerably brighter.
MHO 3487 20 24 50.9 +39 13 45 OF 286 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots that crosses a dark patch of cloud. Although there is a known YSO in this cloud, it does not align with the outflow axis and hence the source is ``unknown''.
MHO 3488 20 24 59.5 +37 22 55 OF 175 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with a bright reflection nebula around the most likely driving source, known YSO [KMH2014]J202459.59+372254.67 .
MHO 3489 20 25 6.6 +39 27 51 OF 087 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which could be part of separate outflows, but have no convincing potential sources.
MHO 3490 20 25 16.0 +39 30 33 OF 237 Makin & Froebrich 2017 Makin & Froebrich 2017 - A compact chain of three knots. No catalogue detections of potential sources, but the knots seem to originate from a dark cloud present in the WISE and GLIMPSE images.
MHO 3491 20 25 20.0 +39 29 8 OF 236 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow whose axis passes through known YSO [KMH2014]J202520.02+392908.61 .
MHO 3492 20 25 43.8 +38 11 12 OF 054 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots forming a short bipolar outflow bisected by known YSO [KMH2014]J202543.79+381112.98 , which is not visible at shorter wavelengths than WISE.
MHO 3493 20 25 49.1 +39 30 15 OF 238 Makin & Froebrich 2017 Makin & Froebrich 2017 - A complex bipolar outflow, probably a composite of several smaller jets. The brightest potential source is emission-line star [D75b] Em* 20-090 (IRAS 20239+3920). The outflow appears to be perpendicular to a cloud filament.
MHO 3494 20 26 0.3 +39 28 40 OF 419 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3495 20 26 7.9 +39 28 5 OF 418 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of three knots with no clear source. The morphology of the knots suggests the source may be embedded in the centre.
MHO 3496 20 26 12.7 +39 16 41 OF 262 Makin & Froebrich 2017 Makin & Froebrich 2017 - Known YSO [KMH2014]J202612.63+391641.85 seems to be driving a bright plume of emission toward the south-east, with a more distant knot to the north-west.
MHO 3497 20 26 18.9 +39 19 55 OF 261 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, likely driven by YSO [KMH2014]J202618.88+391955.35 .
MHO 3498 20 26 20.1 +40 42 26 OF 104 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, apparently coming from a small cluster.
MHO 3499 20 26 32.3 +39 26 20 OF 233 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots that aligns with known YSO [KMH2014]J202632.30+392621.66 . This star has a large, reddened reflection nebula toward the northern (brighter) lobe.
MHO 3500 20 26 32.4 +39 46 30 OF 002 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with an embedded potential source, which is known YSO [KMH2014]J202632.44+394630.69 . The fainter side of the outflow was not originally detected. Adjacent to known SFR [SUH2012]G078.235+00.901 .
MHO 3501 20 26 33.7 +39 17 5 OF 263 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow bisected by a star which has K-band reflection extended along the outflow axis.
MHO 3502 20 26 35.1 +39 46 18 OF 003 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single extended knot in the middle of known SFR [SUH2012]G078.235+00.901 . A potential source is difficult to identify.
MHO 3503 20 26 40.1 +40 2 43 OF 012 Makin & Froebrich 2017 Makin & Froebrich 2017 - Three small, faint knots surrounded by variable and reddened stars.
MHO 3504 20 26 40.1 +40 2 30 OF 011 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot with a possible source being known YSO [KMH2014]J202640.14+400230.41 , which has a reflection nebula in the direction of the knot.
MHO 3505 20 26 44.4 +40 2 57 OF 013 Makin & Froebrich 2017 Makin & Froebrich 2017 - Faint emission superimposed on a K-band reflection nebula or outburst. The possible driving source is an IR source with AKARI and BGPS detections within 0.4arcmin. This is also detected as HII region [MSX6C]G078.4754+01.0421 .
MHO 3506 20 26 52.3 +40 37 16 OF 121 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, partially hidden by K-band reflection nebula, surrounding a small cluster of reddened stars.
MHO 3507 20 26 53.8 +39 11 32 OF 267 Makin & Froebrich 2017 Makin & Froebrich 2017 - A potentially precessing outflow with one visible lobe. The longer knots are curved and align well with known YSO [KMH2014]J202653.81+391132.74 .
MHO 3508 20 26 54.1 +40 37 28 OF 120 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot with two potential sources on the edge of a cloud. We have selected the one that has longer wavelength detections.
MHO 3509 20 27 7.1 +39 7 38 OF 266 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single lobe aligning with known YSO [KMH2014]J202707.13+390737.55 also known as IRAS 20252+3857, which has reflection nebula around it in the direction of the lobe.
MHO 3510 20 27 7.9 +39 14 38 OF 265 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3511 20 27 22.0 +40 10 19 OF 243 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow whose axis is crossed by a dark filament of cloud. There are no detections in the point-source catalogues we are using, but the source is most likely in the centre.
MHO 3512 20 27 26.2 +37 17 32 OF 315 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots that may be part of the same outflow. They are most likely being driven by a star in the cluster around [MSX5C]G076.3045-00.6721 to the north.
MHO 3513 20 27 29.3 +40 8 26 OF 244 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single lobe apparently emanating from known YSO [KMH2014]J202729.32+400826.26 .
MHO 3514 20 27 29.8 +37 13 15 OF 313 Makin & Froebrich 2017 Makin & Froebrich 2017 - A very bright knot aligned with known YSO [KMH2014]J202729.95+371316.45 , which has K-band reflection around it and fainter knots of H2 emission on either side of it.
MHO 3515 20 27 34.1 +37 21 24 OF 314 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot to the west of IR star forming cluster SH 2-106.
MHO 3516 20 27 41.3 +41 43 3 OF 146 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, slightly extended in the direction of known YSO [KMH2014]J202741.27+414302.94 which could be driving it.
MHO 3517 20 27 43.5 +40 4 22 OF 432 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with a variable, reddened star aligning with their implied outflow axis.
MHO 3518 20 27 51.1 +40 27 16 OF 145 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two elongated knots which seem to form one long outflow, with no obvious driving source.
MHO 3519 20 27 57.3 +40 25 3 OF 144 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3520 20 28 8.7 +39 1 5 OF 402 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3521 20 28 13.7 +40 30 40 OF 143 Makin & Froebrich 2017 Makin & Froebrich 2017 - Extended knots with no discernible source, but with an implied curvature. A potential source location is indicated at the point where the two axes cross.
MHO 3522 20 28 13.8 +38 13 6 OF 166 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, with one lobe being much fainter than the other.
MHO 3523 20 28 14.9 +40 43 59 OF 014 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which may be part of the same outflow. The source may be obsured by the bright foreground star.
MHO 3524 20 28 22.1 +40 42 24 OF 015 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, the driving source of which could be obscured by the bright foreground star.
MHO 3525 20 28 22.9 +40 45 31 OF 016 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3526 20 28 31.4 +42 37 14 OF 156 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3527 20 29 1.3 +40 31 21 OF 212 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots that form an outflow, although the driving source is uncertain, with several good candidates. We select known YSO [KMH2014]J202901.32+403121.66 which has an extended reflection nebula.
MHO 3528 20 29 14.1 +43 1 32 OF 081 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots, which may form a bipolar outflow. Knot ``B'' may be associated with OF082/MHO3529 instead.
MHO 3529 20 29 14.8 +43 1 21 OF 082 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots forming an apparently bipolar outflow.
MHO 3530 20 29 22.2 +40 35 43 OF 211 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of bright knots. The selected potential driving source appears in the UGPS images as three separate stars (of which we select the most variable and reddened). Also known as YSO IRAS 20275+4025 ([KMH2014]J202922.14+403543.78 ). Part of a complex region with OF209 and OF210.
MHO 3531 20 29 22.7 +40 36 14 OF 209 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of three knots that align with a mm source. Knots ``A'' and ``B'' could be part of OF211/MHO3530. Part of a complex region with OF210/MHO3535 and OF211/MHO3530.
MHO 3532 20 29 24.9 +40 11 19 OF 585 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of smaller knots which seem to cross OF213(known MHO952+MHO953, aka HH166), likely also driven by [RAFGL]2591.
MHO 3533 20 29 25.1 +39 32 25 OF 044 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow.
MHO 3534 20 29 25.4 +39 31 15 OF 045 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bright bow shock with no readily apparent source, and no counterpart.
MHO 3535 20 29 25.7 +40 36 6 OF 210 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long chain of faint knots that are probably driven by an embedded source, i.e. YSO [KMH2014]J202925.88+403605.11 . Part of a complex region with OF209/MHO3531 and OF211/MHO3530.
MHO 3536 20 29 26.5 +40 39 29 OF 207 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3537 20 29 32.7 +39 31 22 OF 046 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two close knots with K-band reflection between them where known YSO [KMH2014]J202932.76+393121.72 which has been selected as the potential driving source.
MHO 3538 20 29 33.0 +39 34 11 OF 049 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar jet with bright, knotty lobes. A dark nebula runs across a large part of the centre of the outflow, the source is likely embedded here.
MHO 3539 20 29 33.9 +38 58 46 OF 433 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow.
MHO 3540 20 29 34.7 +38 58 42 OF 435 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, likely forming a bipolar flow with an embedded source between the two bright knots in the centre.
MHO 3541 20 29 35.6 +39 31 36 OF 047 Makin & Froebrich 2017 Makin & Froebrich 2017 - Known YSO [KMH2014]J202935.51+393138.46 seems to be surrounded on one side by K-band reflection nebula, where a sequence of faint knots seem to be aligned (though precessing) in the same direction. The other side appears extincted.
MHO 3542 20 29 36.1 +40 41 6 OF 208 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots that align with known YSO [KMH2014]J202936.13+404106.58 .
MHO 3543 20 29 37.7 +38 58 50 OF 434 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot which crosses OF433/MHO3539.
MHO 3544 20 29 47.0 +39 20 25 OF 223 Makin & Froebrich 2017 Makin & Froebrich 2017 - This outflow appears bent, but [KMH2014]J202947.01+392025.59 aligns at the point where the two lobes intersect.
MHO 3545 20 29 51.2 +39 16 25 OF 225 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow bisected by known YSO [KMH2014]J202951.26+391624.60 , which has a curved K-band reflection nebula in the direction of the brighter knots.
MHO 3546 20 29 53.4 +41 10 48 OF 029 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3547 20 29 57.6 +40 16 4 OF 217 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with a bright and complex bow shock on the southern lobe. Knot ``C'' may belong to OF218/MHO3552 (listed there as knot ``A'').
MHO 3548 20 29 59.8 +40 1 28 OF 189 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of diffuse knots with a few potential driving sources. One half of the chain appears brighter, so the WISE-detected source in the centre is chosen as the most likely driving source.
MHO 3549 20 30 1.0 +39 14 42 OF 227 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with two potential sources; we suggest IR source [KMH2014]J203000.98+391442.36 which has detections at longer wavelengths, rather than the one with K-band reflection nebula.
MHO 3550 20 30 2.6 +40 49 57 OF 133 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar outflow with known YSO [KMH2014]J203002.52+404958.07 under knot ``B'' being a good potential driving source.
MHO 3551 20 30 2.7 +39 17 51 OF 226 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow north of OF227/MHO3549.
MHO 3552 20 30 3.1 +40 16 34 OF 218 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots aligning with known YSO [KMH2014]J203003.28+401648.32 which has a reddened reflection nebula around it. Knot ``A'' may belong to OF217/MHO3547 (listed there as knot ``C'').
MHO 3553 20 30 22.7 +40 9 23 OF 204 Makin & Froebrich 2017 Makin & Froebrich 2017 - Known YSO [KMH2014]J203022.67+400923.46 , also known as [IRAS] 20286+3959, is a possible driving source although this could be two separate outflows.
MHO 3554 20 30 42.0 +38 49 39 OF 287 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots, equidistant from a WISE-detected source that has a steeply positive spectral index across the WISE bands.
MHO 3555 20 30 44.3 +40 19 39 OF 173 Makin & Froebrich 2017 Makin & Froebrich 2017 - A short bipolar outflow parallel to OF172/MHO3556. There is a very faint star between the two knots, but it sits on the edge of an image in UGPS.
MHO 3556 20 30 44.4 +40 19 29 OF 172 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow parallel to OF173/MHO3555.
MHO 3557 20 30 46.1 +40 25 36 OF 174 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots that don't align with any particular source. There is a darker area in the middle, so the source is probably embedded there.
MHO 3558 20 30 55.0 +39 41 52 OF 406 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3559 20 30 58.0 +39 42 26 OF 403 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot which appears to be emanating from known YSO [KMH2014]J203058.04+394226.70 .
MHO 3560 20 30 58.0 +39 42 9 OF 404 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, likely driven by known YSO [KMH2014]J203058.05+394209.71 .
MHO 3561 20 30 58.7 +39 42 29 OF 405 Makin & Froebrich 2017 Makin & Froebrich 2017 - A very faint bipolar outflow, likely driven by known YSO [KMH2014]J203058.64+394229.01 .
MHO 3562 20 31 2.1 +40 13 9 OF 155 Makin & Froebrich 2017 Makin & Froebrich 2017 - A short, bipolar jet, likely being driven by known YSO [KMH2014]J203102.16+401309.97 which sits between the two knots.
MHO 3563 20 31 10.9 +40 3 14 OF 588 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of small knots around HII region [MSX6C]G078.9761+00.3567 .
MHO 3564 20 31 11.6 +43 5 48 OF 026 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar, apparently precessing outflow with an embedded IR source, known YSO [KMH2014]J203111.75+430548.42 . The outflow is known in CO under [GKM2012b]G81.435+2.147 and is near to IRAS 20294+4255. Part of a potentially triggered star forming region.
MHO 3565 20 31 11.9 +41 42 37 OF 102 Makin & Froebrich 2017 Makin & Froebrich 2017 - A seemingly bipolar outflow known in CO under [GKM2012b]G80.314+1.330 .
MHO 3566 20 31 11.9 +43 5 19 OF 025 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot that may be driven by known YSO [KMH2014]J203111.82+430521.66 , which has K-band reflection nebula in the direction of the knot. Part of a triggered star forming region.
MHO 3567 20 31 11.9 +43 4 13 OF 021 Makin & Froebrich 2017 Makin & Froebrich 2017 - Faint knots with a potential source that has a reflection nebula in the direction of the knots. Part of a potentially triggered star forming region.
MHO 3568 20 31 12.0 +43 5 7 OF 024 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, two of which are too faint to be included in the Froebrich et al. 2015 catalogue. Potential source is known YSO [KMH2014]J203111.98+430507.74 . Part of a potentially triggered star forming region.
MHO 3569 20 31 12.2 +43 4 43 OF 022 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots. Potential source is known YSO [KMH2014]J203112.31+430443.61 which aligns with the knots. Part of a potentially triggered star forming region.
MHO 3570 20 31 12.5 +38 58 45 OF 134 Makin & Froebrich 2017 Makin & Froebrich 2017 - A clearly extended knot or outflow. IRAS 20293+3848 probably drives the outflow, but the actual position of it is very uncertain without any other catalogue detections at shorter wavelengths to verify it.
MHO 3571 20 31 12.7 +43 4 58 OF 023 Makin & Froebrich 2017 Makin & Froebrich 2017 - Single knot. Outflow is known in CO under [GKM2012b]G81.424+2.140 . Part of a potentially triggered star forming region.
MHO 3572 20 31 13.9 +39 51 2 OF 312 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots superposed onto the diffraction ring of a very bright foreground star. Potentially driven by known YSO [KMH2014]J203113.94+395102.30 .
MHO 3573 20 31 20.3 +38 57 17 OF 135 Makin & Froebrich 2017 Makin & Froebrich 2017 - An apparently bipolar outflow, with a BGPS detection near the gap between knots ``B'' and ``C''.
MHO 3574 20 31 34.9 +41 4 9 OF 118 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, extended in the direction of a possible driving source aligned with it.
MHO 3575 20 31 36.7 +37 45 1 OF 095 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, likely being driven by known YSO [KMH2014]J203136.64+374501.59 .
MHO 3576 20 31 36.7 +40 13 58 OF 349 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot, likely driven by known YSO [KMH2014]J203136.72+401358.92 .
MHO 3577 20 31 37.0 +40 19 38 OF 351 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long chain of knots which may comprise more than one outflow. Known YSO [KMH2014]J203136.99+401939.28 may be a likely driving source.
MHO 3578 20 31 44.8 +38 56 47 OF 319 Makin & Froebrich 2017 Makin & Froebrich 2017 - A short bipolar outflow, with each knot very close to known YSO [KMH2014]J203144.74+385647.60 .
MHO 3579 20 31 46.0 +38 57 10 OF 320 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, probably being driven by a star from the DR13 Cluster.
MHO 3580 20 31 47.5 +40 19 9 OF 352 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow.
MHO 3581 20 31 48.1 +40 17 47 OF 345 Makin & Froebrich 2017 Makin & Froebrich 2017 HH1036 Our knots ``C'', ``E'' and ``F'' comprise Herbig-Haro object HH1036 . A similarly complex knot appears to the south-east but does not form part of HH1036.
MHO 3582 20 31 48.9 +40 15 29 OF 333 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3583 20 31 53.6 +40 19 7 OF 348 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot which is extended and may be driven by the highlighted star.
MHO 3584 20 31 54.3 +40 12 2 OF 350 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3585 20 31 56.0 +40 19 20 OF 347 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3586 20 31 56.6 +40 18 24 OF 335 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing chain of faint knots.
MHO 3587 20 31 58.9 +38 58 21 OF 321 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots on the edge of a cloud. The driving source is unclear, but they are likely part of the same outflow.
MHO 3588 20 31 59.6 +40 19 18 OF 346 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which may be from different outflows.
MHO 3589 20 32 2.6 +40 18 39 OF 334 Makin & Froebrich 2017 Makin & Froebrich 2017 HH1037A,HH1037B Two knots which correspond to two of the three parts of Herbig-Haro object HH1037 : HH1037A (our knot ``A'') and HH1037B (our knot ``B''). For HH1037C, see OF337. Based on knot morphology, we suggest that the most likely driving source is [KMH2014]J203202.58+401838.79 , which is highly reddened and has a K-band reflection nebula in the direction of the knots.
MHO 3590 20 32 5.5 +40 20 12 OF 337 Makin & Froebrich 2017 Makin & Froebrich 2017 HH1037C A single knot which corresponds to Herbig-Haro object HH1037C .
MHO 3591 20 32 11.1 +40 19 16 OF 341 Makin & Froebrich 2017 Makin & Froebrich 2017 GM2-41 A faint knot sitting beside known YSO [KMH2014]J203211.12+401916.68 , which is extended toward the knot. Known Herbig-Haro object GM2--41 is listed here, but is not visible in our images.
MHO 3592 20 32 11.1 +40 19 22 OF 336 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of extended knots which align with a star that has a reflection nebula along the same axis.
MHO 3593 20 32 16.4 +41 9 12 OF 195 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of very bright shocks aligning with IR source IRAS 20304+4059.
MHO 3594 20 32 20.3 +38 49 45 OF 396 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot which points toward composite object IRAS 20304+3839 in Open Cluster [FSR2007]0220.
MHO 3595 20 32 21.1 +40 20 25 OF 344 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, potentially being driven by the variable and reddened YSO [KMH2014]J203221.13+402025.60 .
MHO 3596 20 32 21.6 +43 40 41 OF 050 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots, which may or may not be part of the same outflow. Located in the DR16 IR cluster.
MHO 3597 20 32 22.1 +40 20 17 OF 332 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow passing through known YSO [KMH2014]J203222.99+402021.35 also known as IRAS 20305+4010, which has a reddened nebula extended in the direction of the outflow axis.
MHO 3598 20 32 22.9 +41 7 37 OF 194 Makin & Froebrich 2017 Makin & Froebrich 2017 - An S-shaped chain of knots, passing through a compact group of stars. The reddest of these has been selected as the potential source, albeit with low probability of being correct.
MHO 3599 20 32 24.3 +40 12 46 OF 342 Makin & Froebrich 2017 Makin & Froebrich 2017 HH1039A,HH1039B Two knots which correspond to Herbig-Haro object HH1039 : HH1039A (our knot ``A'') and HH1039B (our knot ``B''). This outflow has no clear driving source.
MHO 3800 20 32 25.2 +41 37 47 OF 205 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots with no discernible source.
MHO 3801 20 32 26.3 +40 18 3 OF 339 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, most likely originating from a star in the DR15 cluster.
MHO 3802 20 32 28.6 +40 19 41 OF 338 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots that pass through known YSO [KMH2014]J203228.60+401941.56 , which is also surrounded by HII region [MSX6C]G079.3439+00.3191 .
MHO 3803 20 32 28.6 +39 58 5 OF 057 Makin & Froebrich 2017 Makin & Froebrich 2017 - A sequence of knots in a small star forming region. Knot ``C'' may be associated with this outflow, or with OF058/MHO3805 instead. IRAS 20306+3947 is attributed to both since it is a blend of the entire region.
MHO 3804 20 32 30.5 +43 57 42 OF 274 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which may be part of the same outflow, likely driven by one of the stars in the reddened group.
MHO 3805 20 32 30.7 +39 57 54 OF 058 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF597/MHO3806, where each has only one visible lobe. Likely being driven by known YSO [KMH2014]J203230.41+395755.99 which has K-band reflection in the direction of the knots on both sides.
MHO 3806 20 32 30.7 +39 57 54 OF 597 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF058/MHO3805, likely being driven by known YSO [KMH2014]J203230.41+395755.99 which has K-band reflection in the direction of the knots on both sides.
MHO 3807 20 32 31.8 +40 19 0 OF 340 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, most likely originating from a star in the DR15 cluster.
MHO 3808 20 32 33.5 +37 57 54 OF 359 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow.
MHO 3809 20 32 35.4 +37 59 24 OF 357 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of very bright knots in the vicinity of a reddened cluster.
MHO 3810 20 32 36.5 +37 58 39 OF 358 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots with no discernible source. Most likely being driven by a star from the reddened cluster.
MHO 3811 20 32 38.4 +40 14 13 OF 343 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots in the vicinity of (and likely originating from) the DR15 cluster.
MHO 3812 20 32 40.8 +38 46 39 OF 394 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots whose axis passes through known YSO [KMH2014]J203240.77+384639.01 .
MHO 3813 20 32 40.9 +38 46 8 OF 393 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot extended in the direction of a star-forming group.
MHO 3814 20 32 41.1 +40 21 49 OF 168 Makin & Froebrich 2017 Makin & Froebrich 2017 - A diffuse, single knot.
MHO 3815 20 32 41.8 +38 45 55 OF 392 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots passing through known YSO [KMH2014]J203241.77+384555.53 .
MHO 3816 20 32 42.2 +38 46 8 OF 391 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing chain of knots originating from a group with a lot of K-band reflection. Known YSO [KMH2014]J203242.12+384608.73 aligns with these knots, but the source could equally be embedded elsewhere.
MHO 3817 20 32 44.1 +38 47 32 OF 395 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3818 20 32 44.8 +40 21 24 OF 169 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3819 20 32 46.8 +38 44 50 OF 390 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots, likely driven by YSO [KMH2014]J203246.80+384451.03 which has a reflection nebula extended in the direction of the outflow axis.
MHO 3820 20 32 49.8 +40 29 46 OF 088 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3821 20 32 52.7 +43 42 14 OF 051 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots apparently forming a bipolar outflow, potentially driven by a WISE-detected source.
MHO 3822 20 32 55.7 +43 43 35 OF 052 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow.
MHO 3823 20 32 55.8 +40 22 20 OF 167 Makin & Froebrich 2017 Makin & Froebrich 2017 - An elongated knot with a sub-mm detection within 4arcsec [JCMTSE]J203256.0+402223.
MHO 3824 20 32 57.0 +40 39 41 OF 062 Makin & Froebrich 2017 Makin & Froebrich 2017 - An elongated knot with a fainter knot beyond it that was not included in the Froebrich et al. (2015) catalogue, seeming to originate from YSO [KMH2014]J203257.01+403941.78 .
MHO 3825 20 33 1.8 +39 3 42 OF 151 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two diffuse knots which may form a bipolar outflow, potentially driven by YSO [KMH2014]J203301.82+390342.78 .
MHO 3826 20 33 21.4 +38 34 51 OF 042 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow likely being driven by known YSO [KMH2014]J203321.35+383451.56 . The H2 emission seems to be surrounding this star, moreso than around the others in this compact group.
MHO 3827 20 33 28.1 +42 4 47 OF 222 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two very faint knots which may form an outflow, but they appear close to a cluster and hence no appropriate driving source can be suggested.
MHO 3828 20 33 55.2 +39 31 12 OF 005 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow with no obvious driving source. The apparent symmetry of the knots suggests a bipolar outflow with a source in the middle.
MHO 3829 20 33 55.2 +38 20 5 OF 256 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3830 20 34 8.7 +40 17 9 OF 202 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, likely being driven by known YSO [KMH2014]J203408.67+401709.20 .
MHO 3831 20 34 10.7 +38 20 57 OF 260 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3832 20 34 11.3 +38 16 5 OF 255 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow from YSO [KMH2014]J203411.24+381605.35 , which has a reflection nebula in the direction of the south-eastern lobe.
MHO 3833 20 34 13.6 +38 20 39 OF 257 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which bends at known YSO [KMH2014]J203413.57+382039.13 .
MHO 3834 20 34 14.9 +38 20 37 OF 258 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of bright knots with an implied north-south direction.
MHO 3835 20 34 17.5 +38 19 24 OF 259 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots, which may be associated with OF257/MHO3833 or OF258/MHO3834.
MHO 3836 20 34 17.6 +40 18 30 OF 201 Makin & Froebrich 2017 Makin & Froebrich 2017 - An odd-looking ``outflow'' with two bow shocks equidistant from YSO [IRAS] 20324+4008 (also known as [KMH2014]J203417.61+401830.55 ).
MHO 3837 20 34 19.4 +38 16 48 OF 254 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow that crosses a dark cloud containing a Bolocam-detected object.
MHO 3838 20 34 19.5 +38 17 34 OF 253 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow which appears to be precessing. Known YSO [KMH2014]J203419.46+381734.05 is the most likely candidate for the driving source.
MHO 3839 20 34 20.4 +40 30 9 OF 154 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two faint, diffuse knots.
MHO 3840 20 34 31.4 +41 16 36 OF 114 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow, possibly being driven by known YSO [KMH2014]J203431.41+411636.10 .
MHO 3841 20 34 33.4 +38 8 2 OF 302 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots originating from candidate star cluster [SUH2012]G077.821-01.310 , but the exact source is unclear.
MHO 3842 20 34 33.4 +38 8 2 OF 303 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with an uncertain source, whose axis passes through candidate star cluster [SUH2012]G077.821-01.310 .
MHO 3843 20 34 36.8 +38 7 20 OF 301 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow whose axis passes through known YSO [KMH2014]J203436.78+380720.31 , which has a reflection nebula in the direction of the northern lobe.
MHO 3844 20 34 37.3 +38 6 59 OF 300 Makin & Froebrich 2017 Makin & Froebrich 2017 - A complex outflow which may be two separate outflows with a small angle between them. The selected source is known YSO [KMH2014]J203437.28+380659.60 .
MHO 3845 20 34 41.8 +38 14 56 OF 129 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with some faint K-band reflection between them, suggesting there may be an embedded source.
MHO 3846 20 34 42.2 +39 44 58 OF 275 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which seem to originate from the candidate star cluster [SUH2012]G079.134-00.368 , along with OF276/MHO3847 and OF586/MHO3848.
MHO 3847 20 34 42.2 +39 44 58 OF 276 Makin & Froebrich 2017 Makin & Froebrich 2017 - A complex bipolar outflow which appears to originate from the candidate star cluster [SUH2012]G079.134-00.368 , along with OF275/MHO3846 and OF586/MHO3848. This may be two parallel, precessing outflows.
MHO 3848 20 34 42.2 +39 44 58 OF 586 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which seem to originate from the possible star cluster [SUH2012]G079.134-00.368 , along with OF275/MHO3846 and OF276/MHO3847.
MHO 3849 20 34 42.8 +38 6 38 OF 299 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow that likely has an embedded source toward the middle of the outflow axis where it passes through a dark cloud.
MHO 3850 20 34 49.8 +38 19 7 OF 130 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots in the vicinity of small HII region [MSX6C]G078.0013-01.244 , also known as IRAS 20329+3808.
MHO 3851 20 34 54.0 +38 8 28 OF 297 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow coming from a small, compact cluster. This outflow crosses the axis of OF298/MHO3852.
MHO 3852 20 34 54.3 +38 8 21 OF 298 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow coming from a small, compact cluster. This outflow crosses the axis of OF297/MHO3851.
MHO 3853 20 34 56.7 +38 15 35 OF 128 Makin & Froebrich 2017 Makin & Froebrich 2017 - A clear bipolar jet with an embedded source.
MHO 3854 20 35 5.6 +42 20 16 OF 317 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot which aligns with known YSO [KMH2014]J203505.61+422016.31 , which has an extended reflection nebula in the same direction.
MHO 3855 20 35 8.1 +38 48 1 OF 030 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar jet with no obvious potential driving source, and no detections in our catalogue set. The morphology seems to be symmetrical, therefore suggesting the source may be in the centre.
MHO 3856 20 35 9.3 +41 38 32 OF 119 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots with no clear driving source, but apparently originating from a cluster.
MHO 3857 20 35 27.0 +43 58 21 OF 318 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots.
MHO 3858 20 35 31.3 +40 0 46 OF 101 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, likely being driven by one of the young stars in the nearby group.
MHO 3859 20 35 35.4 +42 20 7 OF 316 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots in a small clump near the top of a pillar, where multiple mm-detected objects are clustered. The knots are extended in various directions, hence likely to be multiple different outflows. Detected in CO as [GKM2012b]G81.302+1.055 .
MHO 3860 20 35 40.0 +41 42 33 OF 139 Makin & Froebrich 2017 Makin & Froebrich 2017 - This bipolar outflow runs parallel to OF138/MHO3861, but was too faint to be originally included in the Froebrich et al. (2015) catalogue.
MHO 3861 20 35 40.7 +41 42 33 OF 138 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing, bipolar outflow. Known in CO under [GKM2012b]G80.815+0.661, and potentially driven by an embedded source in the centre which sits in a small patch of K-band reflection nebulosity.
MHO 3862 20 35 41.8 +40 23 45 OF 065 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single diffuse knot.
MHO 3863 20 35 43.0 +42 48 58 OF 200 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two faint knots with a WISE-detected potential driving source between them.
MHO 3864 20 35 45.3 +41 6 14 OF 163 Makin & Froebrich 2017 Makin & Froebrich 2017 - A highly extended knot, possibly being driven by known YSO [KMH2014]J203545.00+410612.20 . Lots of fluorescing cloud edges nearby that appear to be illuminated from the south-west.
MHO 3865 20 35 45.8 +39 31 48 OF 228 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3866 20 35 47.7 +43 47 8 OF 177 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single elongated knot, aligning well with the suggested possible source.
MHO 3867 20 35 52.1 +42 56 11 OF 083 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, where the source is most likely between them.
MHO 3868 20 35 52.5 +43 48 47 OF 176 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot.
MHO 3869 20 35 58.0 +42 24 28 OF 112 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, though it may be pure reflection nebula around the small cluster of stars.
MHO 3870 20 36 1.5 +43 44 12 OF 179 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with an uncertain driving source.
MHO 3871 20 36 2.6 +43 44 4 OF 178 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended single knot.
MHO 3872 20 36 3.0 +42 9 39 OF 090 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint single knot, where a known outflow is detected in [GKM2012b]G81.218+0.877 at ~11arcsec east of the knot.
MHO 3873 20 36 7.1 +42 8 25 OF 091 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, one of which is highly extended, with an unknown driving source.
MHO 3874 20 36 25.3 +42 17 40 OF 122 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3875 20 36 27.4 +39 42 56 OF 086 Makin & Froebrich 2017 Makin & Froebrich 2017 - A group of three diffuse knots without a clearly implied direction.
MHO 3876 20 36 27.7 +41 29 54 OF 103 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3877 20 36 31.7 +42 39 1 OF 017 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, with possible faint emission indicating a north-south direction for the outflow.
MHO 3878 20 36 35.3 +41 59 42 OF 197 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with an embedded source, known in CO under [GKM2012b]G81.140+0.687 .
MHO 3879 20 36 37.9 +42 29 23 OF 097 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multipolar outflow known in CO under [GKM2012b]G81.539+0.983 . This outflow appears not to be precessing, and is crossed by outflows OF096/MHO3880, OF098/MHO3881, and OF099/MHO3882.
MHO 3880 20 36 38.3 +42 29 7 OF 096 Makin & Froebrich 2017 Makin & Froebrich 2017 - A highly precessing S-shaped bipolar outflow known in CO under [GKM2012b]G81.539+0.983 .
MHO 3881 20 36 38.3 +42 29 15 OF 098 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing bipolar outflow known in CO under [GKM2012b]G81.539+0.983 , crossing the axis of OF097/MHO3879 and parallel to OF099/MHO3882. Known YSO [KMH2014]J203638.34+422915.69 in the middle of the outflow looks like a good potential source from the K-band images.
MHO 3882 20 36 38.5 +42 29 7 OF 099 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing bipolar outflow known in CO under [GKM2012b]G81.539+0.983 , crossing the axis of OF097/MHO3879 and parallel to OF098/MHO3881.
MHO 3883 20 36 40.4 +42 50 31 OF 059 Makin & Froebrich 2017 Makin & Froebrich 2017 - Precessing bipolar outflow forming a cross with OF060/MHO3884, potentially being driven by known YSO [KMH2014]J203640.35+425031.62 at the point where they intersect. The outflow is known in CO under [GKM2012b]G81.829+1.195 .
MHO 3884 20 36 40.4 +42 50 31 OF 060 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar outflow forming a cross with OF059/MHO3883, potentially being driven by known YSO [KMH2014]J203640.35+425031.62 at the point where they intersect. The outflow is known as [GKM2012b]G81.829+1.195 .
MHO 3885 20 36 51.5 +42 56 19 OF 159 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, which is most likely driven by one of the stars in the small cluster to the south-east of it, hence any potential source selection is highly uncertain.
MHO 3886 20 36 52.2 +41 36 24 OF 400 Makin & Froebrich 2017 Makin & Froebrich 2017 - Counterpart to OF401/MHO3887. Maser [ARM2000]G080.864+00.421 aligns with both outflows but the source could be any of the stars in the cluster. Known outflow [GKM2012b]G80.866+0.415 has also been attributed to both outflows.
MHO 3887 20 36 52.2 +41 36 24 OF 401 Makin & Froebrich 2017 Makin & Froebrich 2017 - Counterpart to OF400/MHO3886. Maser [ARM2000]G080.864+00.421 aligns with both outflows but the source could be any of the stars in the cluster. Known outflow [GKM2012b]G80.866+0.415 has also been attributed to both outflows.
MHO 3888 20 37 0.7 +41 34 58 OF 399 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots in the vicinity of known HII region [MSX6C]G080.8624+00.3827 but with no clear source. There is an outflow detected in CO here under [GKM2012b]G80.862+0.385 .
MHO 3889 20 37 16.2 +39 53 16 OF 245 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar chain of knots.
MHO 3890 20 37 16.6 +42 16 42 OF 442 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow which is most likely driven by an embedded source.
MHO 3891 20 37 17.3 +42 17 57 OF 447 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3892 20 37 24.9 +41 35 35 OF 028 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar, but apparently highly asymmetric outflow potentially being driven by IR source [KMH2014]J203724.91+413535.60 . The outflow is detected in CO under [GKM2012b]G80.916+0.331 .
MHO 3893 20 37 26.0 +41 35 40 OF 027 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar jet, possibly driven by known YSO [KMH2014]J203726.01+413540.85 . Several variable stars nearby, so the IRAS and BGPS detections are likely to be blends.
MHO 3894 20 37 27.7 +42 14 13 OF 443 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot extended in the direction of known YSO [KMH2014]J203727.73+421412.97 .
MHO 3895 20 37 31.0 +42 15 56 OF 440 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint bipolar outflow.
MHO 3896 20 37 37.6 +40 21 33 OF 187 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots with no clear source, although by the morphology we suggest there may be an embedded source between the two brighter knots.
MHO 3897 20 37 40.8 +42 12 15 OF 436 Makin & Froebrich 2017 Makin & Froebrich 2017 - A small chain of knots just outside the L906E Lynds dark cloud region. The source is likely embedded in the centre.
MHO 3898 20 37 42.6 +39 51 3 OF 270 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots that seem to originate from a star forming clump of objects (only known as IRAS 20358+3940).
MHO 3899 20 37 43.3 +40 24 42 OF 188 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended and slightly curved knot.
MHO 3900 20 37 51.9 +42 27 16 OF 421 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended single knot.
MHO 3901 20 37 52.8 +42 36 43 OF 514 Makin & Froebrich 2017 Makin & Froebrich 2017 - Three individual knots in the W75N region.
MHO 3902 20 37 52.9 +41 34 7 OF 115 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3903 20 37 54.1 +39 30 50 OF 273 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow which has two potential sources, of which we selected the variable YSO [KMH2014]J203754.10+393050.52 .
MHO 3904 20 38 3.3 +42 24 21 OF 492 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow detected in CO under [GKM2012b]G81.634+0.726 . There are a number of stars in a compact group here, and we select YSO [KMH2014]J203803.33+422421.66 as a potential driving source with low probability.
MHO 3905 20 38 5.1 +42 33 21 OF 184 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar chain of knots, with a BGPS mm detection in the gap between.
MHO 3906 20 38 9.7 +42 41 57 OF 468 Makin & Froebrich 2017 Makin & Froebrich 2017 - Three single knots in a chain, but with no apparent source.
MHO 3907 20 38 11.6 +42 32 47 OF 185 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots bisected by candidate YSO [KMH2014]J203811.61+423247.55 , which has a reddened reflection nebula in the direction of the brighter knot.
MHO 3908 20 38 19.2 +42 36 53 OF 511 Makin & Froebrich 2017 Makin & Froebrich 2017 - A knot to the south of a group of around 5 stars near W75N. The brightest of these is listed as a 2MASS YSO, but is not resolved in the 2MASS images. We suggest the star beside this one as the driving source since it also has a reflection nebula.
MHO 3909 20 38 20.9 +42 11 25 OF 322 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow originating from one of the objects in a small cluster. Known YSO [KMH2014]J203820.96+421125.91 seems to be extended and driving most of the K-band reflection, and since it aligns well with the outflow axis, has been suggested as the driving source.
MHO 3910 20 38 35.5 +42 5 48 OF 323 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, probably originating from Open Cluster [BDB2003]G081.44+00.48 to the west of it.
MHO 3911 20 38 43.9 +42 29 3 OF 530 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow north of DR21 known in CO under [GKM2012b]G81.773+0.687 but not listed as a known MHO. A source is already ascribed to this outflow, being known YSO [KMH2014]J203843.90+422903.81 . The source is not visible at shorter wavelengths than WISE.
MHO 3912 20 38 46.2 +42 40 1 OF 512 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow that passes through known YSO [2MASS]J20384622+4240015.
MHO 3913 20 38 46.7 +42 37 43 OF 592 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow immediately east of the W75N main outflow. We suggestknown YSO [2MASS]J20384668+4237440 as a possible driving source.
MHO 3914 20 38 47.8 +42 24 58 OF 559 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which do not fit with any other outflows.
MHO 3915 20 38 57.0 +43 41 20 OF 113 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which are likely part of the same outflow. The driving source is most likely to be in the gap between them.
MHO 3916 20 38 59.2 +41 17 52 OF 407 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint, precessing bipolar outflow. The apparent source is known YSO [KMH2014]J203859.15+411752.93 , which is extended slightly in the direction of the outflow axis.
MHO 3917 20 39 0.5 +42 28 8 OF 529 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots north of DR21.
MHO 3918 20 39 0.9 +42 26 22 OF 557 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3919 20 39 0.9 +42 22 31 OF 560 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots extended in the same direction. An X-ray object ([RJM2014] 99) sits between them, with a small patch of K-band reflection beside it and extended toward the north-eastern lobe, suggesting a possible driving source.
MHO 3920 20 39 2.1 +41 20 47 OF 409 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF410/MHO3921. Known YSO [KMH2014]J203902.13+412047.44 is located where they intersect.
MHO 3921 20 39 2.1 +41 20 47 OF 410 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF409/MHO3920. Known YSO [KMH2014]J203902.13+412047.44 is located where they intersect.
MHO 3922 20 39 2.3 +42 17 50 OF 569 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two faint knots, potentially being driven by X-ray source [RJM2014]58 which is extended in the direction of the knots.
MHO 3923 20 39 3.7 +42 25 29 OF 556 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two very faint knots which align with HII region [MSX6C]G081.7624+00.5916 . The chosen source [RJM2014]226, an X-ray source inside the HII region.
MHO 3924 20 39 3.7 +41 17 47 OF 408 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint precessing chain of knots, possibly driven by known YSO [KMH2014]J203903.74+411747.54 .
MHO 3925 20 39 5.4 +42 24 40 OF 558 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which do not fit with any other outflows. There appears to be a very faint trail between them suggesting they are part of the same outflow. They could be driven by an object from nearby HII region [MSX6C]G081.7624+00.5916 .
MHO 3926 20 39 8.2 +42 16 33 OF 568 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3927 20 39 13.8 +42 18 46 OF 571 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of faint knots.
MHO 3928 20 39 25.0 +42 18 21 OF 565 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single extended knot with no convincing driving source.
MHO 3929 20 39 30.6 +42 53 2 OF 031 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single faint knot which could be driven by one of three possible sources.
MHO 3930 20 39 33.3 +42 33 46 OF 171 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3931 20 39 36.7 +41 19 56 OF 422 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of individual knots on the edge of a cloud, to the north of the DR22 cluster and east of the HII region around [MSX6C]G080.9383-00.1268 .
MHO 3932 20 39 42.3 +41 27 2 OF 377 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with no clear driving source.
MHO 3933 20 39 49.3 +41 29 4 OF 371 Makin & Froebrich 2017 Makin & Froebrich 2017 - A complex single knot.
MHO 3934 20 39 49.6 +43 34 25 OF 221 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long one-sided outflow, probably being driven by the chosen source which has a large reflection nebula around it.
MHO 3935 20 39 53.3 +41 24 10 OF 420 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with an embedded source.
MHO 3936 20 39 54.0 +43 37 47 OF 220 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of faint knots.
MHO 3937 20 39 54.1 +42 0 51 OF 191 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing outflow with a large amount of K-band reflection nebula beside the H2 knots, likely being driven by known YSO [KMH2014]J203954.06+420051.49. Sub-mm source [RAB2011b] C136 is within 5arcsec.
MHO 3938 20 39 55.4 +43 39 1 OF 219 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with faint knots due to the presence of striping in the images (since it appears near the edge of a tile).
MHO 3939 20 39 55.8 +42 0 40 OF 193 Makin & Froebrich 2017 Makin & Froebrich 2017 - A very bright and complex knot that aligns well with the selected WISE-detected source, although the source may equally be embedded in the cloud.
MHO 3940 20 39 57.8 +41 59 14 OF 192 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots originating from known HII region [MSX6C]G081.5168+00.1926 . Also known as star forming region [SUH2012]G081.516+00.192 .
MHO 3941 20 39 59.7 +41 25 39 OF 370 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing chain of knots aligning with known YSO [KMH2014]J203959.70+412539.38 .
MHO 3942 20 40 3.6 +41 27 52 OF 369 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow in the vicinity of possible open cluster [SUH2012]G081.123-00.133 , north of DR22, and south of [MSX6C]G081.1225-00.1343 .
MHO 3943 20 40 4.0 +41 10 39 OF 123 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots with a morphology that suggests they may be driven by an embedded source in the dusty cloud to the north of them.
MHO 3944 20 40 5.5 +41 32 12 OF 365 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow detected in CO under [GKM2012b]G81.175-0.100 , crossing with OF366/MHO3945. The driving source is known as YSO [KMH2014]J204005.53+413212.76 .
MHO 3945 20 40 5.5 +41 32 12 OF 366 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow detected in CO under [GKM2012b]G81.175-0.100 , crossing with OF365/MHO3944.
MHO 3946 20 40 7.0 +41 28 48 OF 368 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint, bipolar outflow.
MHO 3947 20 40 7.4 +41 29 8 OF 367 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots aligning with known YSO [KMH2014]J204007.44+412908.18 .
MHO 3948 20 40 7.6 +42 55 25 OF 142 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two single knots which, by their orientation, do not seem to be originating from the small unknown cluster to the south-east.
MHO 3949 20 40 16.8 +42 56 29 OF 141 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing bipolar outflow, originating from what may be a small star forming region. Known YSO [KMH2014]J204016.75+425629.49 is the most likely source.
MHO 3950 20 40 29.0 +41 57 7 OF 331 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots, possibly driven by known YSO [KMH2014]J204028.98+415707.91 . The outflow has been detected in CO under [GKM2012b]G81.551+0.098 .
MHO 3951 20 40 31.2 +41 50 8 OF 427 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots extended in various directions.
MHO 3952 20 40 32.0 +41 57 57 OF 330 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots, likely from known YSO [KMH2014]J204031.99+415757.90 .
MHO 3953 20 40 32.1 +41 38 51 OF 353 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint bipolar outflow. The selected potential source is slightly extended in the direction of the outflow axis.
MHO 3954 20 40 33.5 +41 51 3 OF 425 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow detected in CO under [GKM2012b]G81.476+0.020 .
MHO 3955 20 40 33.5 +41 59 0 OF 327 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF328/MHO3956. The chosen source is known YSO [KMH2014]J204033.48+415900.63 where the outflow axes intersect. This outflow is detected in CO under [GKM2012b]G81.582+0.104 .
MHO 3956 20 40 33.5 +41 59 0 OF 328 Makin & Froebrich 2017 Makin & Froebrich 2017 - A multi-polar outflow crossed with OF327/MHO3955. The chosen source is known YSO [KMH2014]J204033.48+415900.63 where the axes intersect. This outflow is detected in CO under [GKM2012b]G81.582+0.104 .
MHO 3957 20 40 33.5 +41 38 6 OF 356 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots that don't seem to be aligned with any of the other outflow knots.
MHO 3958 20 40 33.5 +41 38 39 OF 354 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow known in [GKM2012b]G81.317-0.103 , where HFE69 is attributed as the source. IR source [KMH2014]J204033.51+413839.47 may be a more likely driving source, since it has K-band extension in the direction of the outflow axis.
MHO 3959 20 40 34.8 +41 38 10 OF 355 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow passing through known YSO [KMH2014]J204034.78+413810.51 .
MHO 3960 20 40 35.9 +41 50 53 OF 426 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow aligning with known YSO [KMH2014]J204035.89+415053.39 .
MHO 3961 20 40 38.4 +41 53 2 OF 423 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots aligning with known YSO [KMH2014]J204038.39+415302.43 .
MHO 3962 20 40 43.2 +42 1 22 OF 329 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single, highly extended knot that tapers toward a very dark cloud. Detected as an outflow in CO under [GKM2012b]G81.632+0.102 but with no identified driving source.
MHO 3963 20 40 43.7 +41 53 41 OF 424 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of individual knots which may form part of the same outflow.
MHO 3964 20 41 0.1 +41 9 18 OF 190 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which may be part of the same outflow. They lie within the diffraction ring of a bright star.
MHO 3965 20 41 39.2 +42 7 9 OF 089 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow that appears to be precessing, with no apparent source. There is a dark area beside a small patch of K-band reflection which both line up with the H2 emission - the source may be embedded here.
MHO 3966 20 41 57.9 +42 14 48 OF 032 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar outflow, apparently with an embedded driving source. No detections in our catalogues.
MHO 3967 20 42 0.2 +42 53 50 OF 158 Makin & Froebrich 2017 Makin & Froebrich 2017 - An elongated knot aligning with known YSO [KMH2014]J204200.22+425350.72 . The outflow sits in the clouds around known cluster [BKH2010]G82.55+0.40.
MHO 3968 20 42 9.3 +42 55 26 OF 157 Makin & Froebrich 2017 Makin & Froebrich 2017 - An elongated single knot with an implied direction from north-west to south-east, but no clear source. The knot sits in the clouds around known cluster [BKH2010]G82.55+0.40.
MHO 3969 20 42 14.6 +42 29 27 OF 077 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two elongated knots which align with a WISE-detected potential driving source.
MHO 3970 20 42 28.6 +42 27 52 OF 078 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of diffuse knots.
MHO 3971 20 42 32.9 +42 25 37 OF 080 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, probably driven by a star in a small star forming region.
MHO 3972 20 42 34.5 +42 27 30 OF 076 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow known in CO under [GKM2012b]G82.186+0.105 . Possible binary pair of known YSOs in the middle of the outflow; [KMH2014]J204234.46+422730.47 (our selected driving source) and [KMH2014]J204234.32+422731.62 .
MHO 3973 20 42 35.5 +42 26 34 OF 079 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots not originally included in the Froebrich et al. (2015) catalogue, but which appear to form an outflow.
MHO 3974 20 42 39.3 +42 41 50 OF 416 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3975 20 43 0.1 +42 50 44 OF 378 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow from known YSO [KMH2014]J204300.15+425044.87 , which has large wings of K-band reflection along the axis of the knots.
MHO 3976 20 43 3.1 +42 47 14 OF 380 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3977 20 43 4.1 +42 42 16 OF 415 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which align with a star only resolved in UGPS, which has some reflection nebula in the direction of these knots.
MHO 3978 20 43 4.9 +42 42 16 OF 414 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot which aligns with known YSO [KMH2014]J204304.94+424216.71 , which has some extended K-band reflection in the direction of the knot.
MHO 3979 20 43 13.0 +42 49 44 OF 379 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots, potentially driven by known YSO [KMH2014]J204312.97+424944.84 .
MHO 3980 20 43 21.1 +42 12 15 OF 252 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots that are probably related in the same outflow, but which have no clear source.
MHO 3981 20 43 27.0 +42 49 48 OF 431 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of very bright knots around the IR cluster [BKH2010]G82.58+0.21. Some of the knots comprise known outflow [GKM2012b]G82.581+0.203 .
MHO 3982 20 43 28.9 +42 45 19 OF 277 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3983 20 43 29.3 +42 50 4 OF 429 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow passing through a dark cloud adjoined to HII region [MSX6C]G082.5828+00.2014 , associated with IR cluster [BKH2010]G82.58+0.21.
MHO 3984 20 43 33.3 +42 6 43 OF 111 Makin & Froebrich 2017 Makin & Froebrich 2017 - An unusual outflow that seems to come from known YSO [KMH2014]J204333.26+420643.66 . A very bright cloud edge to the south east appeared at the same time as the outburst in UGPS images.
MHO 3985 20 43 34.3 +42 44 43 OF 278 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow with wide lobes. The source in the centre with K-band reflection is known YSO [KMH2014]J204334.27+424443.32 .
MHO 3986 20 43 36.0 +44 51 54 OF 306 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots which appear unconnected to each other, but may all be driven by sources in the star forming cluster. The cluster is not known except as HII region [MSX6C]G084.1940+01.4388 .
MHO 3987 20 43 38.7 +42 47 33 OF 381 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with known YSO [KMH2014]J204355.32+424832.80 between them.
MHO 3988 20 43 42.3 +42 47 48 OF 383 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow that may be driven by known YSO [KMH2014]J204342.26+424748.25 , which sits on top of a dark cloud.
MHO 3989 20 43 42.7 +42 47 6 OF 386 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two diffuse lobes.
MHO 3990 20 43 43.5 +42 46 54 OF 388 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, too faint to be included in the Froebrich et al. (2015) catalogue.
MHO 3991 20 43 46.1 +42 46 12 OF 387 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended single knot.
MHO 3992 20 43 53.3 +41 47 6 OF 385 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 3993 20 43 55.3 +42 48 32 OF 382 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of faint knots parallel to OF384/MHO3994 and passing through known YSO [KMH2014]J204355.32+424832.80 , which has no catalogue detections at shorter wavelengths than WISE.
MHO 3994 20 43 56.5 +42 48 33 OF 384 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots whose axis is parallel to OF382/MHO3993. The axis passes through known YSO [KMH2014]J204356.54+424833.71 .
MHO 3995 20 44 12.5 +42 42 24 OF 234 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single extended knot which may be part of a longer, fainter outflow running from north-east to south-west.
MHO 3996 20 44 35.7 +45 26 47 OF 064 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of three knots seeming to originate from a very bright variable star.
MHO 3997 20 44 51.2 +44 26 4 OF 053 Makin & Froebrich 2017 Makin & Froebrich 2017 - A clear bipolar outflow with a mid-infrared AKARI detection in the centre of it.
MHO 3998 20 45 7.2 +43 10 20 OF 124 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots which, together, flank a WISE-detected source in a dark filament of cloud.
MHO 3999 20 45 9.9 +43 8 49 OF 582 Makin & Froebrich 2017 Makin & Froebrich 2017 - A diffuse outflow with a darker region in the centre of the outflow axis where the driving source could be.
MHO 4000 20 45 58.2 +44 47 25 OF 325 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4001 20 46 3.0 +43 27 0 OF 136 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of extended knots.
MHO 4002 20 46 14.2 +44 52 18 OF 324 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot extended in the direction of a highly variable (~2 mag in the K-band) star.
MHO 4003 20 46 40.1 +43 29 49 OF 199 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bright collection of knots surrounding candidate cluster [SUH2012]G083.464+00.155 . These knots may form more than one outflow.
MHO 4004 20 46 41.0 +43 30 3 OF 198 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two extended knots with a trail between them, beside candidate cluster [SUH2012]G083.464+00.155 .
MHO 4005 20 46 49.9 +43 5 16 OF 085 Makin & Froebrich 2017 Makin & Froebrich 2017 - An embedded source drives this 1.2pc outflow, the probable location for this being within a filament of cloud that crosses the outflow axis.
MHO 4006 20 46 54.5 +44 55 41 OF 269 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot sitting atop the edge of a cloud. Most likely being driven by one of the stars in the nearby cluster.
MHO 4007 20 46 59.3 +44 59 12 OF 268 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot beside a group of reddened stars.
MHO 4008 20 47 18.8 +43 38 32 OF 108 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which appear to be precessing.
MHO 4009 20 48 40.4 +43 48 32 OF 412 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, whose apparent driving source is surrounded by H2 emission.
MHO 4010 20 48 49.8 +45 9 37 OF 092 Makin & Froebrich 2017 Makin & Froebrich 2017 - A precessing, bipolar outflow likely being driven by the same star that is producing the K-band reflection nebula. Also known as an HII region, [GLMP]1010.
MHO 4011 20 48 50.7 +43 49 49 OF 411 Makin & Froebrich 2017 Makin & Froebrich 2017 - An extended knot that appears to emanate from YSO [RGS2011]J204850.69+434949.7 .
MHO 4012 20 48 59.7 +43 50 9 OF 251 Makin & Froebrich 2017 Makin & Froebrich 2017 - A highly curved outflow lobe, likely originating from IR source IRAS 20472+4338 (also known as YSO [RGS2011]J204859.83+435009.5 ). This source has a reflection nebula on the side opposite to the visible lobe.
MHO 4013 20 49 5.9 +43 48 30 OF 413 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two individual knots which may form part of a single outflow.
MHO 4014 20 49 30.8 +41 26 43 OF 285 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which likely form a single outflow. There is no clear driving source.
MHO 4015 20 49 32.8 +44 38 10 OF 493 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4016 20 50 9.4 +44 26 52 OF 020 Makin & Froebrich 2017 Makin & Froebrich 2017 - Wide outflow, potentially being driven by known YSO [RGS2011]J205009.41+442652.5 which sits on the peak of the emission. This YSO is already known to be an eruptive variable and is one of the most extreme variables (object 551a) in .
MHO 4017 20 50 35.4 +44 21 24 OF 483 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4018 20 50 36.6 +44 21 57 OF 484 Makin & Froebrich 2017 Makin & Froebrich 2017 - An outflow that is most likely driven by embedded sub-mm source [JCMTSE]J205036.6+442158. A long reflection nebula joins the source to the first of the H2 knots.
MHO 4019 20 51 5.1 +44 47 6 OF 196 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint chain of knots, likely driven by an embedded source in the centre.
MHO 4020 20 51 5.9 +44 56 2 OF 584 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which may be part of the same outflow.
MHO 4021 20 51 6.8 +44 58 41 OF 109 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long outflow which seems to be more-or-less perpendicular to a cloud that houses known YSO [RGS2011]J205106.83+445841.9 and multiple mm detections.
MHO 4022 20 51 13.5 +45 10 23 OF 246 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two knots which seem to form a precessing/S-shaped outflow, likely originating somewhere in the cluster.
MHO 4023 20 51 14.2 +41 29 40 OF 214 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4024 20 51 19.2 +44 50 28 OF 307 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot likely being driven by one of the stars from star forming region [SUH2012]G085.034+00.361 (also known as HII region [MSX6C]G085.0331+00.3629 ). Knot ``B`` has also been included even though the direction implies the knots are not part of the same outflow.
MHO 4025 20 51 22.9 +44 4 29 OF 180 Makin & Froebrich 2017 Makin & Froebrich 2017 HH570 A known Herbig-Haro object, HH570 . In this case, HH570S and HH570N are not detected in our images; we detect around 0.6arcmin of the innermost knots in H2, compared to the 3arcmin reported in where no source is reported. We also see a pair of curved K-band reflection nebulae coming from known YSO [RGS2011]J205122.91+440429.6 suggesting this is the driving source.
MHO 4026 20 51 55.1 +44 15 22 OF 182 Makin & Froebrich 2017 Makin & Froebrich 2017 - An unusually bent, possibly precessing outflow that seems to pass through known YSO [RGS2011]J205155.10+441521.9 . It is possible that there is an embedded source further to the east that is driving this flow, but we found no long-wavelength detections in our selected catalogues.
MHO 4027 20 52 4.6 +44 9 56 OF 181 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar, possibly precessing outflow.
MHO 4028 20 52 15.2 +41 28 47 OF 522 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with no obvious source.
MHO 4029 20 52 39.7 +41 26 58 OF 524 Makin & Froebrich 2017 Makin & Froebrich 2017 - A group of knots which may be part of a single outflow, but are extended in disparate directions.
MHO 4030 20 52 46.0 +41 30 51 OF 231 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot. A smaller, very faint and diffuse knot may also be related to it.
MHO 4031 20 52 54.0 +41 27 58 OF 525 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with no clear source.
MHO 4032 20 53 1.5 +41 30 32 OF 526 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots with no clear source.
MHO 4033 20 53 6.3 +41 37 14 OF 183 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4034 20 53 32.3 +44 31 33 OF 503 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots around HII region [GAL]085.07-00.16.
MHO 4035 20 53 34.4 +41 31 52 OF 527 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots whose axis passes through a star with wide lobes of reflection nebula.
MHO 4036 20 53 40.0 +44 34 55 OF 499 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow 3arcmin north of HII region [GAL]085.07-00.16, possibly driven by known YSO [RGS2011]J205340.02+443455.2 , which has a small reflection nebula toward the visible lobe.
MHO 4037 20 53 44.4 +41 41 7 OF 033 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4038 20 53 46.5 +41 33 52 OF 528 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4039 20 53 54.5 +41 57 5 OF 232 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two extended knots which may form an outflow.
MHO 4040 20 53 58.9 +44 36 14 OF 504 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4041 20 53 59.2 +41 39 27 OF 034 Makin & Froebrich 2017 Makin & Froebrich 2017 - Seemingly bipolar outflow with no obvious candidate driving source.
MHO 4042 20 54 1.2 +44 53 14 OF 206 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow, likely driven by YSO [RGS2011]J205401.17+445314.8 .
MHO 4043 20 54 3.4 +41 34 17 OF 038 Makin & Froebrich 2017 Makin & Froebrich 2017 - A group of three individual knots, south-east of OF037/MHO4044.
MHO 4044 20 54 7.4 +41 34 57 OF 037 Makin & Froebrich 2017 Makin & Froebrich 2017 - Three distinct knots forming an apparently bipolar outflow from known variable FU-Ori star V1219Cyg.
MHO 4045 20 54 14.0 +44 54 5 OF 364 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots surrounding a star-forming cluster that contains YSO [MSX6C]G085.4102+00.0032 .
MHO 4046 20 54 20.0 +41 34 12 OF 036 Makin & Froebrich 2017 Makin & Froebrich 2017 - Bipolar outflow potentially driven by the star between the two lobes.
MHO 4047 20 54 25.2 +44 15 33 OF 309 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots sitting between and around several stars. None of them is a convincing source to be driving all the knots, so this is likely more than one outflow.
MHO 4048 20 54 31.5 +41 35 35 OF 035 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot. The nearby variable star appears to be a foreground giant.
MHO 4049 20 54 36.9 +41 58 25 OF 271 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two bright bow shocks. The bright IR star, IRAS 20527+4148, is offset from the apparent axis, and does not appear to be a YSO, hence is not selected as the likely source.
MHO 4050 20 54 38.6 +44 14 4 OF 308 Makin & Froebrich 2017 Makin & Froebrich 2017 - A plume-like outflow which appears to be precessing.
MHO 4051 20 54 45.7 +44 55 1 OF 363 Makin & Froebrich 2017 Makin & Froebrich 2017 - A chain of knots which pass through known YSO [RGS2011]J205445.73+445500.0 . This object has extended K-band emission in the direction of the jet knots.
MHO 4052 20 54 55.5 +44 13 1 OF 311 Makin & Froebrich 2017 Makin & Froebrich 2017 - A small chain of knots coming from a compact, previously unknown cluster containing a number of YSOs.
MHO 4053 20 54 58.3 +44 13 58 OF 310 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bipolar outflow. The WISE object chosen as the likely source is known YSO [RGS2011]J205458.48+441358.6 which sits in the middle of a dark area between the K-band nebulae that extend toward both lobes.
MHO 4054 20 55 25.0 +43 59 40 OF 283 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot that appears in the middle of several candidate YSOs. We suggest known YSO [RGS2011]J205524.96+435940.0 as a likely source based on the extended H2 emission from this star toward the knot.
MHO 4055 20 55 28.4 +43 59 6 OF 282 Makin & Froebrich 2017 Makin & Froebrich 2017 - A possible bipolar flow bisected by known YSO [RGS2011]J205528.43+435906.9 .
MHO 4056 20 55 31.3 +44 48 15 OF 093 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, possibly being driven by known YSO [RGS2011]J205531.28+444814.8 . There is a small, fainter ``knot'' to the south-west of the driving source, and it is possible (albeit unlikely) that this is related to the outflow. There are many similar objects on this image and hence we suggest it is most likely an artefact.
MHO 4057 20 55 32.8 +44 6 9 OF 279 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two elongated knots which appear to originate from one of the stars in known HII region [MSX6C]G084.9505-00.6910 .
MHO 4058 20 55 44.1 +44 12 20 OF 010 Makin & Froebrich 2017 Makin & Froebrich 2017 - An indistinct outflow, rather than a knot, apparently coming from a highly variable star, known YSO [RGS2011]J205544.11+441220.7 .
MHO 4059 20 55 45.4 +43 17 58 OF 186 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single diffuse knot.
MHO 4060 20 55 46.7 +43 29 43 OF 241 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots, very close together but with a thin, darker region between them. The driving source is likely embedded here.
MHO 4061 20 56 0.8 +43 34 44 OF 280 Makin & Froebrich 2017 Makin & Froebrich 2017 - A long chain of knots.
MHO 4062 20 56 2.4 +43 29 41 OF 272 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4063 20 56 13.1 +44 34 24 OF 100 Makin & Froebrich 2017 Makin & Froebrich 2017 - A bow-shaped knot on the edge of a cloud, potentially driven by known YSO [RGS2011]J205613.07+443424.0 , which is also a star in the NGC6996 cluster.
MHO 4064 20 56 28.3 +43 43 31 OF 546 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4065 20 56 44.8 +44 0 31 OF 110 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF598/MHO4066, where each has only one visible lobe. Most likely driven by candidate YSO [RGS2011]J205644.79+440031.3 .
MHO 4066 20 56 44.8 +44 0 31 OF 598 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single-sided outflow crossed with OF110/MHO4065, where each has only one visible lobe in our images. The most likely driving source is known YSO [RGS2011]J205644.79+440031.3 .
MHO 4067 20 56 51.2 +43 46 46 OF 545 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4068 20 56 54.3 +43 49 19 OF 542 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of single knots with an implied outflow axis.
MHO 4069 20 56 56.0 +44 15 28 OF 326 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two diffuse knots which may also be just cloud edges. Likely related to the small cluster between them, but a specific source cannot be identified.
MHO 4070 20 57 10.2 +43 45 31 OF 476 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot.
MHO 4071 20 57 10.5 +43 31 56 OF 534 Makin & Froebrich 2017 Makin & Froebrich 2017 - A faint outflow, likely driven by known YSO [RGS2011]J205710.51+433156.8 .
MHO 4072 20 57 12.4 +43 49 4 OF 040 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, not originally detected in the Froebrich et al. (2015) catalogue.
MHO 4073 20 57 20.2 +42 22 15 OF 148 Makin & Froebrich 2017 Makin & Froebrich 2017 - The second side of this outflow is extincted. The potential source has a curved reflection nebula in the direction of the outflow.
MHO 4074 20 57 20.8 +43 49 28 OF 039 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, not originally detected in the Froebrich et al. (2015) catalogue.
MHO 4075 20 57 26.7 +43 35 29 OF 537 Makin & Froebrich 2017 Makin & Froebrich 2017 - A pair of knots aligning with known YSO [RGS2011]J205726.68+433530.0 .
MHO 4076 20 57 31.2 +44 2 37 OF 001 Makin & Froebrich 2017 Makin & Froebrich 2017 - Two faint knots, one of which was too faint to be included in the Froebrich et al. (2015) catalogue. The potential source is a known YSO [RGS2011]J205731.17+440237.3 , which has some reflection nebulosity in the direction of the knots.
MHO 4077 20 58 53.8 +44 15 29 OF 125 Makin & Froebrich 2017 Makin & Froebrich 2017 - A collection of knots that are likely being driven by well-studied FU-Ori star V1057Cyg.
MHO 4078 20 59 1.8 +44 17 16 OF 126 Makin & Froebrich 2017 Makin & Froebrich 2017 - A single knot, 2.3arcmin north-east of FU-Ori star V1057Cyg. Although it doesn't appear that this star is driving the knot as part of an outflow, the knot may still be related to it.