2023ApJ...950..108H

Query : 2023ApJ...950..108H

2023ApJ...950..108H - Astrophys. J., 950, 108 (2023/June-3)

Examining the Properties of Low-luminosity Hosts of Type Ia Supernovae from ASAS-SN.

HOLOIEN T.W.-S., BERGER V.L., HINKLE J.T., GALBANY L., STROM A.L., VALLELY P.J., ANDERSON J.P., BOUTSIA K., FRENCH K.D., KOCHANEK C.S., KUNCARAYAKTI H., LYMAN J.D., MORRELL N., PRIETO J.L., SANCHEZ S.F., STANEK K.Z. and WALTH G.L.

Abstract (from CDS):

We present a spectroscopic analysis of 44 low-luminosity host galaxies of Type Ia supernovae (SNe Ia) detected by the All-Sky Automated Survey for Supernovae (ASAS-SN), using hydrogen, oxygen, and sulfur emission lines to measure metallicities and star formation rates. We find no statistically significant evidence that the star formation activity and metallicities of the galaxies in our sample are inconsistent with galaxies of similar luminosities and masses. We identify two 3σ outlier galaxies that have high metallicities for their stellar masses, but find that their other properties are consistent with general galaxies. The overall consistency between our sample and general galaxy samples further strengthens the evidence from more luminous SN Ia host galaxy samples that SN Ia host galaxies are typical.

Abstract Copyright: © 2023. The Author(s). Published by the American Astronomical Society.

Journal keyword(s): Type Ia supernovae - Supernovae - Galaxy abundances

VizieR on-line data: <Available at CDS (J/ApJ/950/108): table1.dat table2.dat fig2/*>

Simbad objects: 83

goto Full paper

goto View the references in ADS

Number of rows : 83
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 LEDA 635287 G 00 08 02.8 -36 33 49           ~ 6 0
2 ASASSN -15rq SN* 00 08 03.140 -36 33 51.81           SNIa 8 0
3 GALEXASC J005328.92-362154.1 G 00 53 28.92 -36 21 54.1           ~ 3 0
4 ASASSN -16ok SN* 00 53 29.434 -36 21 54.66           SNIa 5 0
5 SN 2016fbo SN* 01 01 35.54 +17 06 04.3           SNIa 11 0
6 GALEXASC J010135.75+170604.9 G 01 01 35.77 +17 06 04.1           ~ 3 0
7 GALEXASC J010647.95-465904.1 G 01 06 47.95 -46 59 04.1           ~ 5 0
8 ASASSN -14lw SN* 01 06 49.170 -46 58 59.96           SNIa 15 0
9 ASASSN -14me SN* 01 26 40.216 -57 59 49.87           SNIa 14 0
10 ESO 113-47 G 01 26 40.3 -57 59 49   16.54   15.74   ~ 11 0
11 Z 521-62 AG? 01 39 31.175 +33 49 27.86   15.5       ~ 30 0
12 SN 2016F SN* 01 39 32.0 +33 49 36           SNIa 14 0
13 GALEXASC J021558.44+121415.2 G 02 15 58.44 +12 14 15.2           ~ 5 0
14 ASASSN -15rw SN* 02 15 58.4588162232 +12 14 13.760821176           SNIa-norm 16 0
15 LEDA 199597 AG? 02 52 45.84 -34 18 50.9   17.329   16.713   ~ 11 0
16 ASASSN -15be SN* 02 52 46.390 -34 18 52.52           SNIa 15 0
17 LEDA 825549 G 02 53 58.1 -21 38 55           ~ 4 0
18 ASASSN -14mg SN* 02 53 58.100 -21 38 52.86           SNIa 6 0
19 ASASSN -15ti SN* 03 05 08.616 +37 54 00.72           SNIa 11 0
20 2MASX J03051061+3754003 G 03 05 10.6061432760 +37 53 59.991022356           ~ 4 0
21 ASASSN -15pz SN* 03 08 48.443 -35 13 50.89           SNIa 27 0
22 ESO 357-5 Sy2 03 08 49.64 -35 14 09.0   15.35   14.57 14.8 ~ 20 0
23 APMUKS (BJ) B032028.93-441621.0 G 03 22 12.68 -44 05 41.0           ~ 3 0
24 ASASSN -16dx SN* 03 22 12.850 -44 05 40.74           SNIa 5 0
25 LEDA 179577 G 06 32 24.5 -71 34 04           ~ 5 0
26 SN 2016hsc SN* 06 32 25.16 -71 34 04.0           SNIa 9 0
27 SN 2016aqs SN* 06 34 08.98 -25 11 04.6           SNIa 9 0
28 ASASSN -16cs SN* 06 50 36.730 +31 06 44.56           SNIa 18 0
29 2MASX J06503683+3107005 G 06 50 36.832 +31 07 00.60   16.5       ~ 9 0
30 SN 2016fob SN* 08 05 09.121 -22 35 59.18           SNIa 8 0
31 LEDA 86137 G 08 05 09.2 -22 35 57           ~ 6 0
32 SDSS J084324.73+373246.0 G 08 43 24.73992 +37 32 46.0644           ~ 1 0
33 SN 2016iyx SN* 08 43 24.75 +37 32 46.1           SNIa 3 0
34 GALEXASC J090013.19-133803.5 G 09 00 13.19 -13 38 03.5           ~ 3 0
35 SN 2016iyv SN* 09 00 13.380 -13 38 02.23           SNIa-91T 10 0
36 SDSS J092119.07+170159.5 G 09 21 19.07592 +17 01 59.4768           ~ 3 0
37 SN 2016hpe SN* 09 21 19.082 +17 01 57.79           SNIa 5 0
38 ASASSN -14mu SN* 09 26 17.250 +45 29 25.20           SNIa 5 0
39 LEDA 82393 G 09 26 17.3837349216 +45 29 24.862742052   17       ~ 10 0
40 SDSS J103529.48+343420.2 G 10 35 29.483 +34 34 20.28           ~ 4 0
41 ASASSN -15df SN* 10 35 29.720 +34 34 23.67           SNIa 5 0
42 GALEXASC J104848.62-201544.1 G 10 48 48.62 -20 15 44.1           ~ 4 0
43 SN 2016blc SN* 10 48 49.438 -20 15 49.08           SNIa 12 0
44 SDSS J115054.45+021828.1 G 11 50 54.451 +02 18 28.19           ~ 5 0
45 SN 2016cbx SN* 11 50 54.530 +02 18 26.41           SNIa 8 0
46 ASASSN -16np SN* 12 36 43.210 +26 06 48.67           SNIa 6 0
47 2MASS J12364341+2606471 AG? 12 36 43.4222959944 +26 06 47.051046684           ~ 10 0
48 LEDA 1015413 G 12 54 13.0 -07 38 49           ~ 9 0
49 ASASSN -14kr SN* 12 54 13.150 -07 38 57.46           SNIa 6 0
50 ASASSN -16fn SN* 12 56 58.887 -15 32 10.51           SNIa 5 0
51 SN 2016cyl SN* 13 16 42.770 -55 17 59.89           SNIa 6 0
52 LEDA 3075069 G 13 16 43.0 -55 17 56           ~ 6 0
53 CRTS CSS141227 J132741-111252 SN* 13 27 41.0 -11 12 52           SNIIP 4 0
54 iPTF 14bdn SN* 13 30 44.88 +32 45 42.4           SNIa 33 0
55 UGC 8503 EmG 13 30 45.062 +32 45 37.99   16.006       ~ 41 0
56 SN 2016eiy SN* 13 34 38.64 -23 40 53.1           SNIa 13 0
57 MCG-04-32-040 AGN 13 34 39.3 -23 40 50   14.67 14.7 13.62 14.44 ~ 35 0
58 ASASSN -15hx SN* 13 43 16.692 -31 33 21.55           SNIa 15 0
59 LEDA 703825 G 13 43 16.8 -31 33 20           ~ 9 0
60 SDSS J134448.50+210447.1 G 13 44 48.501 +21 04 47.16           ~ 3 0
61 CRTS CSS160427 J134449+210448 SN* 13 44 48.57 +21 04 48.0           SNIa 4 0
62 ASASSN -15ba SN* 14 04 55.090 +08 55 14.53           SNIa 11 0
63 SDSS J140455.13+085514.0 G 14 04 55.131 +08 55 14.04           ~ 9 0
64 ASASSN -15li SN* 14 25 07.69 +62 53 29.7           SNIa 7 0
65 ASASSN -14ax SN* 17 10 00.700 +27 06 19.61           SNIa 7 0
66 SDSS J171000.70+270619.6 G 17 10 00.7058891280 +27 06 19.585441440           ~ 3 0
67 Gaia 16alq SN* 18 12 29.400 +31 16 47.30           SNIa 14 0
68 LEDA 438345 G 18 44 43.2 -52 48 19           ~ 6 0
69 ASASSN -14jz SN* 18 44 44.340 -52 48 05.48     15.8     SNIa 8 0
70 SN 2016gtr SN* 19 29 01.203 -51 58 13.78           SNIa 9 0
71 ASASSN -15fy SN* 19 50 22.340 -14 17 45.97     16.9     SNIa 6 0
72 ASASSN -15hy SN* 20 10 02.4 -00 44 21           SNIa-norm 33 0
73 GALEXASC J203406.21-015759.2 G 20 34 06.21 -01 57 59.2           ~ 3 0
74 ASASSN -14fo SN* 20 34 06.432 -01 58 03.59           SNIa 5 0
75 SN 2016ekt SN* 21 53 27.882 -34 24 20.95           SNIa 9 0
76 2MASS J21532788-3424214 G 21 53 27.9242061312 -34 24 21.573193680           ~ 4 0
77 ESO 466-32 AG? 22 00 02.402 -30 11 01.67   15.69   14.83   ~ 19 0
78 SN 2016ekg SN* 22 00 03.59 -30 11 07.0           SNIa 10 0
79 SN 2016fff SN* 22 36 59.140 -25 13 55.63           SNIa 16 0
80 MCG-04-53-022 AG? 22 37 03.003 -25 14 11.08   14.01   12.98 14.6 ~ 25 0
81 AGC 331536 G 23 37 56.6 +27 16 37           ~ 8 0
82 SN 2016gcl SN* 23 37 56.621 +27 16 37.73           SNIa 11 0
83 GALEXASC J192901.47-515813.5 G ~ ~           ~ 3 0

To bookmark this query, right click on this link: simbad:objects in 2023ApJ...950..108H and select 'bookmark this link' or equivalent in the popup menu