Resolving double-peaked emission line galaxies using MaNGA - I. Mechanisms of star formation quenching

Open Access

Table A.1.

The 69-galaxy DP/MaNGA sample.

ID	MaNGA ID	z	M_⋆	SFR	i	env.	morph.	colour-sSFR	DP
			log(M_⊙)	log(M_⊙ yr⁻¹)	°

(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
G1	1-605722	0.02116	10.99±0.02	0.47±0.10	41	cluster	–	blue cloud
G2	1-278059	0.02490	10.99±0.02	0.08±0.31	33	cluster	E	GV, TZ
G3	1-278057	0.02521	10.85±0.04	0.31±0.18	67	cluster	LTG	blue cloud
G4	1-115365	0.02538	10.71±0.01	-0.19±0.02	77	cluster	LTG	blue cloud, TZ	✓
G5	1-392007	0.02612	10.10±0.08	0.37±0.16	75	isolated	–	blue cloud
G6	1-230783	0.02763	10.15±0.06	0.27±0.09	65	isolated	S0	green valley	✓
G7	1-383171	0.02876	10.74±0.01	-0.14±0.06	60	isolated	LTG	blue cloud, TZ	✓
G8	1-218723	0.02998	10.62±0.03	0.07±0.17	61	poor group	LTG	blue cloud
G9	1-339094	0.03126	10.61±0.01	-2.20±0.50	41	isolated	–	red sequence	✓
G10	1-258849	0.03189	10.69±0.03	0.21±0.16	71	isolated	LTG	GV
G11	1-415848	0.03446	11.07±0.01	0.10±0.10	78	rich group	LTG	blue cloud, TZ
G12	1-497686	0.03484	10.98±0.03	0.11±0.32	55	poor group	–	red sequence, TZ
G13	1-626502	0.03529	10.47±0.05	0.34±0.22	66	poor group	LTG, bar	blue cloud
G14	1-336486	0.03639	11.03±0.03	0.60±0.15	84	poor group	LTG	green valley
G15	1-258213	0.03826	11.30±0.01	0.07±0.19	46	poor group	E	GV, TZ
G16	1-247082	0.03833	11.12±0.01	0.25±0.11	60	poor group	LTG	blue cloud, TZ
G17	1-383214	0.03915	10.93 $_{0.10}^{0.10}$ $^{0.10}_{0.10}$ (K03)	-0.09 $_{0.55}^{0.44}$ $^{0.44}_{0.55}$ (B04)	53	isolated	S0	red sequence, TZ	✓
G18	1-443132	0.04007	10.40±0.04	0.01±0.27	41	rich group	S0	blue cloud	✓
G19	1-415768	0.04040	11.27±0.02	0.20±0.23	24	cluster	E	red sequence, TZ
G20	1-542392	0.04168	11.09±0.02	0.28±0.10	63	cluster	LTG	blue cloud, TZ
G21	31-2	0.04169	10.69±0.01	0.27±0.02	58	cluster	LTG	blue cloud
G22	1-96483	0.04173	11.15±0.02	0.56±0.20	43	isolated	E	GV	✓
G23	1-301470	0.04277	11.03±0.01	0.36±0.17	50	poor group	LTG, bar	blue cloud	✓
G24	1-35268	0.04307	11.07±0.02	-0.26±0.35	40	cluster	ETG	GV, TZ	✓
G25	1-35747	0.04381	10.34 $_{0.09}^{0.10}$ $^{0.10}_{0.09}$ (K03)	-0.30 $_{0.38}^{0.37}$ $^{0.37}_{0.38}$ (B04)	66	poor group	LTG, bar	blue cloud
G26	1-593159	0.04488	11.09±0.01	-0.20±0.12	53	cluster	LTG, bar	blue cloud, TZ	✓
G27	1-382452	0.04494	10.81±0.03	0.37±0.23	54	rich group	–	GV
G28	1-163876	0.04538	10.31±0.05	0.08±0.24	62	rich group	S0	blue cloud
G29	1-397168	0.04697	10.88±0.02	0.06±0.19	61	poor group	LTG	blue cloud, TZ
G30	1-333431	0.04795	11.14±0.02	0.45±0.20	47	isolated	S0	blue cloud
G31	1-317809	0.04858	11.24±0.02	0.69±0.13	60	poor group	LTG, bar	blue cloud
G32	1-149650	0.04912	10.53±0.04	0.31±0.07	76	isolated	LTG	blue cloud
G33	1-218839	0.05059	10.65±0.04	0.28±0.22	51	cluster	LTG	blue cloud
G34	1-153589	0.05206	10.81±0.04	0.47±0.24	36	poor group	S0	GV	✓
G35	1-300318	0.05217	10.69±0.04	0.63±0.20	–	poor group	LTG, bar	blue cloud	✓
G36	1-201391	0.05232	10.74±0.02	0.16±0.18	58	isolated	LTG	blue cloud	✓
G37	1-71	0.05291	10.57±0.03	-0.43±0.68	–	rich group	M	blue cloud, TZ
G38	1-53653	0.05338	10.85±0.05	0.69±0.17	42	isolated	LTG	blue cloud
G39	1-259142	0.05432	11.36±0.01	0.18±0.07	71	isolated	LTG	blue cloud, TZ
G40	1-633832	0.05484	10.93±0.03	0.57±0.06	67	isolated	LTG	blue cloud
G41	1-248638	0.05590	11.24±0.0	0.59±0.05	53	rich group	LTG	blue cloud	✓
G42	1-377679	0.05645	10.96±0.03	0.43±0.16	65	isolated	LTG	blue cloud
G43	1-52590	0.05779	10.72±0.07	0.90±0.15	44	isolated	E	blue cloud
G44	1-92547	0.05781	10.85±0.02	-0.05±0.27	66	poor group	LTG	GV, TZ	✓
G45	1-294355	0.06040	10.92±0.04	0.63±0.16	64	isolated	LTG	GV	✓
G46	1-420973	0.06119	11.03±0.03	0.68±0.16	55	isolated	LTG	blue cloud
G47	1-322784	0.06256	10.97±0.04	0.79±0.21	55	isolated	–	blue cloud
G48	1-286139	0.06299	10.87±0.04	0.41±0.39	69	rich group	LTG, bar	GV
G49	1-42250	0.06416	11.26±0.04	1.06±0.31	47	poor group	LTG	blue cloud	✓
G50	1-41752	0.06497	10.94±0.06	1.03±0.13	52	isolated	–	blue cloud
G51	1-407465	0.06517	10.91±0.02	0.39±0.09	41	poor group	S0	blue cloud
G52	1-258380	0.06654	10.89±0.04	0.92±0.08	51	poor group	E	blue cloud	✓
G53	1-497602	0.06783	11.40±0.03	0.29±0.29	45	poor group	E	GV, TZ	✓
G54	1-268854	0.07252	11.16±0.03	0.91±0.13	47	rich group	LTG	blue cloud
G55	1-167242	0.07643	11.09±0.03	1.02±0.07	48	poor group	LTG, bar	blue cloud	✓
G56	1-382793	0.07821	11.32 $_{0.09}^{0.10}$ $^{0.10}_{0.09}$ (K03)	1.06 $_{0.23}^{0.22}$ $^{0.22}_{0.23}$ (B04)	53	poor group	E	GV	✓
G57	1-231281	0.08390	11.08±0.03	0.82±0.17	52	isolated	E	blue cloud
G58	1-376413	0.08746	11.26±0.02	0.50±0.24	65	cluster	LTG, bar	blue cloud
G59	1-295709	0.08812	11.26±0.03	0.21±0.27	35	rich group	E	red sequence, TZ	✓
G60	1-145978	0.09011	11.37±0.01	0.42±0.12	67	isolated	LTG, bar	blue cloud, TZ	✓
G61	1-114955	0.09228	11.20±0.03	1.12±0.08	–	isolated	M	blue cloud	✓
G62	1-55272	0.09335	11.29±0.03	1.07±0.14	35	isolated	S0	blue cloud
G63	1-265404	0.09353	11.15±0.03	1.64±0.01	–	cluster	unclassifiable	blue cloud	✓
G64	1-375053	0.09373	10.91 $_{0.09}^{0.09}$ $^{0.09}_{0.09}$ (K03)	1.25 $_{0.29}^{0.32}$ $^{0.32}_{0.29}$ (B04)	60	poor group	LTG	blue cloud
G65	1-247674	0.10117	11.30±0.02	0.94±0.16	53	poor group	LTG	blue cloud
G66	1-179060	0.10700	11.37±0.03	0.95±0.12	49	poor group	LTG, bar	blue cloud	✓
G67	1-384945	0.12522	11.33±0.03	1.22±0.09	39	isolated (Y07)	LTG	blue cloud
G68	1-321823	0.13265	11.39±0.02	1.03±0.14	38	isolated (Y07)	LTG	blue cloud
G69	1-180308	0.13506	11.32±0.02	0.96±0.14	32	isolated (Y07)	LTG	blue cloud

Notes. (1) Arbitrary identifier, (2) MaNGA name, (3) MaNGA redshift, (4) and (5) stellar mass and star formation rate computed by Salim et al. (2016), except G17, G25, G56 and G64 whose stellar mass comes from Kauffmann et al. (2003b) and SFR from Brinchmann et al. (2004), (6) inclination angle computed using the measurements from Fischer et al. (2019), (7) galaxy environment as found in Saulder et al. (2016) except for the three last objects whose environment comes from Yang et al. (2007), (8) morphology classification based on the probabilities provided in the MaNGA Deep Learning DR17 Morphology catalogue, relying on the measurements from Fischer et al. (2019), Domínguez Sánchez et al. (2022), except for G61 that we classify manually based on Mazzilli Ciraulo et al. (2021), (9) classification based on the NUV − r vs. specific Star Formation Rate (sSFR) diagram: blue cloud, green valley (GV), red sequence, transition zone (TZ), (10) checkmarks for galaxies showing DP features beyond the MaNGA PSF, i.e. where double peaks are detected over 25 adjacent spaxels.

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