Atlas of structures in the S4G

26.02.2016

This web page shows the morphological features (bars, lenses, rings and spiral structures) in the
Spitzer Survey of Stellar Structure in Galaxies (S4G) overplotted on the original image of the galaxy.
Detailed information on the measurements of the structures is found in Herrera-Endoqui et al. (2015).
The data tables are available at the Strasbourg astronomical Data Center.

The morphological classification and the Hubble type (T) are taken from Buta et al. (2015).
For information about the S4G please see Sheth et al. 2010.
The inclination and orientation parameters are taken from Salo et al. (2015).
Instructions:
1. Click on the image to see a bigger jpg version.
2. Note on images: shown are the fits for bars, lenses and rings (top panel); unsharp mask and
data table in sky-plane (middle panel) and fits for spiral arms (bottom panel).
3. Link to the next set of 100 galaxies at the bottom of the page.
Galaxy # 301
NGC0406
SAB(s)dm
T = 10
Galaxy # 302
NGC0428
SAB(s)dm
T = 9
Galaxy # 303
NGC0450
SAB(s)c_d
T = 9
Galaxy # 304
NGC0470
(R')SA(s)ab
T = 5
Galaxy # 305
NGC0473
(L)SA(r)0+
T = 9
Galaxy # 306
NGC0474
(R')SAB(r'l)0/a,pec
T = 7
Galaxy # 307
NGC0485
(R')SA_B(s)c
T = 6
Galaxy # 308
NGC0488
SA(rs,_rl)0/_a
T = 9
Galaxy # 309
NGC0489
(R)S0+,sp
T = 7
Galaxy # 310
NGC0493
SA(rs_)d,sp
T = 7
Galaxy # 311
NGC0514
SA(s)c
T = 8
Galaxy # 312
NGC0518
SA(r'l,nd)0+,sp
T = 9
Galaxy # 313
NGC0532
SABxa(r)_0/a
T = 10
Galaxy # 314
NGC0578
SB(s)cd
T = 7
Galaxy # 315
NGC0600
SB(rs_)c_d
T = 10
Galaxy # 316
NGC0613
SB(_rs,bl,nr)b
T = 10
Galaxy # 317
NGC0615
(R')SAx(r)_ab
T = 8
Galaxy # 318
NGC0625
IA_Bm
T = 10
Galaxy # 319
NGC0628
SA(s)c
T = 7
Galaxy # 320
NGC0658
SA(rs)bc
T = -5
Galaxy # 321
NGC0660
SABxaab/PRG
T = 6
Galaxy # 322
NGC0672
(R')SB(s)d
T = 8
Galaxy # 323
NGC0676
SA(r)0+,sp
T = 9
Galaxy # 324
NGC0678
SAB(s,nd)0/_a,sp
T = 8
Galaxy # 325
NGC0680
SA(r'l)0o,pec
T = 7
Galaxy # 326
NGC0685
SB(s)c_d
T = 7
Galaxy # 327
NGC0691
(R)SA(rs,rl)ab
T = 9
Galaxy # 328
NGC0701
SB(rs)d
T = 99
Galaxy # 329
NGC0718
(L,R')SAB(rs,nl)a
T = 10
Galaxy # 330
NGC0723
(R')SA(rs_)b_c
T = 7
Galaxy # 331
NGC0755
SB(rs)d
T = 10
Galaxy # 332
NGC0772
SA(rs)a_b,pec
T = 8
Galaxy # 333
NGC0779
(L)SAx(rs)a
T = 7
Galaxy # 334
NGC0803
S_AB(s)bc
T = 9
Galaxy # 335
NGC0864
SAB(rs_)bc
T = 7
Galaxy # 336
NGC0865
SAB(s)_bc:,sp,pec
T = 7
Galaxy # 337
NGC0895
S_AB(rs)c
T = 7
Galaxy # 338
NGC0907
SB(s)m,pec
T = 8
Galaxy # 339
NGC0908
SA(rs)b
T = 99
Galaxy # 340
NGC0918
SAB(s)cd
T = 4
Galaxy # 341
NGC0936
(L)SBa(_rs,bl)0+
T = 7
Galaxy # 342
NGC0941
(R')SA(rs)c:
T = 7
Galaxy # 343
NGC0955
SA_Bx0+
T = 7
Galaxy # 344
NGC0986
(R')SB(s,rs,np)ab:
T = 9
Galaxy # 345
NGC0988
SB(s)d
T = 5
Galaxy # 346
NGC0991
SAB(s)_cd
T = 4
Galaxy # 347
NGC1015
(R')SB(r,bl)0/a
T = 9
Galaxy # 348
NGC1022
(RL)SAB(_rs,bl,ns)_0/a
T = 9
Galaxy # 349
NGC1035
SAB(s)_cd
T = 11
Galaxy # 350
NGC1036
IBm
T = 10
Galaxy # 351
NGC1042
SAB(s)c
T = 9
Galaxy # 352
NGC1047
dSA_B0o,N
T = 9
Galaxy # 353
NGC1051
SAB(s)d:
T = -1
Galaxy # 354
NGC1055
SA_B(s)bc:,sp/E(d)2
T = 9
Galaxy # 355
NGC1068
(_RL)SA(l,s,nr',AGN)0/_a
T = 10
Galaxy # 356
NGC1073
SB(rs)_cd
T = 5
Galaxy # 357
NGC1076
SA(rs_)b:
T = 9
Galaxy # 358
NGC1079
(RL_)S_ABa(_rs,bl)0+
T = 10
Galaxy # 359
NGC1084
SA(s)c
T = 10
Galaxy # 360
NGC1087
SB(rs)c_d,pec
T = 10
Galaxy # 361
NGC1090
SAB(s,nr')b_c
T = 10
Galaxy # 362
NGC1097
(R')SB(rs,bl,nr)ab,pec
T = 8
Galaxy # 363
NGC1110
SBm,sp
T = 10
Galaxy # 364
NGC1163
SA(r)_0/a:,sp
T = 8
Galaxy # 365
NGC1179
SB(s)cd
T = -5
Galaxy # 366
NGC1187
SA_B(rs)bc
T = 7
Galaxy # 367
NGC1232
SAB(rs)c
T = 2
Galaxy # 368
NGC1249
SB(rs_)d_m:
T = -2
Galaxy # 369
NGC1253
(R')SA(s)c_d
T = 9
Galaxy # 370
NGC1255
SB(s)cd
T = 8
Galaxy # 371
NGC1258
(RxR')SAB(s)ab:,pec
T = 5
Galaxy # 372
NGC1291
(R)SAB(l,bl,nb)0+
T = 3
Galaxy # 373
NGC1297
SA(rl_,l)0-o
T = 7
Galaxy # 374
NGC1299
SA(s)_bc:,pec
T = 1
Galaxy # 375
NGC1300
(R')SB(s,bl,nrl)b
T = 10
Galaxy # 376
NGC1302
(RL,RL)SAB(_rl,bl)0+
T = 0
Galaxy # 377
NGC1309
S_AB(s)bc
T = 2
Galaxy # 378
NGC1310
(R')SA_B(rs)_cd
T = 10
Galaxy # 379
NGC1311
Sm:,sp/Sph
T = 9
Galaxy # 380
NGC1313
SB(s)d,pec/Im,pec
T = 10
Galaxy # 381
NGC1316C
SA_Ba(s)0+:
T = 8
Galaxy # 382
NGC1325
SA(s)b
T = 8
Galaxy # 383
NGC1326A
S/IBm
T = 8
Galaxy # 384
NGC1326
(R1)SABa(r,bl,nr)0+
T = 9
Galaxy # 385
NGC1326B
S/IBm:,sp
T = 6
Galaxy # 386
NGC1338
SB(s)cd,pec
T = 6
Galaxy # 387
NGC1341
(R')SB(rs_)_dm,pec
T = 8
Galaxy # 388
NGC1345
SB(s)m
T = 10
Galaxy # 389
NGC1347
SABa(s)_dm
T = 7
Galaxy # 390
NGC1350
(R)SABa(r,bl)0/a
T = 9
Galaxy # 391
NGC1353
(R')SAB(rs,nl)a
T = 8
Galaxy # 392
NGC1357
(R'L)SA(_rs)0/a
T = 6
Galaxy # 393
NGC1359
SB(s)dm
T = 5
Galaxy # 394
NGC1365
(R')SB(rs_,nr)bc
T = -4
Galaxy # 395
NGC1366
SA(_rl)0-,sp
T = 10
Galaxy # 396
NGC1367
(RL,R')SAB(rs)0/a
T = 8
Galaxy # 397
NGC1385
SB(s)dm,pec
T = 5
Galaxy # 398
NGC1386
(R')SA(r)_0/a
T = 9
Galaxy # 399
NGC1398
(R'R)SB(_rs,bl)a
T = 7
Galaxy # 400
NGC1406
SB(s)b_c,sp
T = 5
next set of 100 galaxies