Galaxy Zoo Talk
Oops, the "aka" foreground object is actually as the child of parent object as per SDSS. u-r=-0.34. (😮) Still #irregular.
Classified #irregular with #starburst. That blue spot considered a foreground object.
SDSS u-r=2.61. Guess just a good old #elliptical. Wanted to classify it as elliptical except for that prominent central bulge.
#Barred #Edgeon #Spiral.
SDSS u-r=2.15. It's a #spiral? 😮 Yet the brightest area is so far off that It definite looks no #spiral. Bet on #irregular.
#Irregular possibly with #Starburst. Annoying foreground objects.
SDSS u-r=1.28 (😮). Image showed a brighter center and vicinity. I wanted to classify it as an #AGN #Starburst early but had no guts.
Look like one happy #morethan4 #tightarm #spiral with starforming on the arms.
SDSS u-r=1.56: #spiral. No elliptical look. The tail of the smaller obj next to the purple area in the primary might indicate interaction.
Classified as #3 #loosearm #spiral #merging with the small dot above. Honestly, can't really tell.
SDSS u-r=2.65. This might be the correct classification since a long time. #elliptical #Overlapping object and #artifacts.
#elliptical with overlapping stars and galaxies. #artifacts also observed.
SDSS u-r=2.14. S0 and the left side of the turn-fork?
#elliptical with #tidaldebris
SDSS u-r=1.11. ? Is it an #irregular? Can't see much more detail through SDSS image either.
#elliptical #tidaldebris
SDSS u-r=3.65 (#elliptical???) The model shown on gama? That yellow ball is no #overlapping foreground star? Positive slope.
#edgeon #barred #spiral without #overlapping foreground star (???)
A #clumpy galaxy with 4-5 lumps. orange object might be #overlap.
Star formation rate: 2.216 M☉/yr as per Illustris. Guess #starforming only.
#irregular with a noticeable #bulge. Upper regions contained two potential #starburst regions.
SDSS u-r=1.53. Should it be a #spiral? Doesn't look #spiral in SDSS image.
#irregular with #tidaldebris.
SDSS u-r=1.59. Peaked at OII around 4000 A. Line flat to negative slope.
#barred #spiral with #two #loosearm. The yellow object might be #overlap.
SDSS u-r=6.03? 8-O #starforming. Peaked at OII at below 4000 angstroms. Almost negative slope!
#irregular #boxcenter #starburst
SDSS u-r=1.36. #Starforming. Apparently, the width of Hα was not greater than 50 Å. Didn't observe 4000A break. #Irregular should be fine.
The pix is a bit too small to see. #Irregular and possibly #starburst.
SDSS u-r=1.45. #spiral ok.
#edgeon #spiral. (AGN?)
Can't find more info from Illustris.
#irregular (presumably starburst). The blue rings around ... could it be #lensing? Could I be the dog of the day to classify a lensing? 😮
SDSS u-r=1.73. #Spiral ok. But how far away is this guy?
#Edgeon #spiral
Who and what is this kid? Can't find much info.
SDSS u-r=2.56. #Elliptical. Doesn't have the #ring look. No spectral info.
#ring #elliptical #debris
SDSS u-r=1.58. Supported #spiral. #Starforming.
#barred #spiral
SDSS u-r=1.87. Still looks #elliptical to me. Interesting green.
Want to classified it as a #spiral except I can't identify the arms. This is why "elliptical."
SDSS u-r=2063. Not exactly an young gun. So is this a "flat galaxy"?
#edgeon. Possibly #spiral or #lenticular. Unsure.
The orange clumps connected by the darker orange in AGZ000dh6q might be the central bright green linked by yellowish area in SDSS photo.
sdss u-r=1.55 supports the #irregular and possibly #starburst. A green-ish and blue-ish galaxy with something sorta yellow in the center.
#Clumpy galaxy with two huge clumps. #irregular since I don't see it as either spiral or elliptical.
#irregular, possibly #starburst. #overlap
#Medium #spiral with more than 4 arms. Honestly, I wanted to classify it as an elliptical.
SDSS u-r=1.79--#spiral possible. Pictures afar also looked like a #spiral with a bulging center.
#edge-on #spiral with #debris?
SDSS u-r=2.15 and the image looks more #irregular than either #elliptical or #spiral. ???
#twoarm #loose #spiral with #debris
SDSS u-r=2.41 says it might be an #elliptical. But in the image it's more like a turtle carrying a light green shell. The brown? Dust?
There seems to be a bulging center. Classified as #twoarm #loose #spiral with #tidaldebris
SDSS u-r=0.65? A young gun reincarnated from the leftover of some blown-up?
#Irregular possibly #starburst.
SDSS u-r=2.49. My classification was really off. The bright orange seem to be a #spiral while the orange atop might not be in the galaxy.
#Clumpy #irregular?
SDSS u-r=1.68. Relatively young. The #irregular should translate into starburst rather than starforming. Thus it could be a spiral galaxy..
My best guess--#irregular.
SDSS u-r=2.11. A grown #spiral I assume. But SDSS image made it look more like #irregular, especially with the green color.
#spiral with #dustlane.
#clumpy (?) #edgeon #spiral. #starforming perhaps.
SDSS u-r=2.03. #Spiral ok. Yet, the SDSS image made it look as if it were an #irregular. Target and class both galaxy.
#twoarm #tight #Spiral with #dustlane.
SDSS u-r=2.51. I bet it's more of an #elliptical. Yet, honestly, even with SDSS image it's difficult to do the classification.
#Irregular.
SDSS u-r=1.99 (spiral? :-X). I could make myself see the arms in the SDSS image #spiral. Flat spectral line with a peak #starforming.
#irregular with #tidaldebris. #Overlap. The foreground stars are annoying since they blocked my view.
SDSS u-r=1.29. #Irregular based on SDSS image and therefore #starburst. Was going to put down #Irregular in my classification! Missed!
#Clumps. Hard to discern.
SDSS u-r=2.18. SDSS image showed a #spiral with at least a segment of an arm curving outward. Disturbance? Galaxy red #starforming.
#Clumpy # spiral with #dustlane. #Starburst look. Beautiful. What did it take to give rise to the beauty?
SDSS u-r=2..51. Could be a elliptical, I guess.Bright central bulge and and the greenish cover made it lalmost like greenbeans
#irregular. AGN?
SDSS u-r=1.99. Could it a spiral? 8-O
#elliptical since I don't see arms.
SDSS u-r=2.19.
#medium #threearm #spiral with #dustlane. #AGN perhaps. #starforming along the arms.
SDSS u-r=1.55. Quite a young gun?! Looked light green; hence, #greenpea?
SDSS u-r=1.55. Quite a young gun?! Looked light green; hence, #greenbean?
#irregular. #greenpea?
SDSS u-r=2.77. Still look like there was interaction between the large #spiral and the bottom small one. Spectra unfound in databases.
#barred #loose #twoarm #spiral with #dustlane. #Starforming regions along the arms. Might interact with the small one below.
SDSS u-r=2.31-possibly an #elliptical?
#barred #loose #twoarm (?) #spiral with #dustlane. Possibly #starforming.
My guess was way off. lol SDSS u-r=1.41, going hand-in-hand with the photo of a #clumpy #spiral. SDSS target galaxy red & class #starforming
#clump I guess. A huge center and relatively thin "outskirt." #Elliptical like. Not sure how it differ from #irregular. ???
SDSS u-r=1.37. Almost like a scorpion. Still looks like a clump spiral. SDSS target as brightgal and class #starforming.
#clump #spiral #disturbed.
SDSS u-r=0.84. 8-O There really are multiple bright spots in the picture. Target as #QSO and class as #starburst.
Wait a minute ... SDSS target galaxy but class "star F9."
#clump with areas brighter than others.
SDSS u-r=2.1. Not quite sure whether the same objects. The invert image looks like a #spiral. Dust and gas ionizing away asymetrically.
#Clump if this is the new term in town. Honestly. Too faint to see let along classifying. :-X
SDSS u-r=2.75. #Elliptical. Zooming the image in, there is some strange darker jet shooting to around 11 o'clock direction.
This looks familiar. #Elliptical. Suspecting #AGN. Have the feeling I might have coded it as #spiral. ???
SDSS u-r=2.68, meaning it's more like an elliptical. In turns of the picture, it makes me feel more #spiral.
#barred #spiral. Possibly SBa. At the same time, the shape doesn't look so regular.though don't think so.
Oops. SDSS u-r=3.36. More likely for it to be an #elliptical. Regardless, the bulging center still gives it the #edge-on #spiral look.
#Edge-on #spiral (Forgot whether I put the spiral part in. ?) Might be #elliptical as well since it's hard to tell at this resolution.
SDSS u-r=1.39. Pix looked more #irregular and #greenpeea like. Gotta be #AGN..
This guy absolutely looked like an #irregular. Though may just be the newly found clumbs.
#spiral with #loose #twoarms. Don't know what an AGN look really is but this one got the #AGN look, maybe.
SDSS u-r=2.54. Could be #elliptical. Yellow center and green on the out side? #Starburst on the outskirt? SDSS class was #starforming.
#Elliptical.
SDSS u-r=2.36. #Elliptical, perhaps?
The pix could be blown up a bit bigger. Classified as #edge-on #spiral.
SDSS u-r=2.48. #Elliptical, OK. But the more I look at this picture, the more it looks #irregular with #AGN. Donno.
#elliptical with greens.
SDSS u-r=2.65. A #elliptical, perhaps.
#edge-on #spiral with green #arm. Not sure whether it could account as a #greenpea.
SDSS u-r=1.29. (What?) Can't see any similarities between the pictures. SDSS pix looked more like an #irregular or #elliptical.
extremely difficult to tell with the flurry foreground obj. It does look like a cell with multiple nucli without a wall.
SDSS also classified it as galaxy red.
SDSS u-r=2.49. It looked like an #elliptical with a #spiral embedded in the center. object at the top had been blocked out from the system
#Merger #elliptical. The #elliptical at the top seemed to have been most swallowed. #AGN. Darker in the center of the buldge-oversaturated?
SDSS u-r=1.59. Still irregular look with #startbursting on one tail.
#irregular #starburst.
SDSS u-r=5.39. 8-O Also, it was clear to see a #spiral with #starforming regions.
Hard to see but #edge-on #spiral?
Good old #red #edge-on #spiral with #dustlane. Foreground #overlap. #Starforming on the #arm.
Say yes to #merging~ http://ned.ipac.caltech.edu/cgi-bin/ex_refcode?refcode=2004MNRAS.355...11O
SDSS u-r=2.78. Might be overexposure-the center of bulge darker. Interactions between the two #elliptical. In the fog might be lensing obj
#elliptical #merger and possible #lensing. (I might be in a merger mode today--my bias)
Does #AGN automatically translate into #starburst?
SDSS u-r=2.85. More like a yellow #elliptic though still seeing #arm -like feature. Target galaxy_red (not yellow?) and class AGN Broadline.
the pattern in the surrounding dust and gas area that made it classify it a #spiral with #tight #arms. Could be #elliptical #AGN #starburst
SDSS u-r=3.29. #Elliptical OK. Yet, classed as a borderline galaxy--between normal and active.
#Elliptical with #tidaldebri.
Oops. SDSS u-r=2.85. I might be seeing to much into it and it could simply be an #elliptical.
There is a bulging center. Why I classified it as #medium #twoarms #spiral. The invert image sort of made it look more like a 2-arm spiral.
The white dot, which I considered as an foreground object might be considered by SDSS as the center of the galaxy. I am way off. :-X lol
#Elliptical. #Overlap.
SDSS u-r=2.35. No spectra info. Found mentioning of "2 main, filamentary arms" NED 1964 note.
It really looks like two #spirals running into each other. Could also be that I just want to classify something as a merger. lol
#barred #spiral. Possibly #merger of two #spirals. #Starburst along the perceived #arms. Forgot to code it but #dustlane.
SDSS u-r=2.65. Grandfathered in? #Starforming region has spectra and is actually #starburst? 8-O Confused. I am missing lotta commonsense.
#barred (?) #spiral with #loose #twoarms. #dustlane. #starforming region on one arm.
SDSS u-r=1.53. This guy is sort of young. #QSO #Starforming. So I guess the explosion of the #QSO shook up whatever was in the #arms?
Find it strange that there are so many star-forming areas for a well-defined #spiral. Could it be the outcome of two merged #spirals?
#Spiral. Classified as having #three #arms though I have the feeling that there might be only two arms. #Starforming in the arms.
SDSS u-r= 1.54. Could be a spiral except I don't see its wings. Starburst in the target galaxy.
#elliptical with strange color scheme, possible merging with the galaxy below.
SDSS u-r=2.75. Target galaxy_red. An old #elliptical for sure.
#elliptical
#Elliptical
SDSS classification galaxy #starforming. The SDSS image made it looks more like an spiral.
neither elliptical nor spiral. #clumps brighter than outer area.
#disturbed #irregular shape. Could have been a result of merger with the bottom galaxy eating away for the bright one.
SDSS--Target QSO_MAG_OUTLIER and class as galaxy #starburst.
Bet on #starburt
#other #disturbed #irregular. Not quite sure how to choose among the three. But definitely neither elliptical nor spiral.
#irregular. Look neither like an elliptical nor spiral. Distorted by flurry foreground.
#irregular possibly #starburst.
#spiral with #medium arms
#irregular possibly with a think #dustlane dividing the two bright spots. Again flurry foreground and low resolution makes it hard to see.
#Irregular with fluffy foreground. Too difficult to decipher the region it covers.
Classified as #edge-on #spiral. Could be an #SO
Looks like the remnant of a supernova burst. #irregular possibly with #starburst
#barred #loose #spiral with two #dustlane
#SBa #barred #spiral two #loose arms
Classified as #irregular. Again the feathers in the foreground makes it difficult to tell.
#irregular. Difficult to tell though due to the fluffy foreground objects.
#edge-on #spiral
Can't see arms. Classified as #elliptical.
Image really small. Look as if it were an #edge-on #spiral.
Classified as an almost #edge-on #barred #spiral. Think #irregular also an option.
#Edge-on #spiral
Classified it as #irregular mainly because of the resolution, I think. Could have been either elliptical or an edge-on spiral.
#irregular. possibly #starburst.
#spiral with possible #starforming in the arms.
#irregular possibly #starburst
#barred #loose #spiral #twoarms
#elliptical. Really difficult to tell. I must have stared at it from all places for the arms to the extent that I started seeing things.
SBA #barred #spiral
This guy looks mighty like a #barred #spiral except I really can't figure out its arms.
Right out of the dark age? Really no idea.
Can't really figure the shape out. But the lights shooting out especially at the bottom makes it more likely to be a #star.
#loose #spiral #irregular #starburst. Wonder whether it's an outcome of a merger but I don't think I am so lucky. Forgot #overlap
#loose #spiral
classified as #barred #spiral with #onearm. Blue object might be overlap.
#merging #elliptical #nucli
SDSS u-r=1.55. Interestingly, class in SDSS was starburst. Thought starbursts are more likely to be found in irregular? In this SBa?
#barred #spiral #sba
SDSS u-r=2.73, which should make it some older galaxy? Target: galaxy_red; class:galaxy broadline. Does it mean AGN??
#Barred #spiral #starforming
sdss u-r =1.18--going with Sba hypothesis. Image showed a bright blue-purple disk. Arms not easy to see. Galaxy #starforming
Bet it on a #two-arm #loose #spiral with a huge bulging disk. #Starforming Sba? I was very tempted to code it as #irregular #starburst #AGN
SDSS u-r=3.21. No galaxy since class=star CV (Cataclysmic variable). z=.003--small redshift. Suspect more info below 4000 angs.
#other #irregular. Honest, Can't see the red objects in the center too well and not sure what I am looking at.
SDSS u-r=-.54. ??? Yellow object including the disc. Greenish on the left end. Disc not the central point. u, g, r, i, z all >21.5.
#Edge-on #spiral #tidal #debris
SDSS u-r=2.78. (#elliptical. The disc and outside area both yellow. (Thought it might be #broadline except it apparently not broad enough.)
SDSS u-r=1.25 (young spiral ok). spectral graph has two peaks and flat line. Class galaxy #starforming.
#barred #loose #two-arm #spiral. SBa? (Although I am very tempted to classify it as irregular starburst.)
Read it wrong the first round and thought it was a borderline galaxy ... with borderline as in borderline personality disorder. 8-O lol
SDSS u-r=2.85. #Broad-line galaxy. #AGN? #Starforming? Spinning around the blackhole might have caused the red-shift of the photons?
#elliptical #tidal debris going up wards. Sort of #overlap at 8 o'clock.
SDSS u--r=2.97. Similar graph and spectra showed it simply as a galaxy.
A0 #barred #spiral
SDSS u-r=1.19. NED spectral showed three peaks with a relatively straight line. Put my money on #starburst.
#irregular #overlap ... possibly #starburst
SDSS u-r=2.13.. #Starforming" (Yes! Finally get it right! lol). Image with 2 #dustlane, too.
#spiral with #dustlane .#starforming.
SDSS U-R=1.47. Galaxy #starforming.
#spiral
SDSS u-r=2.54. Dead wrong on the #irregular. Looks even more irregular in SDSS pix. Target & class: galaxy. My feeling of knowing is right.
Put it down as an #irregular cause it looked neither like a ring or an A0 or an #elliptical. Have a feeling that I am dead wrong.
SDSS u-r=2.56, which seems to indicate it as an #elliptical.
#barred #spiral. Unsure the number of arms.
SDSS U-R=3.01. In line with target classification: galaxy red.
SDSS U-R=3.33, which makes it legit for the old soul to be #elliptical.
#elliptical with #tidal debris
SDSS u-r=1.47... a real young gun. Utterly bright center with fluffy loose arms. No bursting. #Starforming. Line pretty flat though.
#barred #spiral. Can't tell the number of arms.
#starburst #AGN, perhaps?
Not sure whether white spots are #overlap.
SDSS u-r=3.07--a value far bigger than 2.22 for a spiral? Target is galaxy-red though looks more yellow than red.
#Edge-on #barred #spiral
SDSS u-r=2.09. No A0, I guess; just a #spiral with two loose arms.
This has to be an A0 #spiral.
SDSS u-r=2.35. No spectral info.
SDSS u-r=2.23--could support the #elliptical. Image in SDSS more like #irregular. No spectral info.
SDSS u-r=1.8. A beautiful spiral of a yellow disk and bright purple garnished with greens. Flat spectral line. Class as galaxy #starforming
#spiral with a #starburst look. Beautiful!
sdss u-r=2.34. Target is galaxy red and class #starforming. SDSS image is yellowish and made it look a bit older.
#barred #spiral with #overlap. seem a bit disturbed.
SDSS u-r=2.15 ... doesn't seem to support the SA0 classification. #Spiral OK though.
#ring shape if not SA0 #spiral
It's really difficult to decipher the image without the spectrum info. In awe how forerunners could get their jobs done!
SDSS u-r=1.67. Support #spiral. Spetrum flat line with two peaks: OII and H Alpha. Class as #starforming.
With a bulging disk ... #barred #spirial.
SDSS u-r=2.2. #Spiral arm more visible with star-making regions. Flat line peak at H alpha around 7500. Class as Galaxy #starforming.
#edge-on #barred #spiral. #Starburst kinda color.
SDSS u-r=2.13. A yellow bulging core. Flat frequency line peaking at H alpha around 7600. Class as galaxy #starforming.
#elliptical with lines across #artifact
SDSS u-r=3.05. #Elliptical with yellow core surrounded by green. Class, simply, galaxy.
#elliptical round like me.
SDSS u-r=2.8, supporting the round like me #elliptical hypothesis.
SDSS u-r=2.57. Almost an SA0 look with really lose arms. Target is galaxy red. Class Is galaxy #broadline. #AGN?
#barred #spiral and disturbed. #Starburst perchance given the almost #irregular shape.
SDSS u-r=2.37 with a huge orange core and #starforming look. Class, ya, confirmed galaxy #starforming.
Thanks, guys! It absolutely impressed me how I got all features classified wrong. 8-O 8-X
Doesn't OIII contribute to the suppression of certain wavelengths? OIII observed twice though non-peak. Also with two peak, could it be AGN?
SDSS u-r=1.71. rainbow color ... green, blue, yellow, etc. Flat line flamda under 10. Peak Halpha and OII. Class as galaxy #starforming
#edge-on #spiral #starforming
sdss u-r=2.27. #starforming #spiral.
#edge-on #spiral possible #starformation
Still not sure whether the stop at the top is overlap. 8-X
SDSS u-r=3.03.. Feels liked an elliptical with dual core.than overlap. Target as #brightgal.
Looks more like a #merger with dual cores though could always be an #elliptical with #overlap. .got the #starforming feel
SDSS u-r=1.96. Yellow core with adjacent greenish cloud and blue-ish, too. Galaxy #starforming. (Yes! finally get something right. lol)
#spiral though arms not too clear. Suspecting #starforming. #overlap.
No spectrum info to see #AGN or not ...
SDSS u-r=2.98. Oval #elliptical with bright yellow center and green and purple-ish cloud. No spectrum info.
#elliptical with really gigantic luminous core. #Overlap.
SDSS u-r=2.32 with yellow-ish core and greenish clouds. Flat frequency line peaked at OIII and Halpha. #AGN. No simple old elliptical.
#Elliptical with tidal #debris
SDSS u-r=3.15. Looks like #elliptical with #tidal #debris. Target and class both galaxy.
SDSS u-r=2.93. Wonder whether this could be considered a ring. Haven't put one down as a ring. Target and class both galaxy.
#two-arm #spiral? Looks almost S0-ish.
SDSS u-r=2.05. Donut-shape with #starforming look in the arms and at the center. No spectrum info.
SDSS u-r=2.02. Yellow-ish core and greenish surrounding. Pretty flat line in the spectrum with H alpha way up by 7000. Galaxy #starforming.
Is that a green pea in the upper left or simply an artifact? 8-O
Simple #elliptical
SDSS u-r=2.88. As a target, galaxy, and class, galaxy as well. Still looks like interacting galaxies surrounded by ghastly green hues. lol
Looks as if the center object interacts with the irregular object below. Split cores of the galaxy in the center. I know my "merger" bias.
SDSS u-r=2.59. #Elliptical with #overlap.. It's a galaxy-red while classed as galaxy agn.(Active galactic nucle).
#elliptical with upward tidal debris and #overlap.
SDSS u-r=2.27. Orangish core with greenish and pinkish surround. Class=galaxy #starforming.
Good old #edge-on #spiral
SDSS U-R=3.38. Still looked like the image of a merger to me. Spectrum showed but "galaxy."
Yet the others think it's simply overlap. 8-X
I am on a bias towards merger now. There seems to be interaction between the #edge-on #spiral and the #elliptical. Thus, classified #merger.
SDSS u-r=1.99. Like a peony with a faint yellow center. 3 photometric area though. class? Simply galaxy.
#irregular with multiple bright spots #other. Really can't tell since the image is pretty faint.
SDSS u-r=1.31. Dual-core look with the left side in blue-ish color. Classed as galaxy #starburst. Spectrum graph almost horizontal.
It seems I am in the merger mood now. Looks like an #irregular formed after #merger with #tidal #debris.
SDSS u-r=2.33. Similar irregular shape. Classed as galaxy #starforming. That bright round object--too small to be a galaxy, right? ???
#starburst #irregular with #tidal debris both shooting up and down. Think that huge dot next to it was overlap.
sdss u-r=2.62. image show two arms. Classed as galaxy starforming. But that u-r=2.62 makes me wonder.
#two-arm #spiral with #dustlane
SDSS u-r=2.19. Imaged also had a S0 or sa1 look. Indentified as galaxy #starforming.
#spiral, possibly, S0 or more likely S1.
SDSS u-r=2.55 with yellow core shooting greenish light down and red-ish up. B&W pix showed a boxy center. Galaxy-red. Elliptical? Donno.
Put it down as #edge-on #barred #spiral because the black and white picture showed a elongated black box. Could be an #elliptical though.
sdss u-r=2.3 with a yellow-is core and green-is surround. No spectrum info.
#elliptical though looking almost like a SA0
SDSS u-r=2.78, which goes along with the yellowish look of the SDSS image.
A good old #edge-on #spiral, I assume.
SDSS u-r=1.54. Image contains white core covered with green and purple. Don't think it's a pea. No spectrum info on #starburst or not.
#irregular with the shape of a fan. Possibe #starburst
SDSS u-r=2.84. Yellow core with green-ish and purple-ish surrounding.
#elliptical. Unsure about tidal debris.
Checked out all the peas listed in Wiki but doesn't find this object as a green pea. Can't find info about Lilac pea either. O_III observed.
SDSS u-r=1.12, the lowest I calculating so far. Target is called QS0-MAG-OUTLIER. SO? An outliner in magnitude on the low side? #Starburst
#irregular with #starburst look and overlap (red object.)
Thanks but since I started, what about the paired objects repeating in various locations as circled in white. See https://goo.gl/eetsJQ
Why is SDSS u-r 3.62? Doesn't the age get reset after merger? Still can't determine bright object overlap since nicely on tail. Starforming.
Finally got a much certain one. Galaxy #merger with two #tidal debris. The bright objects at the tails-not sure overlap or not.
What on earth is the difference between starbust and starforming?
SDSS u-r is 1.62. No speckled old hen. The image got me question both the #barred and #spiral parts. Class: galaxy #starburst. Not forming?
This #barred #spiral is either s0 or sb1. #Starforming.
SDSS-u-r is 3.13, which goes along with the red-yellow-orange-ish sunset look of the galaxy surrounded by purple dust.
No doubt a round #elliptical.
SDSS--u-r is 3.08. The red and yellow-ish color reconfirmed the value for this galaxy-red.
#edge-on #spiral with dustlane.
Based on SDSS u-r is 1.22 and the image totally convinced me it's irregular. Blue as it is, class: galaxy #starforming.
This guy looks sort of #irregular with a bunch of #starforming spots shining through the fog. The dot at the bottom. Think it is overlap.
SDSS u-r is 1.4. Surely #spiral. Class is galaxy #starburst. Interestingly, the inverse image seems to show interactions between galaxies.
DECaLS DR2 image seems to get the merging possibility out of the door.
#edge-on #spiral possibly interacting with the galaxy downstairs.
Based on SDSS, u-r is 2.36. Image looks S0 or sa.
#spiral with two arms. s0 or sa. Not sure about dustlane.
SDSS u-r is 1.56 with class: galaxy #starforming. So this is the forming not bursting look. Seems like a dustlane accompany the upward arm.
#spiral, sb0 or sa. More like sa. Got the starbusting look to it. overlap object.
SDSS u-r is 2.23 with class as galaxy broadline. Don't know what broadline means. Long arms? Seem to see dustlanes in SDSS image.
two arm #spiral
Based on SDSS, u-r is over 11, which supports the #elliptical classification. No spectrum data available though. Lensing and overlap.
Is it gravatational #lensing I am looking at? Wild since it's nothing frequent. Wow. Gotta be the in-between #elliptical with #overlap.
SDSS: u-r is larger than 2.22. Could be an SBa. Class as galaxy.
#edge-on #spiral with #overlapping object.
SDSS image looked more like an #ecliptical. u-r value of less than 2.22 indicating it is not ecliptical. Class: galaxy #Starforming
Looks like a #barred #spiral with two loose arms.
Based on SDSS info, the u-r value, smaller than 2.22, it, theoretically, is a #spiral. Classed in SDSS galaxy #Starforming
Feel it could be both an edge on #barred #spiral or an #elliptical
This is some weird object. An elliptical with gravatational lensing? I can't be so lucky as to identify gravatational lensing correctly. 8-X
#starburst upon #merger?
#barred #spiral with #dustlane(?)
No gravatational lensing effect?
I see, thanks!
This gotta be a merger, right? Don't tell me it's an irregular with dust lane. 8-X
Just saw someone else asked a question about the gigantic gas area of this galaxy (maybe) and the reply was those were millions of stars.
Example for a question that has been lingering in the back of my mind.
The area of green and dust-lane-ish purple dots are gigantic in this picture. Does the area count as part of the galaxy? Good example.
Where is the boundary of a galaxy?
Something like dust line seen in DR 9
Put it down as an ecliptical though could also be a spiral, I guess.
Starforming spiral
Looks like a spiral with star-borning
dust lane might subject the objects.
This one looks like an irregular galaxy with a central nucli and two additional star forming areas.
Also, the DR 9 image makes it almost like a cocoon wrapped with dust lanes.
After reviewing the other sources, I know believe that object at bottom right might be a part of the galaxy instead of an overlapping object
Hope this is a simple edge-on spiral overlapping with another object. But what if it's but an elliptical with a cigar kinda shape?
Think it might be in between a ring and an eclipse.
Think I am just gonna go KISS. The top left of the object seems to either interact with another object it's its extension.
Interesting in DECaLS DR2, it looks like green-white-pink. So the bottom really is greenish and top something else-ish as I saw. 8-O
The dust lane on the left look pretty clear in the other sources . DR9 image looks like a xmas gift wrapped with green and purple stripes.
Why does it look ring-ish in DR9?
Could the fuzzy boundary be accounted as ring?
Really think it looks different from DR9 ... rainbow color!
Sort of feel the galaxy interacts with the red/orange objects but decided to leave it as a simple elliptical.
It gives me a different field in SDSS DR9 though.
This looks like a smaller galaxy running into a larger spiral galaxy. Unless simply irregular. 8-X
A #spiral! Finally something I can identify. DR9 image makes me want to at a tidal debris for the bottom and made me feel less certain.
Good tag ... #wrong_size ... didn't even realize it.
Finally one I feel more certain about. #spiral with gas line (?). Imagining up or not, I see arms (unless I am starting to see things 8-X).
Difficult to view especially given the photo processing artifact. Debating between 2 tidal debris or a merger.
Assumed dust lane at the top and bottom of the center, which made it almost like a ring.
There seems to be light emitting from the ellipse but can't tell the shape. Unsure the cloud in the lower left side is part of the object.
Classify it as a merger though doubting whether it's two overlapping galaxies. Seemed like interaction extending up from the bottom one.
Does this galaxy produce green energy? What's the green ring around? Artifacts like the red lines?
Put this one down as elliptical.
Is it me or are the galaxies in the tutorial and example easier to classify? I haven't really seen any spiral so far with clean-up tails.
Another look like #spiral
I guess is #spiral
This looks like an elliptical although it occurs that most object looks elliptical to me including the one to the left.
Thanks. Looks like a chunk of it was bitten off by a galaxy monster ...
Irregular? Merger?
Oops, the "aka" foreground object is actually as the child of parent object as per SDSS. u-r=-0.34. (😮) Still #irregular.
Classified #irregular with #starburst. That blue spot considered a foreground object.
SDSS u-r=2.61. Guess just a good old #elliptical. Wanted to classify it as elliptical except for that prominent central bulge.
#Barred #Edgeon #Spiral.
SDSS u-r=2.15. It's a #spiral? 😮 Yet the brightest area is so far off that It definite looks no #spiral. Bet on #irregular.
#Irregular possibly with #Starburst. Annoying foreground objects.
SDSS u-r=1.28 (😮). Image showed a brighter center and vicinity. I wanted to classify it as an #AGN #Starburst early but had no guts.
Look like one happy #morethan4 #tightarm #spiral with starforming on the arms.
SDSS u-r=1.56: #spiral. No elliptical look. The tail of the smaller obj next to the purple area in the primary might indicate interaction.
Classified as #3 #loosearm #spiral #merging with the small dot above. Honestly, can't really tell.
SDSS u-r=2.65. This might be the correct classification since a long time. #elliptical #Overlapping object and #artifacts.
#elliptical with overlapping stars and galaxies. #artifacts also observed.
SDSS u-r=2.14. S0 and the left side of the turn-fork?
#elliptical with #tidaldebris
SDSS u-r=1.11. ? Is it an #irregular? Can't see much more detail through SDSS image either.
#elliptical #tidaldebris
SDSS u-r=3.65 (#elliptical???) The model shown on gama? That yellow ball is no #overlapping foreground star? Positive slope.
#edgeon #barred #spiral without #overlapping foreground star (???)
A #clumpy galaxy with 4-5 lumps. orange object might be #overlap.
Star formation rate: 2.216 M☉/yr as per Illustris. Guess #starforming only.
#irregular with a noticeable #bulge. Upper regions contained two potential #starburst regions.
SDSS u-r=1.53. Should it be a #spiral? Doesn't look #spiral in SDSS image.
#irregular with #tidaldebris.
SDSS u-r=1.59. Peaked at OII around 4000 A. Line flat to negative slope.
#barred #spiral with #two #loosearm. The yellow object might be #overlap.
SDSS u-r=6.03? 8-O #starforming. Peaked at OII at below 4000 angstroms. Almost negative slope!
#irregular #boxcenter #starburst
SDSS u-r=1.36. #Starforming. Apparently, the width of Hα was not greater than 50 Å. Didn't observe 4000A break. #Irregular should be fine.
The pix is a bit too small to see. #Irregular and possibly #starburst.
SDSS u-r=1.45. #spiral ok.
#edgeon #spiral. (AGN?)
Can't find more info from Illustris.
#irregular (presumably starburst). The blue rings around ... could it be #lensing? Could I be the dog of the day to classify a lensing? 😮
SDSS u-r=1.73. #Spiral ok. But how far away is this guy?
#Edgeon #spiral
Who and what is this kid? Can't find much info.
SDSS u-r=2.56. #Elliptical. Doesn't have the #ring look. No spectral info.
#ring #elliptical #debris
SDSS u-r=1.58. Supported #spiral. #Starforming.
#barred #spiral
SDSS u-r=1.87. Still looks #elliptical to me. Interesting green.
Want to classified it as a #spiral except I can't identify the arms. This is why "elliptical."
SDSS u-r=2063. Not exactly an young gun. So is this a "flat galaxy"?
#edgeon. Possibly #spiral or #lenticular. Unsure.
The orange clumps connected by the darker orange in AGZ000dh6q might be the central bright green linked by yellowish area in SDSS photo.
sdss u-r=1.55 supports the #irregular and possibly #starburst. A green-ish and blue-ish galaxy with something sorta yellow in the center.
#Clumpy galaxy with two huge clumps. #irregular since I don't see it as either spiral or elliptical.
#irregular, possibly #starburst. #overlap
#Medium #spiral with more than 4 arms. Honestly, I wanted to classify it as an elliptical.
SDSS u-r=1.79--#spiral possible. Pictures afar also looked like a #spiral with a bulging center.
#edge-on #spiral with #debris?
SDSS u-r=2.15 and the image looks more #irregular than either #elliptical or #spiral. ???
#twoarm #loose #spiral with #debris
SDSS u-r=2.41 says it might be an #elliptical. But in the image it's more like a turtle carrying a light green shell. The brown? Dust?
There seems to be a bulging center. Classified as #twoarm #loose #spiral with #tidaldebris
SDSS u-r=0.65? A young gun reincarnated from the leftover of some blown-up?
#Irregular possibly #starburst.
SDSS u-r=2.49. My classification was really off. The bright orange seem to be a #spiral while the orange atop might not be in the galaxy.
#Clumpy #irregular?
SDSS u-r=1.68. Relatively young. The #irregular should translate into starburst rather than starforming. Thus it could be a spiral galaxy..
My best guess--#irregular.
SDSS u-r=2.11. A grown #spiral I assume. But SDSS image made it look more like #irregular, especially with the green color.
#spiral with #dustlane.
#clumpy (?) #edgeon #spiral. #starforming perhaps.
SDSS u-r=2.03. #Spiral ok. Yet, the SDSS image made it look as if it were an #irregular. Target and class both galaxy.
#twoarm #tight #Spiral with #dustlane.
SDSS u-r=2.51. I bet it's more of an #elliptical. Yet, honestly, even with SDSS image it's difficult to do the classification.
#Irregular.
SDSS u-r=1.99 (spiral? :-X). I could make myself see the arms in the SDSS image #spiral. Flat spectral line with a peak #starforming.
#irregular with #tidaldebris. #Overlap. The foreground stars are annoying since they blocked my view.
SDSS u-r=1.29. #Irregular based on SDSS image and therefore #starburst. Was going to put down #Irregular in my classification! Missed!
#Clumps. Hard to discern.
SDSS u-r=2.18. SDSS image showed a #spiral with at least a segment of an arm curving outward. Disturbance? Galaxy red #starforming.
#Clumpy # spiral with #dustlane. #Starburst look. Beautiful. What did it take to give rise to the beauty?
SDSS u-r=2..51. Could be a elliptical, I guess.Bright central bulge and and the greenish cover made it lalmost like greenbeans
#irregular. AGN?
SDSS u-r=1.99. Could it a spiral? 8-O
#elliptical since I don't see arms.
SDSS u-r=2.19.
#medium #threearm #spiral with #dustlane. #AGN perhaps. #starforming along the arms.
SDSS u-r=1.55. Quite a young gun?! Looked light green; hence, #greenpea?
SDSS u-r=1.55. Quite a young gun?! Looked light green; hence, #greenbean?
#irregular. #greenpea?
SDSS u-r=2.77. Still look like there was interaction between the large #spiral and the bottom small one. Spectra unfound in databases.
#barred #loose #twoarm #spiral with #dustlane. #Starforming regions along the arms. Might interact with the small one below.
SDSS u-r=2.31-possibly an #elliptical?
#barred #loose #twoarm (?) #spiral with #dustlane. Possibly #starforming.
My guess was way off. lol SDSS u-r=1.41, going hand-in-hand with the photo of a #clumpy #spiral. SDSS target galaxy red & class #starforming
#clump I guess. A huge center and relatively thin "outskirt." #Elliptical like. Not sure how it differ from #irregular. ???
SDSS u-r=1.37. Almost like a scorpion. Still looks like a clump spiral. SDSS target as brightgal and class #starforming.
#clump #spiral #disturbed.
SDSS u-r=0.84. 8-O There really are multiple bright spots in the picture. Target as #QSO and class as #starburst.
Wait a minute ... SDSS target galaxy but class "star F9."
#clump with areas brighter than others.
SDSS u-r=2.1. Not quite sure whether the same objects. The invert image looks like a #spiral. Dust and gas ionizing away asymetrically.
#Clump if this is the new term in town. Honestly. Too faint to see let along classifying. :-X
SDSS u-r=2.75. #Elliptical. Zooming the image in, there is some strange darker jet shooting to around 11 o'clock direction.
This looks familiar. #Elliptical. Suspecting #AGN. Have the feeling I might have coded it as #spiral. ???
SDSS u-r=2.68, meaning it's more like an elliptical. In turns of the picture, it makes me feel more #spiral.
#barred #spiral. Possibly SBa. At the same time, the shape doesn't look so regular.though don't think so.
Oops. SDSS u-r=3.36. More likely for it to be an #elliptical. Regardless, the bulging center still gives it the #edge-on #spiral look.
#Edge-on #spiral (Forgot whether I put the spiral part in. ?) Might be #elliptical as well since it's hard to tell at this resolution.
SDSS u-r=1.39. Pix looked more #irregular and #greenpeea like. Gotta be #AGN..
This guy absolutely looked like an #irregular. Though may just be the newly found clumbs.
#spiral with #loose #twoarms. Don't know what an AGN look really is but this one got the #AGN look, maybe.
SDSS u-r=2.54. Could be #elliptical. Yellow center and green on the out side? #Starburst on the outskirt? SDSS class was #starforming.
#Elliptical.
SDSS u-r=2.36. #Elliptical, perhaps?
The pix could be blown up a bit bigger. Classified as #edge-on #spiral.
SDSS u-r=2.48. #Elliptical, OK. But the more I look at this picture, the more it looks #irregular with #AGN. Donno.
#elliptical with greens.
SDSS u-r=2.65. A #elliptical, perhaps.
#edge-on #spiral with green #arm. Not sure whether it could account as a #greenpea.
SDSS u-r=1.29. (What?) Can't see any similarities between the pictures. SDSS pix looked more like an #irregular or #elliptical.
extremely difficult to tell with the flurry foreground obj. It does look like a cell with multiple nucli without a wall.
SDSS also classified it as galaxy red.
SDSS u-r=2.49. It looked like an #elliptical with a #spiral embedded in the center. object at the top had been blocked out from the system
#Merger #elliptical. The #elliptical at the top seemed to have been most swallowed. #AGN. Darker in the center of the buldge-oversaturated?
SDSS u-r=1.59. Still irregular look with #startbursting on one tail.
#irregular #starburst.
SDSS u-r=5.39. 8-O Also, it was clear to see a #spiral with #starforming regions.
Hard to see but #edge-on #spiral?
Good old #red #edge-on #spiral with #dustlane. Foreground #overlap. #Starforming on the #arm.
Say yes to #merging~ http://ned.ipac.caltech.edu/cgi-bin/ex_refcode?refcode=2004MNRAS.355...11O
SDSS u-r=2.78. Might be overexposure-the center of bulge darker. Interactions between the two #elliptical. In the fog might be lensing obj
#elliptical #merger and possible #lensing. (I might be in a merger mode today--my bias)
Does #AGN automatically translate into #starburst?
SDSS u-r=2.85. More like a yellow #elliptic though still seeing #arm -like feature. Target galaxy_red (not yellow?) and class AGN Broadline.
the pattern in the surrounding dust and gas area that made it classify it a #spiral with #tight #arms. Could be #elliptical #AGN #starburst
SDSS u-r=3.29. #Elliptical OK. Yet, classed as a borderline galaxy--between normal and active.
#Elliptical with #tidaldebri.
Oops. SDSS u-r=2.85. I might be seeing to much into it and it could simply be an #elliptical.
There is a bulging center. Why I classified it as #medium #twoarms #spiral. The invert image sort of made it look more like a 2-arm spiral.
The white dot, which I considered as an foreground object might be considered by SDSS as the center of the galaxy. I am way off. :-X lol
#Elliptical. #Overlap.
SDSS u-r=2.35. No spectra info. Found mentioning of "2 main, filamentary arms" NED 1964 note.
It really looks like two #spirals running into each other. Could also be that I just want to classify something as a merger. lol
#barred #spiral. Possibly #merger of two #spirals. #Starburst along the perceived #arms. Forgot to code it but #dustlane.
SDSS u-r=2.65. Grandfathered in? #Starforming region has spectra and is actually #starburst? 8-O Confused. I am missing lotta commonsense.
#barred (?) #spiral with #loose #twoarms. #dustlane. #starforming region on one arm.
SDSS u-r=1.53. This guy is sort of young. #QSO #Starforming. So I guess the explosion of the #QSO shook up whatever was in the #arms?
Find it strange that there are so many star-forming areas for a well-defined #spiral. Could it be the outcome of two merged #spirals?
#Spiral. Classified as having #three #arms though I have the feeling that there might be only two arms. #Starforming in the arms.
SDSS u-r= 1.54. Could be a spiral except I don't see its wings. Starburst in the target galaxy.
#elliptical with strange color scheme, possible merging with the galaxy below.
SDSS u-r=2.75. Target galaxy_red. An old #elliptical for sure.
#elliptical
#Elliptical
SDSS classification galaxy #starforming. The SDSS image made it looks more like an spiral.
neither elliptical nor spiral. #clumps brighter than outer area.
#disturbed #irregular shape. Could have been a result of merger with the bottom galaxy eating away for the bright one.
SDSS--Target QSO_MAG_OUTLIER and class as galaxy #starburst.
Bet on #starburt
#other #disturbed #irregular. Not quite sure how to choose among the three. But definitely neither elliptical nor spiral.
#irregular. Look neither like an elliptical nor spiral. Distorted by flurry foreground.
#irregular possibly #starburst.
#irregular possibly #starburst.
#spiral with #medium arms
#irregular possibly with a think #dustlane dividing the two bright spots. Again flurry foreground and low resolution makes it hard to see.
#Irregular with fluffy foreground. Too difficult to decipher the region it covers.
Classified as #edge-on #spiral. Could be an #SO
Looks like the remnant of a supernova burst. #irregular possibly with #starburst
#barred #loose #spiral with two #dustlane
#SBa #barred #spiral two #loose arms
Classified as #irregular. Again the feathers in the foreground makes it difficult to tell.
#irregular. Difficult to tell though due to the fluffy foreground objects.
#edge-on #spiral
Can't see arms. Classified as #elliptical.
Image really small. Look as if it were an #edge-on #spiral.
#elliptical
Classified as an almost #edge-on #barred #spiral. Think #irregular also an option.
#elliptical
#Edge-on #spiral
Classified it as #irregular mainly because of the resolution, I think. Could have been either elliptical or an edge-on spiral.
#irregular. possibly #starburst.
#spiral with possible #starforming in the arms.
#irregular possibly #starburst
#barred #loose #spiral #twoarms
#elliptical. Really difficult to tell. I must have stared at it from all places for the arms to the extent that I started seeing things.
SBA #barred #spiral
This guy looks mighty like a #barred #spiral except I really can't figure out its arms.
#elliptical
Right out of the dark age? Really no idea.
Can't really figure the shape out. But the lights shooting out especially at the bottom makes it more likely to be a #star.
#loose #spiral #irregular #starburst. Wonder whether it's an outcome of a merger but I don't think I am so lucky. Forgot #overlap
#loose #spiral
classified as #barred #spiral with #onearm. Blue object might be overlap.
#merging #elliptical #nucli
SDSS u-r=1.55. Interestingly, class in SDSS was starburst. Thought starbursts are more likely to be found in irregular? In this SBa?
#barred #spiral #sba
SDSS u-r=2.73, which should make it some older galaxy? Target: galaxy_red; class:galaxy broadline. Does it mean AGN??
#Barred #spiral #starforming
sdss u-r =1.18--going with Sba hypothesis. Image showed a bright blue-purple disk. Arms not easy to see. Galaxy #starforming
Bet it on a #two-arm #loose #spiral with a huge bulging disk. #Starforming Sba? I was very tempted to code it as #irregular #starburst #AGN
SDSS u-r=3.21. No galaxy since class=star CV (Cataclysmic variable). z=.003--small redshift. Suspect more info below 4000 angs.
#other #irregular. Honest, Can't see the red objects in the center too well and not sure what I am looking at.
SDSS u-r=-.54. ??? Yellow object including the disc. Greenish on the left end. Disc not the central point. u, g, r, i, z all >21.5.
#Edge-on #spiral #tidal #debris
SDSS u-r=2.78. (#elliptical. The disc and outside area both yellow. (Thought it might be #broadline except it apparently not broad enough.)
#elliptical
SDSS u-r=1.25 (young spiral ok). spectral graph has two peaks and flat line. Class galaxy #starforming.
#barred #loose #two-arm #spiral. SBa? (Although I am very tempted to classify it as irregular starburst.)
Read it wrong the first round and thought it was a borderline galaxy ... with borderline as in borderline personality disorder. 8-O lol
SDSS u-r=2.85. #Broad-line galaxy. #AGN? #Starforming? Spinning around the blackhole might have caused the red-shift of the photons?
#elliptical #tidal debris going up wards. Sort of #overlap at 8 o'clock.
SDSS u--r=2.97. Similar graph and spectra showed it simply as a galaxy.
#edge-on #spiral
A0 #barred #spiral
SDSS u-r=1.19. NED spectral showed three peaks with a relatively straight line. Put my money on #starburst.
#irregular #overlap ... possibly #starburst
SDSS u-r=2.13.. #Starforming" (Yes! Finally get it right! lol). Image with 2 #dustlane, too.
#spiral with #dustlane .#starforming.
SDSS U-R=1.47. Galaxy #starforming.
#spiral
SDSS u-r=2.54. Dead wrong on the #irregular. Looks even more irregular in SDSS pix. Target & class: galaxy. My feeling of knowing is right.
Put it down as an #irregular cause it looked neither like a ring or an A0 or an #elliptical. Have a feeling that I am dead wrong.
SDSS u-r=2.56, which seems to indicate it as an #elliptical.
#barred #spiral. Unsure the number of arms.
SDSS U-R=3.01. In line with target classification: galaxy red.
#elliptical
SDSS U-R=3.33, which makes it legit for the old soul to be #elliptical.
#elliptical with #tidal debris
SDSS u-r=1.47... a real young gun. Utterly bright center with fluffy loose arms. No bursting. #Starforming. Line pretty flat though.
#barred #spiral. Can't tell the number of arms.
#starburst #AGN, perhaps?
Not sure whether white spots are #overlap.
SDSS u-r=3.07--a value far bigger than 2.22 for a spiral? Target is galaxy-red though looks more yellow than red.
#Edge-on #barred #spiral
SDSS u-r=2.09. No A0, I guess; just a #spiral with two loose arms.
This has to be an A0 #spiral.
SDSS u-r=2.35. No spectral info.
#barred #spiral
SDSS u-r=2.23--could support the #elliptical. Image in SDSS more like #irregular. No spectral info.
#elliptical
SDSS u-r=1.8. A beautiful spiral of a yellow disk and bright purple garnished with greens. Flat spectral line. Class as galaxy #starforming
#spiral with a #starburst look. Beautiful!
sdss u-r=2.34. Target is galaxy red and class #starforming. SDSS image is yellowish and made it look a bit older.
#barred #spiral with #overlap. seem a bit disturbed.
SDSS u-r=2.15 ... doesn't seem to support the SA0 classification. #Spiral OK though.
#ring shape if not SA0 #spiral
It's really difficult to decipher the image without the spectrum info. In awe how forerunners could get their jobs done!
SDSS u-r=1.67. Support #spiral. Spetrum flat line with two peaks: OII and H Alpha. Class as #starforming.
With a bulging disk ... #barred #spirial.
SDSS u-r=2.2. #Spiral arm more visible with star-making regions. Flat line peak at H alpha around 7500. Class as Galaxy #starforming.
#edge-on #barred #spiral. #Starburst kinda color.
SDSS u-r=2.13. A yellow bulging core. Flat frequency line peaking at H alpha around 7600. Class as galaxy #starforming.
#elliptical with lines across #artifact
SDSS u-r=3.05. #Elliptical with yellow core surrounded by green. Class, simply, galaxy.
#elliptical round like me.
SDSS u-r=2.8, supporting the round like me #elliptical hypothesis.
#elliptical round like me.
SDSS u-r=2.57. Almost an SA0 look with really lose arms. Target is galaxy red. Class Is galaxy #broadline. #AGN?
#barred #spiral and disturbed. #Starburst perchance given the almost #irregular shape.
SDSS u-r=2.37 with a huge orange core and #starforming look. Class, ya, confirmed galaxy #starforming.
#barred #spiral
Thanks, guys! It absolutely impressed me how I got all features classified wrong. 8-O 8-X
Doesn't OIII contribute to the suppression of certain wavelengths? OIII observed twice though non-peak. Also with two peak, could it be AGN?
SDSS u-r=1.71. rainbow color ... green, blue, yellow, etc. Flat line flamda under 10. Peak Halpha and OII. Class as galaxy #starforming
#edge-on #spiral #starforming
sdss u-r=2.27. #starforming #spiral.
#edge-on #spiral possible #starformation
Still not sure whether the stop at the top is overlap. 8-X
SDSS u-r=3.03.. Feels liked an elliptical with dual core.than overlap. Target as #brightgal.
Looks more like a #merger with dual cores though could always be an #elliptical with #overlap. .got the #starforming feel
SDSS u-r=1.96. Yellow core with adjacent greenish cloud and blue-ish, too. Galaxy #starforming. (Yes! finally get something right. lol)
#spiral though arms not too clear. Suspecting #starforming. #overlap.
No spectrum info to see #AGN or not ...
SDSS u-r=2.98. Oval #elliptical with bright yellow center and green and purple-ish cloud. No spectrum info.
#elliptical with really gigantic luminous core. #Overlap.
SDSS u-r=2.32 with yellow-ish core and greenish clouds. Flat frequency line peaked at OIII and Halpha. #AGN. No simple old elliptical.
#Elliptical with tidal #debris
SDSS u-r=3.15. Looks like #elliptical with #tidal #debris. Target and class both galaxy.
#Elliptical with tidal #debris
SDSS u-r=2.93. Wonder whether this could be considered a ring. Haven't put one down as a ring. Target and class both galaxy.
#two-arm #spiral? Looks almost S0-ish.
SDSS u-r=2.05. Donut-shape with #starforming look in the arms and at the center. No spectrum info.
#edge-on #spiral #starforming
SDSS u-r=2.02. Yellow-ish core and greenish surrounding. Pretty flat line in the spectrum with H alpha way up by 7000. Galaxy #starforming.
Is that a green pea in the upper left or simply an artifact? 8-O
Simple #elliptical
SDSS u-r=2.88. As a target, galaxy, and class, galaxy as well. Still looks like interacting galaxies surrounded by ghastly green hues. lol
Looks as if the center object interacts with the irregular object below. Split cores of the galaxy in the center. I know my "merger" bias.
SDSS u-r=2.59. #Elliptical with #overlap.. It's a galaxy-red while classed as galaxy agn.(Active galactic nucle).
#elliptical with upward tidal debris and #overlap.
SDSS u-r=2.27. Orangish core with greenish and pinkish surround. Class=galaxy #starforming.
Good old #edge-on #spiral
SDSS U-R=3.38. Still looked like the image of a merger to me. Spectrum showed but "galaxy."
Yet the others think it's simply overlap. 8-X
I am on a bias towards merger now. There seems to be interaction between the #edge-on #spiral and the #elliptical. Thus, classified #merger.
SDSS u-r=1.99. Like a peony with a faint yellow center. 3 photometric area though. class? Simply galaxy.
#irregular with multiple bright spots #other. Really can't tell since the image is pretty faint.
SDSS u-r=1.31. Dual-core look with the left side in blue-ish color. Classed as galaxy #starburst. Spectrum graph almost horizontal.
It seems I am in the merger mood now. Looks like an #irregular formed after #merger with #tidal #debris.
SDSS u-r=2.33. Similar irregular shape. Classed as galaxy #starforming. That bright round object--too small to be a galaxy, right? ???
#starburst #irregular with #tidal debris both shooting up and down. Think that huge dot next to it was overlap.
sdss u-r=2.62. image show two arms. Classed as galaxy starforming. But that u-r=2.62 makes me wonder.
#two-arm #spiral with #dustlane
SDSS u-r=2.19. Imaged also had a S0 or sa1 look. Indentified as galaxy #starforming.
#spiral, possibly, S0 or more likely S1.
SDSS u-r=2.55 with yellow core shooting greenish light down and red-ish up. B&W pix showed a boxy center. Galaxy-red. Elliptical? Donno.
Put it down as #edge-on #barred #spiral because the black and white picture showed a elongated black box. Could be an #elliptical though.
sdss u-r=2.3 with a yellow-is core and green-is surround. No spectrum info.
#elliptical though looking almost like a SA0
SDSS u-r=2.78, which goes along with the yellowish look of the SDSS image.
A good old #edge-on #spiral, I assume.
SDSS u-r=1.54. Image contains white core covered with green and purple. Don't think it's a pea. No spectrum info on #starburst or not.
#irregular with the shape of a fan. Possibe #starburst
SDSS u-r=2.84. Yellow core with green-ish and purple-ish surrounding.
#elliptical. Unsure about tidal debris.
Checked out all the peas listed in Wiki but doesn't find this object as a green pea. Can't find info about Lilac pea either. O_III observed.
SDSS u-r=1.12, the lowest I calculating so far. Target is called QS0-MAG-OUTLIER. SO? An outliner in magnitude on the low side? #Starburst
#irregular with #starburst look and overlap (red object.)
Thanks but since I started, what about the paired objects repeating in various locations as circled in white. See https://goo.gl/eetsJQ
Why is SDSS u-r 3.62? Doesn't the age get reset after merger? Still can't determine bright object overlap since nicely on tail. Starforming.
Finally got a much certain one. Galaxy #merger with two #tidal debris. The bright objects at the tails-not sure overlap or not.
What on earth is the difference between starbust and starforming?
SDSS u-r is 1.62. No speckled old hen. The image got me question both the #barred and #spiral parts. Class: galaxy #starburst. Not forming?
This #barred #spiral is either s0 or sb1. #Starforming.
SDSS-u-r is 3.13, which goes along with the red-yellow-orange-ish sunset look of the galaxy surrounded by purple dust.
No doubt a round #elliptical.
SDSS--u-r is 3.08. The red and yellow-ish color reconfirmed the value for this galaxy-red.
#edge-on #spiral with dustlane.
Based on SDSS u-r is 1.22 and the image totally convinced me it's irregular. Blue as it is, class: galaxy #starforming.
This guy looks sort of #irregular with a bunch of #starforming spots shining through the fog. The dot at the bottom. Think it is overlap.
SDSS u-r is 1.4. Surely #spiral. Class is galaxy #starburst. Interestingly, the inverse image seems to show interactions between galaxies.
DECaLS DR2 image seems to get the merging possibility out of the door.
#edge-on #spiral possibly interacting with the galaxy downstairs.
Based on SDSS, u-r is 2.36. Image looks S0 or sa.
#spiral with two arms. s0 or sa. Not sure about dustlane.
SDSS u-r is 1.56 with class: galaxy #starforming. So this is the forming not bursting look. Seems like a dustlane accompany the upward arm.
#spiral, sb0 or sa. More like sa. Got the starbusting look to it. overlap object.
SDSS u-r is 2.23 with class as galaxy broadline. Don't know what broadline means. Long arms? Seem to see dustlanes in SDSS image.
two arm #spiral
Based on SDSS, u-r is over 11, which supports the #elliptical classification. No spectrum data available though. Lensing and overlap.
Is it gravatational #lensing I am looking at? Wild since it's nothing frequent. Wow. Gotta be the in-between #elliptical with #overlap.
SDSS: u-r is larger than 2.22. Could be an SBa. Class as galaxy.
#edge-on #spiral with #overlapping object.
SDSS image looked more like an #ecliptical. u-r value of less than 2.22 indicating it is not ecliptical. Class: galaxy #Starforming
Looks like a #barred #spiral with two loose arms.
Based on SDSS info, the u-r value, smaller than 2.22, it, theoretically, is a #spiral. Classed in SDSS galaxy #Starforming
Feel it could be both an edge on #barred #spiral or an #elliptical
This is some weird object. An elliptical with gravatational lensing? I can't be so lucky as to identify gravatational lensing correctly. 8-X
#starburst upon #merger?
#barred #spiral with #dustlane(?)
No gravatational lensing effect?
I see, thanks!
This gotta be a merger, right? Don't tell me it's an irregular with dust lane. 8-X
Just saw someone else asked a question about the gigantic gas area of this galaxy (maybe) and the reply was those were millions of stars.
Example for a question that has been lingering in the back of my mind.
The area of green and dust-lane-ish purple dots are gigantic in this picture. Does the area count as part of the galaxy? Good example.
Where is the boundary of a galaxy?
Something like dust line seen in DR 9
Put it down as an ecliptical though could also be a spiral, I guess.
Starforming spiral
Looks like a spiral with star-borning
dust lane might subject the objects.
This one looks like an irregular galaxy with a central nucli and two additional star forming areas.
Also, the DR 9 image makes it almost like a cocoon wrapped with dust lanes.
After reviewing the other sources, I know believe that object at bottom right might be a part of the galaxy instead of an overlapping object
Hope this is a simple edge-on spiral overlapping with another object. But what if it's but an elliptical with a cigar kinda shape?
Think it might be in between a ring and an eclipse.
Think I am just gonna go KISS. The top left of the object seems to either interact with another object it's its extension.
Interesting in DECaLS DR2, it looks like green-white-pink. So the bottom really is greenish and top something else-ish as I saw. 8-O
The dust lane on the left look pretty clear in the other sources . DR9 image looks like a xmas gift wrapped with green and purple stripes.
Why does it look ring-ish in DR9?
Could the fuzzy boundary be accounted as ring?
Really think it looks different from DR9 ... rainbow color!
Sort of feel the galaxy interacts with the red/orange objects but decided to leave it as a simple elliptical.
It gives me a different field in SDSS DR9 though.
This looks like a smaller galaxy running into a larger spiral galaxy. Unless simply irregular. 8-X
A #spiral! Finally something I can identify. DR9 image makes me want to at a tidal debris for the bottom and made me feel less certain.
Good tag ... #wrong_size ... didn't even realize it.
Finally one I feel more certain about. #spiral with gas line (?). Imagining up or not, I see arms (unless I am starting to see things 8-X).
Difficult to view especially given the photo processing artifact. Debating between 2 tidal debris or a merger.
Assumed dust lane at the top and bottom of the center, which made it almost like a ring.
There seems to be light emitting from the ellipse but can't tell the shape. Unsure the cloud in the lower left side is part of the object.
Classify it as a merger though doubting whether it's two overlapping galaxies. Seemed like interaction extending up from the bottom one.
Does this galaxy produce green energy? What's the green ring around? Artifacts like the red lines?
Put this one down as elliptical.
Is it me or are the galaxies in the tutorial and example easier to classify? I haven't really seen any spiral so far with clean-up tails.
Another look like #spiral
I guess is #spiral
This looks like an elliptical although it occurs that most object looks elliptical to me including the one to the left.
Thanks. Looks like a chunk of it was bitten off by a galaxy monster ...
Irregular? Merger?