When, after prolonged viewing of a moving stimulus, a stationary (test) pattern is presented to an observer, this results in an illusory movement in the direction opposite to the adapting motion. Typically, this motion aftereffect (MAE) does not occur after adaptation to a second-order motion stimulus (ie an equiluminous stimulus where the movement is defined by a contrast or texture border, not by a luminance border). However, a MAE of second-order motion is perceived when, instead of a static test pattern, a dynamic test pattern is used. Here, we investigate whether a second-order motion stimulus does affect the MAE on a static test pattern (sMAE), when second-order motion is presented in combination with first-order motion during adaptation. The results show that this is indeed the case. Although the second-order motion stimulus is too weak to produce a convincing sMAE on its own, its influence on the sMAE is of equal strength to that of the first-order motion component, when they are adapted to simultaneously. The results suggest that the perceptual appearance of the sMAE originates from the site where first-order and second-order motion are integrated.
References
1.
AdelsonE HMovshonJ A, 1982“Phenomenal coherence of moving visual patterns”Nature (London)300523–525
2.
AlaisDvan der SmagtM JVerstratenF A Jvan de GrindW A, 1995“The perceived direction of textured gratings and their motion aftereffects”Perception241383–1396
3.
AlaisDvan der SmagtM JVerstratenF A Jvan de GrindW A, 1996“Monocular mechanisms determine plaid motion coherence”Visual Neuroscience13615–626
4.
AlaisDWenderothPBurkeD, 1994“The contribution of one-dimensional motion mechanisms to the perceived direction of drifting plaids and their after effects”Vision Research341823–1834
5.
AlaisDWenderothPBurkeD, 1997“The size and number of plaid blobs mediate the misperception of type-II plaid direction”Vision Research37143–150
6.
AnstisS MReinhardt-RutlandA H, 1976“Interactions between motion aftereffects and induced movement”Vision Research161391–1394
7.
AnstisS MVerstratenF A JMatherG, 1998“The motion aftereffect”Trends in Cognitive Sciences2111–117
8.
van den BergA Vvan de GrindW A, 1993“Do component motions recombine into a moving plaid percept?”Experimental Brain Research93312–323
9.
BertoneAvon GrünauM W, 1998“Static and dynamic motion aftereffects of first-and second-order motion in central and peripheral fields of vision”Investigative Ophthalmology & Visual Science39(4) S1082
BurkeDWenderothP, 1993“Determinants of two-dimensional motion aftereffects induced by simultaneously- and alternately-presented plaid components”Vision Research33351–359
12.
CavanaghPMatherG, 1989“Motion: The long and short of it”Spatial Vision4103–129
13.
CropperS JHammettS T, 1997“Adaptation to motion of a second-order pattern: the motion aftereffect is not a general result”Vision Research372247–2259
14.
CulhamJ CNishidaSLedgewayTCavanaghPvon GrünauM WKwasMAlaisDRaymondJ E, 1998“Higher-order effects”, in The Motion Aftereffect: A Modern Perspective Eds MatherGVerstratenF A JAnstisS M (Cambridge, MA: MIT Press) pp 85–124
15.
DerringtonA MBadcockD R, 1985“Separate detectors for simple and complex grating patterns?”Vision Research251869–1878
von GrünauM W, 1986“A motion aftereffect for long-range stroboscopic apparent motion”Perception & Psychophysics4031–38
18.
von GrünauM WDubéS, 1992“Comparing local and remote motion aftereffects”Spatial Vision6303–314
19.
HirisEBlakeR, 1992“Another perspective on the visual motion aftereffect”Proceedings of the National Academy of Sciences of the USA899025–9028
20.
HollidayI EAndersonS J, 1994“Different processes underlie the detection of second-order motion at low and high temporal frequencies”Proceedings of the Royal Society of London, Series B257165–173
21.
LedgewayT, 1994“Adaptation to second-order motion results in a motion aftereffect for directionally-ambiguous test stimuli”Vision Research342879–2889
22.
LedgewayTSmithA T, 1994“The duration of the motion aftereffect following adaptation to first-order and second-order motion”Perception231211–1219
LorenceauJ, 1996“Motion integration with dot patterns: effects of motion noise and structural information”Vision Research363415–3427
25.
LorenceauJShiffrarM, 1992“The influence of terminators on motion integration across space”Vision Research32263–273
26.
McCarthyJ E, 1993“Directional adaptation effects with contrast modulated stimuli”Vision Research332653–2662
27.
MatherG, 1980“The movement aftereffect and a distribution-shift model for coding the direction of visual movement”Perception9379–392
28.
MatherG, 1991“First-order and second-order visual processes in the perception of motion and tilt”Vision Research31161–167
29.
MatherGCavanaghPAnstisS M, 1985“A moving display which opposes short-range and long-range signals”Perception14163–166
30.
MatherGHarrisJ P, 1998“Theoretical models of the motion aftereffect”, in The Motion After-effect: A Modern Perspective Eds MatherGVerstratenF A JAnstisS M (Cambridge, MA: MIT Press) pp 157–185
31.
MouldenB, 1980“After-effects and the integration of patterns of neural activity within a channel”Philosophical Transactions of the Royal Society of London, Series B29039–55
32.
NishidaSAshidaHSatoT, 1994“Complete interocular transfer of motion aftereffect with flickering test”Vision Research342707–2716
33.
NishidaSSatoT, 1995“Motion aftereffect with flickering test patterns reveals higher stages of motion processing”Vision Research35477–490
34.
NoestA Jvan den BergA V, 1993“The role of early mechanisms in motion transparency and coherence”Spatial Vision7125–147
35.
PattersonPBowdCPhinneyR EPohndorfRBarton-HowardW JAngillettaM, 1994“Properties of the stereoscopic (cyclopean) motion aftereffect”Vision Research341139–1147
36.
RaymondJ E, 1993“Complete interocular transfer of motion adaptation effects on motion coherence thresholds”Vision Research331865–1870
37.
Reinhardt-RutlandA H, 1988“Induced movement in the visual modality: An overview”Psychological Bulletin10357–71
38.
van der SmagtM JVerstratenF A Jvan de GrindW A, 1999“A new transparent motion aftereffect”Nature Neuroscience2595–596
39.
SteinerVBlakeRRoseD, 1994“Interocular transfer of expansion, rotation, and translation motion aftereffects”Perception231197–1202
40.
StonerG RAlbrightT D, 1992“Motion coherency rules are form-cue invariant”Vision Research32465–475
41.
SwanstonM TWadeN J, 1992“Motion over the retina and the motion aftereffect”Perception21569–582
42.
TuranoK, 1991“Evidence for a common motion mechanism of luminance-modulated and contrast-modulated patterns: selective adaptation”Perception20455–466
43.
VerstratenF A JFredericksenR EVan de GrindW A, 1994“Movement aftereffect of bi-vectorial transparent motion”Vision Research34349–358
44.
VerstratenF A Jvan der SmagtM Jvan de GrindW A, 1998“Aftereffect of high speed motion”Perception271055–1066
45.
VictorJ DConteM M, 1992“Coherence and transparency of moving plaids composed of Fourier and non-Fourier gratings”Perception & Psychophysics52403–414
46.
WadeN JSpillmannLSwanstonM T, 1996“Visual motion aftereffects: critical adaptation and test conditions”Vision Research362167–2175
47.
WilsonH RFerreraV PYoC, 1992“A psychophysically motivated model for two-dimensional motion perception”Visual Neuroscience979–97
