Volume 15 – Issue
TARGET ARTICLE
Thompson, E., Palacios, A., Varela,
Ways
BBS 1992 15 (1): 1+.
OPEN PEER COMMENTARY
Akins, K.A., Lamping, J.
More than mere coloring: The art of
spectral vision.
BBS 1992 15 (1): 26+.
Averill, E.W.
A limited objectivism defended.
BBS 1992 15 (1): 27+.
Backhaus, W., Menzel, R.
Conclusions from color vision of insects.
BBS 1992 15 (1): 28+.
Ben-Ze’ev, A.
Problems with explaining the perceptual environment.
BBS 1992 15 (1): 30+.
Broackes, J.
Nonreductionism, content and evolutionary
explanation.
BBS 1992 15 (1): 31+.
Clark, A.
Reductionism and subjectivism defined and defended.
BBS 1992 15 (1): 32+.
Dannemiller, J.L.
Color is as color does.
BBS 1992 15 (1): 33+.
Davidoff, J.
What is a colour space?
BBS 1992 15 (1): 34+.
Hitting the nail on the head.
BBS 1992 15 (1): 35+.
Feldman, J.A.
Enactivist vision.
BBS 1992 15 (1): 35+.
Finkelstein, M.A.
Psychophysical modeling: The link
between objectivism and subjectivism.
BBS 1992 15 (1): 36+.
Gouras, P.
Multivariant color vision.
BBS 1992 15 (1): 37+.
Hardin, C.L.
Color for pigeons and philosophers.
BBS 1992 15 (1): 37+.
Hilbert, D.
Comparative color vision and the objectivity of color.
BBS 1992 15 (1): 38+.
Hurlbert, A.
The view of a computational animal.
BBS 1992 15 (1): 39+.
Jacobs, G.H.
Data and interpretation in comparative color vision.
BBS 1992 15 (1): 40+.
Kinnear, P.R.
Color enactivism: A return to Kant?
BBS 1992 15 (1): 41+.
Kondrashev, S.L.
Ethological and ecological aspects of color vision.
BBS 1992 15 (1): 42+.
Levine, J.
Objectivism-subjectivism: A false
dilemma?
BBS 1992 15 (1): 42+.
Lia, B.
Ontogeny and ontology: Ontophyletics and enactive focal vision.
BBS 1992 15 (1): 43+.
Maier, E., Burkhardt,
D.
In search of common features of animals’ color vision systems and the
constraints of environment.
BBS 1992 15 (1): 44+.
Maloney, L.T.
A mathematical framework for biological color vision.
BBS 1992 15 (1): 45+.
Matthen, M.
Color vision: Content versus
experience.
BBS 1992 15 (1): 46+.
Mausfeld, R.J., Niederée, R.M., Heyer, K.D.
On possible perceptual worlds and how they shape their environments.
BBS 1992 15 (1): 47+.
McGilvray, J.A.
Colors really are only in the head.
BBS 1992 15 (1): 48+.
Reeves, A.
Areas of ignorance and confusion in color science.
BBS 1992 15 (1): 49+.
Neumeyer, C.
On perceived colors.
BBS 1992 15 (1): 49+.
Shepard, R.N.
What in the world determines the structure of color space?
BBS 1992 15 (1): 50+.
Ecological subjectivism?
BBS 1992 15 (1): 51+.
Steele, K.M.
Confusing the difference between structure and function.
BBS 1992 15 (1): 52+.
Stoerig, P., Cowey, A.
Wavelength processing and colour experience.
BBS 1992 15 (1): 53+.
Vanbrakel, J.
The ethnocentricity of colour.
BBS 1992 15 (1): 53+.
Wagemans, J., de
Weert,
Ways
BBS 1992 15 (1): 54+.
AUTHORS’ RESPONSE
Thompson, E., Palacios, A., Varela,
F.J.
On the ways to color.
BBS 1992 15 (1): 56+.
TARGET ARTICLE
Kenrick, D.T.,
Keefe, R.C.
Age preferences in mates reflect sex differences in reproductive strategies.
BBS 1992 15 (1): 75+.
OPEN PEER COMMENTARY
Alley, T.R.
Perceived age, physical attractiveness, and sex differences in preferred mates
ages.
BBS 1992 15 (1): 92+.
Bayer, B.M.
On the separation of reproduction from mating preferences.
BBS 1992 15 (1): 92+.
Borkenau, P.
Age preferences: The crucial studies have still to be done.
BBS 1992 15 (1): 93+.
Broude, G.J.
The May-September algorithm meets the 20th century actuarial table.
BBS 1992 15 (1): 94+.
Bryne, D.,
Kelley, K.
Differential age preferences: The
need to test evolutionary versus alternative conceptualizations.
BBS 1992 15 (1): 96+.
Crawford, C.
Sex differences in age preferences for mates: Primary and secondary predictions from evolutionary theory.
BBS 1992 15 (1): 97+.
Dewsbury, D.A.
Continuing a long tradition.
BBS 1992 15 (1): 98+.
Dupré, J.
Arbitrariness and bias in evolutionary speculation.
BBS 1992 15 (1): 98+.
Funder, D.C.
Toward a non-arbitrary social psychology.
BBS 1992 15 (1): 99+.
Toward a more complete integration of evolutionary and other perspectives on
age preferences in mates.
BBS 1992 15 (1): 100+.
Grammer, K.
Variations on a theme: Age dependent
mate-selection in humans.
BBS 1992 15 (1): 100+.
Harpending, H.
Age differences between mates in southern African pastoralists.
BBS 1992 15 (1): 102+.
Levinger, G., Kirkpatrick,
Biological versus social psychological bases of mate selection.
BBS 1992 15 (1): 103+.
Lippa, R.
On building bridges between social psychology and
evolutionary biology.
BBS 1992 15 (1): 104+.
Mealey, L.
Individual differences in reproductive tactics: Cuing, assessment, and facultative strategies.
BBS 1992 15 (1): 105+.
May/December romance: Adaptive
significance non probabilis
est.
BBS 1992 15 (1): 106+.
Rajecki, D.W.,
Rasmussen, J.L.
Personal ads as deviant and unsatisfactory:
Support for evolutionary hypotheses.
BBS 1992 15 (1): 107+.
Russell, P.A.
The evolutionary model is synthetic not heuristic.
BBS 1992 15 (1): 108+.
Rushton, J.P.
Age similarity is genetic similarity.
BBS 1992 15 (1): 108+.
Simpson, J.A.
Half a theory and half the data for half of the people?
BBS 1992 15 (1): 109+.
Schoen, R.
Marital choice and reproductive strategies.
BBS 1992 15 (1): 109+.
What does evolution tell us about age preferences?
BBS 1992 15 (1): 110+.
Stephan, W.G.
Sexual motivation, patriarchy, and compatibility.
BBS 1992 15 (1): 111+.
Stevens, G.
Mortality and age-specific patterns of marriage.
BBS 1992 15 (1): 112+.
Symons, D.
What do men want?
BBS 1992 15 (1): 113+.
Thornhill, N.W., Thornhill, P.A.A.
The preferred age of a potential mate reflects evolved male sexual psychology.
BBS 1992 15 (1): 114+.
Townsend, J.M.
Measuring the magnitude of sex differences.
BBS 1992 15 (1): 115+.
van den Berghe, P.L.
Wanting and getting ain’t the same.
BBS 1992 15 (1): 116+.
van noordwijk, A.J., Shykoff,
J.A.
Accounting for age preferences in sexual selection.
BBS 1992 15 (1): 117+.
Wallen, K.
Evolutionary hypothesis testing: Consistency
is not enough.
BBS 1992 15 (1): 118+.
AUTHORS’ RESPONSE
Kenrick, D.T.,
Keefe, R.C.
Sex differences in age preference: Universal
reality or ephemeral construction?
BBS 1992 15 (1): 119+.
TARGET ARTICLE
Cheney, D., Seyfarth, R.
Précis of How monkeys see the world.
BBS 1992 15 (1): 135+.
OPEN PEER COMMENTARY
Allen, C.
Monkeys mind.
BBS 1992 15 (1): 147+.
Armstrong, D.M.
Monkeys and consciousness.
BBS 1992 15 (1): 147+.
Baron-Cohen, S.
How monkeys do things with “words.”
BBS 1992 15 (1): 148+.
Boesch, C.
New elements about a theory of mind in wild chimpanzees.
BBS 1992 15 (1): 149+.
Burghardt, G.M.
Looking inside monkey minds: Milestone
or millstone.
BBS 1992 15 (1): 150+.
Cords, M.
Social versus ecological intelligence.
BBS 1992 15 (1): 151+.
Dewsbury, D.A.
Surplusage, audience effects, and George John Romanes
BBS 1992 15 (1): 152+.
Dittrich, W.H.
Is the monkeys’ world scientifically impenetrable?
BBS 1992 15 (1): 152+.
Dugatkin,
Of monkeys, mechanisms and the modular mind.
BBS 1992 15 (1): 153+.
Figueredo, A.J.
Animal mentality: Canons to right of them, canons to left of them . . .
BBS 1992 15 (1): 154+.
Theory of society, yes, theory of mind, no.
BBS 1992 15 (1): 155+.
Galdikas, B.
Social and nonsocial intelligence in orangutans.
BBS 1992 15 (1): 156+.
Glotzbach, P.A.
Perception theory and the attribution of mental states.
BBS 1992 15 (1): 157+.
Gouzoules, H.
In this best of all possible monkey worlds?
BBS 1992 15 (1): 158+.
Happé, F., Frith, U.
How autistics see the world.
BBS 1992 15 (1): 159+.
Harcourt, A.H.
“How monkeys see the world.” Why
monkeys?
BBS 1992 15 (1): 160+.
Mealey, L.
Are monkeys nomothetic or idiographic?
BBS 1992 15 (1): 161+.
Noble, W., Davidson, I.
What are mental states?
BBS 1992 15 (1): 162+.
Owings, D.H.
Calls as labels: An intriguing
theme, but one with limitations.
BBS 1992 15 (1): 162+.
Perloe, S.I.
Exploring the “boundary” between the minds of monkeys and humans.
BBS 1992 15 (1): 163+.
Povinelli, D.J., Deblois, S.
On (not) attributing mental states to monkeys: First, know thyself.
BBS 1992 15 (1): 164+.
Ridley, R.M.
How do monkeys remember the world?
BBS 1992 15 (1): 166+.
Schull, J.,
Smith, J.D.
Knowing thyself, knowing the other: They’re
not the same.
BBS 1992 15 (1): 166+.
The sounds of silence.
BBS 1992 15 (1): 167+.
Tomasello, M.
Cognitive ethology comes of age.
BBS 1992 15 (1): 168+.
Visalberghi, E.
Is lack of understanding of cause-effect relationships a suitable basis for
interpreting monkeys’ failures in attribution?
BBS 1992 15 (1): 169+.
Whiten, A.
Mindreading, pretense and imitation in monkeys and
apes.
BBS 1992 15 (1): 170+.
AUTHORS’ RESPONSE
Cheney, D.L., Seyfarth, R.M.
Characterizing the mind of another species.
BBS 1992 15 (1): 172+.
Volume 15 – Issue
TARGET ARTICLE
Time and the observer: The where and
when of consciousness in the brain.
BBS 1992 15 (2): 183-201.
OPEN PEER COMMENTARY
The where and when of what?
BBS 1992 15 (2): 201-202.
Aronson, J., Dietrich, E., Way, E.
Throwing the conscious baby out with the Cartesian bath water.
BBS 1992 15 (2): 202-203.
Baars, B.J., Fehling, M.
Consciousness is clearly associated with central as well as distributed
processes.
BBS 1992 15 (2): 203-204.
Block, N.
Begging the question against phenomenal consciousness.
BBS 1992 15 (2): 205-206.
Bridgeman, B.
What is consciousness for, anyway?
BBS 1992 15 (2): 206-207.
Experiential facts?
BBS 1992 15 (2): 207-208.
Damasio, A.R.
The selfless consciousness.
BBS 1992 15 (2): 208-209.
Glymour, B., Grush, R., Hardcastle, V.G.,
Keeley, B.
The Cartesian Theater stance.
BBS 1992 15 (2): 209-210.
Farah, M.J.
The distributed pineal gland.
BBS 1992 15 (2): 209-209.
Gregson, R.A.M.
Nothing is instantaneous, even in sensation.
BBS 1992 15 (2): 210-211.
Hurley, S.L.
Some mistakes about consciousness and their motivation.
BBS 1992 15 (2): 211-212.
Jeannerod, M.
The where in the brain determines the when in the mind.
BBS 1992 15 (2): 212-213.
Libet, B.
Models of conscious timing and the experimental evidence.
BBS 1992 15 (2): 213-215.
Lloyd, D.
Toward an identity theory of consciousness.
BBS 1992 15 (2): 215-216.
Lycan, W.G.
UnCartesian materialism and Lockean
introspection.
BBS 1992 15 (2): 216-217.
McDermott, D.
Time and the observer: Little “me.”
BBS 1992 15 (2): 217-218.
Reingold, E.M.
Conscious versus unconscious processes: Are they qualitatively different?
BBS 1992 15 (2): 218-219.
Rollins, M.
Content and conformation: Isomorphism
in the neural sway.
BBS 1992 15 (2): 219-220.
Rosenthal, D.M.
Time and consciousness.
BBS 1992 15 (2): 220-221.
Roskies, A.L.,
Wood, C.C.
Cinema 1-2-Many of the mind.
BBS 1992 15 (2): 221-223.
Shepard, R.N.
Mental representation: Always
delayed but not always ephemeral.
BBS 1992 15 (2): 223-224.
Teghtsoonian, R.
In defense of the pineal gland.
BBS 1992 15 (2): 224-225.
Treisman, M.
Does the perception of temporal sequence throw light on consciousness?
BBS 1992 15 (2): 225-228.
Van Gulick, R.
Time for more alternatives.
BBS 1992 15 (2): 228-229.
Velmans, M.
Is consciousness integrated?
BBS 1992 15 (2): 229-230.
Global pattern perception and temporal order judgments.
BBS 1992 15 (2): 230-231.
Wasserman, G.S.
The psychoanatomy of consciousness: Neural integration occurs in single
cells.
BBS 1992 15 (2): 232-233.
Young, A.
Closing the Cartesian Theatre.
BBS 1992 15 (2): 233-233.
AUTHORS’ RESPOSNE
Escape from the Cartesian Theater.
BBS 1992 15 (2): 234-247.
TARGET ARTICLE
Golani, J.
A mobility gradient in the organization of vertebrate movement: The perception of movement through
symbolic language.
BBS 1992 15 (2): 249-266.
OPEN PEER COMMENTARY
Allen, C.
Why Eshkol-Wachman behavioral notation is not enough.
BBS 1992 15 (2): 266-267.
Barlow, G.W.
Is the mobility gradient suitable for general application?
BBS 1992 15 (2): 267-268.
Beck, C.H.M.
The environment modulates the mobility gradient, temporally if not
sequentially.
BBS 1992 15 (2): 268-269.
Bekoff, M.
Description and explanation: A plea
for plurality.
BBS 1992 15 (2): 269-270.
Byers, J.A.
Mobility gradient: Useful, general,
falsifiable?
BBS 1992 15 (2): 270-271.
Cools, A.R.
Striatal structures, dopamine and the mobility
gradient model.
BBS 1992 15 (2): 271-272.
Eaton, R.C.
Eshkol-Wachman movement notation and the evolution of
locomotor patterns in vertebrates.
BBS 1992 15 (2): 272-274.
Eilam, D.
The mobility gradient from a comparative phylogentic
perspective.
BBS 1992 15 (2): 274-275.
Fagen, R.
Moving beyond words.
BBS 1992 15 (2): 275-276.
Faulkes, Z.,
Paul, D.H.
Connecting invertebrate behavior, neurophysiology and evolution with Eshkol-Wachman movement notation.
BBS 1992 15 (2): 276-277.
Fentress, J.C.
Alternative taxonomies in movement: Not
only possible but critical.
BBS 1992 15 (2): 277-278.
Goldberg, G.
Dynamical systems theory and the mobility gradient: Information,
homology and self-similar structure.
BBS 1992 15 (2): 278-279.
Harries, J.G.
Shapes of behaviour.
BBS 1992 15 (2): 279-281.
Klopfer, P.H.
Structure and function in the CNS.
BBS 1992 15 (2): 281-282.
Leyhausen, P.
Animal motility: Gestalt or
piece-meal assembly?
BBS 1992 15 (2): 282-282.
Somewhere in time – Temporal factors in vertebrate movement analysis.
BBS 1992 15 (2): 282-283.
MacKay, W.A.
Joint torque precedes the kinematic end result.
BBS 1992 15 (2): 283-284.
Masters, R.D.
Time-based objective coding and human nonverbal behavior.
BBS 1992 15 (2): 284-285.
Newtson, D.
Human observation and human action.
BBS 1992 15 (2): 285-285.
Pellis, S.M.
The yin and yang of behavioral analysis.
BBS 1992 15 (2): 286-286.
Powers, W.T.
Testing for controlled variables.
BBS 1992 15 (2): 286-287.
Rebec, G.V.
From psychopharmacology to neuropsychopharmacology: Adapting behavioral terminology to
neural events.
BBS 1992 15 (2): 287-288.
Schleidt, W.M.
Describing behavior: A new label for
an old wine?
BBS 1992 15 (2): 288-289.
Thom, R.
Sensorimotor reference frames and physiological
attractors.
BBS 1992 15 (2): 289-289.
Todt, D.
Birdsong: Variations that follow
rules.
BBS 1992 15 (2): 289-290.
Whishaw, I.Q.
What are voluntary movements made of?
BBS 1992 15 (2): 290-291.
AUTHOR’S RESPONSE
Golani, I.
The natural geometry of a behavioral homology.
BBS 1992 15 (2): 291-308.
TARGET ARTICLE
Early stages in a sensorimotor
transformation.
BBS 1992 15 (2): 309-320.
OPEN PEER COMMENTARY
Alexander, G.E.
For effective sensorimotor processing must there be
explicit representations and reconciliations of differing frames of reference?
BBS 1992 15 (2): 321-322.
Arbib, M.A.
Schemas, grasping, tensors, and avoidance.
BBS 1992 15 (2): 322-323.
Bennett, D.J., Loeb, E.P.
Apparent approximations in sensorimotor
transformations are due to errors in pointing.
BBS 1992 15 (2): 323-324.
Berkinblit, M., Fookson, O., Adomovich, S., Poizner, H.
Two paradoxes of pointing.
BBS 1992 15 (2): 324-325.
Bloedel, J.R.
Coordinate transformation and limb movements: There may be more complexity than meets the eye.
BBS 1992 15 (2): 326-326.
Blouin, J., Teasdale,
N., Bard, C., Fleury, M.
The mapping of visual space is function of the structure of the visual field.
BBS 1992 15 (2): 326-327.
Bookstein, F.L.
Error analysis, regression, and coordinate systems.
BBS 1992 15 (2): 327-329.
Bracewell, R.M.
Sensorimotor transformations for saccades in the
primate posterior parietal cortex.
BBS 1992 15 (2): 329-330.
Bullock, D., Greve, D., Guenther, F.
Do reaches in the dark shed sufficient light on internal representations?
BBS 1992 15 (2): 330-332.
Burnod, Y., Caminiti, R.
Cortical mechanisms of visuomotor transformations
underlying arm movements to visual targets.
BBS 1992 15 (2): 332-333.
Cruse, H., Dean, J.
What do the pointing errors really tell us about internal coordinate
transformations?
BBS 1992 15 (2): 333-335.
Kinesthesia and unique solutions for control of multijoint
movements.
BBS 1992 15 (2): 335-335.
Goodale, M.A., Servos, P.
Now you see it, now you don’t: How
delaying an action system can transform a theory.
BBS 1992 15 (2): 335-336.
Gordon, J., Ghilardi, M.F., Ghez, C.
In reaching, the task is to move the hand to a target.
BBS 1992 15 (2): 337-338.
Grobstein, P.
Central spatial representations, and mapping the sensorimotor
interface: How early is early, how
late is late, and what difference does it all make anyhow?
BBS 1992 15 (2): 339-341.
Hasan, Z.
Are errors in final position destined before the movement begins?
BBS 1992 15 (2): 341-342.
Physical modeling applies to physiology, too.
BBS 1992 15 (2): 342-343.
Holding, D.H.
Information decay during response delay.
BBS 1992 15 (2): 343-344.
Kalish, M.
Limitations on what reaching can tell us about sensorimotor
transformations.
BBS 1992 15 (2): 344-344.
Massone, L.L.E.
Coordinates transformation: Some
basic questions to the investigators.
BBS 1992 15 (2): 345-346.
Lacquaniti, F.
Coordinate transformations in postural control.
BBS 1992 15 (2): 345-345.
McCollum. G.
Invariants of the second transformation expressed in activation ranges.
BBS 1992 15 (2): 346-348.
Neilson, P.D.
Coordinate transformations or dynamic models?
BBS 1992 15 (2): 348-348.
Ostry, D.J.,
Flanagan, J.R., Sergio, L.E.
Coordinate transformations in orofacial movements.
BBS 1992 15 (2): 348-349.
Powers, W.T.
S-O-R: Wrong model for pointing.
BBS 1992 15 (2): 349-350.
Trevelyan, J.P.
Approximations might lead to errors in brain science.
BBS 1992 15 (2): 350-351.
Wann, J.
Reaching the point where you have to move a head.
BBS 1992 15 (2): 351-352.
Worringham, C.J.,
Dennis, R.G.
Distance errors: Pointing to the
range effect.
BBS 1992 15 (2): 352-353.
Zipser, D.
Systematic, idiosyncratic reaching errors.
BBS 1992 15 (2): 353-354.
AUTHORS’ RESPONSE
Soechting, J.F., Tillery, S.I.H.,
In the dark about pointing: What’s
the point?
BBS 1992 15 (2): 354-362.
TARGET ARTICLE
Thornhill, R., Thornhill, N.W.
The evolutionary psychology of men’s coercive sexuality.
BBS 1992 15 (2): 363-375.
OPEN PEER COMMENTARY
Akins, K.A.,
Just science?
BBS 1992 15 (2): 376-377.
Allgeier, E.R., Wiederman, M.W.
Evidence for an evolved adaption to rape? Not yet.
BBS 1992 15 (2): 377-379.
Archer, J.
Mating tactics are complex and involve females too.
BBS 1992 15 (2): 379-380.
Bayer, B.M., Steele, R.S.
The derealization of rape.
BBS 1992 15 (2): 380-381.
Bixler, R.H.
Men: A genetically invariant
predisposition to rape?
BBS 1992 15 (2): 381-381.
Brownmiller, S., Mehrhof, B.
A feminist response to rape as an adaptation in men.
BBS 1992 15 (2): 381-382.
Dupré, J.
Blinded by “science”: How not to
think about social problems.
BBS 1992 15 (2): 382-383.
Eibl-Eibesfeldt,
Coercive sexuality and dominance.
BBS 1992 15 (2): 383-384.
Figueredo, A.J.
Does rape equal sex plus violence?
BBS 1992 15 (2): 384-385.
Freyd, J.J.,
Johnson, J.Q.
The evolutionary psychology of priesthood celibacy.
BBS 1992 15 (2): 385-386.
Futterman, A., Zirkel, S.
Men are not born to rape.
BBS 1992 15 (2): 385-386.
Rape: The perfect adaptationist story.
BBS 1992 15 (2): 386-388.
Ghiselin, M.T.
Genetics, functional anatomy, and coercive behavior.
BBS 1992 15 (2): 388-388.
Gladue, B.A.
Evolution, biosocial behavior and coercive sexuality.
BBS 1992 15 (2): 388-389.
Gowaty, P.A.
What if within-sex variation is greater than between-sex variation?
BBS 1992 15 (2): 389-390.
Hartung, J.
Getting real about rape.
BBS 1992 15 (2): 390-392.
Kitcher, P.
Loose associations.
BBS 1992 15 (2): 392-393.
Empirical criteria for evaluating rape as evolutionary phenomenon.
BBS 1992 15 (2): 393-394.
Evolution and laboratory research on men’s sexual arousal: What do the data show and how can we explain them?
BBS 1992 15 (2): 394-396.
Mealey, L.
Alternative adaptive models of rape.
BBS 1992 15 (2): 397-398.
Mazur, A.
The evolutionary psychology of rape and food robbery.
BBS 1992 15 (2): 397-397.
Palmer, C.T.
Psychological mechanisms versus behavior:
Does the difference really make a difference?
BBS 1992 15 (2): 398-399.
Pérusse, D.
Specific versus general adaptations: Another
unnecessary dichotomy?
BBS 1992 15 (2): 399-400.
Quinsey, V.L.
Individual differences in the propensity to rape.
BBS 1992 15 (2): 400-400.
Russell, P.A.
Psychological adaptation: Alternatives
and implications.
BBS 1992 15 (2): 401-401.
Smuts, B.
Psychological adaptations, development, and individual differences.
BBS 1992 15 (2): 401-402.
Voland, E.
Selection for rape or selection for sexual opportunism?
BBS 1992 15 (2): 402-403.
What about the evolutionary psychology of coerciveness?
BBS 1992 15 (2): 403-404.
AUTHORS’ RESPONSE
Thornhill, R., Thornhill, N.W.
The study of men’s coercive sexuality: What
course should it take?
BBS 1992 15 (2): 404-421.
Volume 15 – Issue
TARGET ARTICLE
Newell, A.
Précis of Unified theories of cognition.
BBS 1992 15 (3): 425-437.
OPEN PEER COMMENTARY
Bickerton, D.
Unified cognitive theory: You can’t
get there from here.
BBS 1992 15 (3): 437-438.
Card, S.K.
Reframing the problem of intelligent behavior.
BBS 1992 15 (3): 438-439.
Carlson, R.A., Detweiler, M.
A unified theory for psychologists?
BBS 1992 15 (3): 440-440.
Carroll, J.M.
Toward unified cognitive theory: The
path is well-worn and the trenches are deep.
BBS 1992 15 (3): 441-441.
Chipman, S.F.
Re-membering cognition.
BBS 1992 15 (3): 441-442.
Chown, E.,
Kaplan, S.
Active symbols, limited storage and the power of natural intelligence.
BBS 1992 15 (3): 442-443.
Dodwell, P.C.
Unified theory is not comprehensive.
BBS 1992 15 (3): 443-445.
Is Unified theories of cognition good strategy?
BBS 1992 15 (3): 445-446.
Goldfarb, L.
A cognitive theory without inductive learning.
BBS 1992 15 (3): 446-447.
Hunt, E., Luce, R.D.
SOAR as a world view, not a theory.
BBS 1992 15 (3): 447-448.
LaPolla, M.V., Baars, B.J.
A psychologically implausible architecture that is always conscious,
always active.
BBS 1992 15 (3): 448-449.
Lewandowsky, S.
Unified cognitive theory: Having one’s
apple pie and eating it.
BBS 1992 15 (3): 449-450.
Michon, J.A.
Unifying cognition: Has it all been
put together?
BBS 1992 15 (3): 450-451.
Pléh, C.
Unified cognition misses language.
BBS 1992 15 (3): 451-453.
Proctor, R.W., Dutta, A.
Unified theories must explain the codependencies
among perception,
cognition, and action.
BBS 1992 15 (3): 453-454.
Quiatt, D.
Unified psychobiological theory.
BBS 1992 15 (3): 454-455.
Remington, R.W., Shafto, M.G., Seifert,
C.M.
How human is SOAR?
BBS 1992 15 (3): 455-455.
Schleidt, W.
Does the evolutionary perspective offer more than constraints?
BBS 1992 15 (3): 456-456.
Shultz, T.R.
Choosing a unifying theory for cognitive development.
BBS 1992 15 (3): 456-457.
Suppes, P.
Problem spaces, language, and connectionism:
Issues for cognition.
BBS 1992 15 (3): 457-458.
Townsend, J.T.
Unified theories and theories that mimic each other’s predictions.
BBS 1992 15 (3): 458-459.
Uttal, W.R.
On models and mechanisms.
BBS 1992 15 (3): 459-460.
A cognitive process shell.
BBS 1992 15 (3): 460-461.
Vicente, K.J., Kirlik, A.
On putting the cart before the horse: Taking
perception seriously in unified theories of cognition.
BBS 1992 15 (3): 461-462.
Wetherick, N.E.
Cognition and simulation.
BBS 1992 15 (3): 462-463.
Winston, E.
Cartesian vs. Newtonian research strategies for cognitive science.
BBS 1992 15 (3): 463-464.
AUTHOR’S RESPONSE
Newell, A.
SOAR as a unified theory of cognition: Issues
and explanations.
BBS 1992 15 (3): 464-492.
TARGET ARTICLE
Kraemer, G.W.
A psychobiological theory of attachment.
BBS 1992 15 (3): 493-511.
OPEN PEER COMMENTARY
Boccia, M.L.
Refining the attachment model.
BBS 1992 15 (3): 511-512.
Capitanio, J.P.
What do attachment objects afford?
BBS 1992 15 (3): 512-513.
Eiserer,
Levels of explanation in theories of infant attachment.
BBS 1992 15 (3): 513-514.
Ellis, H.D.
A wise child: Face perception by
human neonates.
BBS 1992 15 (3): 514-515.
Freedman, D.G.
The many levels of attachment.
BBS 1992 15 (3): 515-515.
Insel, T.R.
Oxytocin and the neurobiology of attachment.
BBS 1992 15 (3): 515-516.
Jacobs, B.,
Attachment: How early, how far?
BBS 1992 15 (3): 517-517.
Kagan, J.
The meanings of attachment.
BBS 1992 15 (3): 517-518.
Kovach, J.K.
Attachment and the sources of behavioral pathology.
BBS 1992 15 (3): 518-519.
Mason, W.A.
Does function imply structure?
BBS 1992 15 (3): 519-520.
Nemeroff, C.B.,
Goodman, S.
A new psychobiological theory of attachment:
Primum non nocere.
BBS 1992 15 (3): 520-521.
Pérusse, D.
Attachment: A view from evolutionary
biology and behavior genetics.
BBS 1992 15 (3): 521-522.
Salzen, E.A.
Behavioural, aminergic, and
neural systems in attachment.
BBS 1992 15 (3): 522-523.
Sigman, M., Siegel, D.J.
The interface between the psychobiological and cognitive
models of attachment.
BBS 1992 15 (3): 523-523.
Trevarthen, C.
Emotions of human infants and mothers, and development of the brain.
BBS 1992 15 (3): 524-525.
Svensson, T.H.
A psychopharmacologist’s view.
BBS 1992 15 (3): 524-524.
AUTHOR’S RESPONSE
Kraemer, G.W.
Psychobiological attachment theory (PAT) and psychopathology.
BBS 1992 15 (3): 525-541.
TARGET ARTICLE
Lockhead, G.R.
Psychophysical scaling: Judgments of
attributes or objects?
BBS 1992 15 (3): 543-558.
OPEN PEER COMMENTARY
Algom, D.
Perception, apperception, and psychophysics.
BBS 1992 15 (3): 558-559.
Integration psychophysics is not
traditional psychophysics.
BBS 1992 15 (3): 559-560.
Bolanowski, S.J.
Lockhead’s view of scaling: Something’s fishy here.
BBS 1992 15 (3): 560-560.
Bonnet, C.
Psychophysical scaling within an information processing approach?
BBS 1992 15 (3): 560-561.
Borg, G.
Psychophysical scaling: To describe
relations or to uncover a law?
BBS 1992 15 (3): 561-562.
Brysbaert, M.
Accounting for an old inconsistency in the psychophysics of Plateau and Delboeuf.
BBS 1992 15 (3): 562-563.
Coren, S.
Psychophysical scaling: Context and
illusion.
BBS 1992 15 (3): 563-564.
Corwin, T.R.
The determinants of perceived brightness are complicated, but not hopelessly
so.
BBS 1992 15 (3): 564-565.
Dzhafarov, E.N.
Can brightness be related to luminance by a meaningful function?
BBS 1992 15 (3): 565-566.
Eisler, H.
Psychophysical invariance, perceptual invariance, and the physicalistic
trap.
BBS 1992 15 (3): 566-567.
Gregory, R.L.
Scales falling from the eyes?
BBS 1992 15 (3): 567-568.
Gescheider, G.A.
The complexity and importance of the psychophysical scaling
of sensory attributes.
BBS 1992 15 (3): 567-567.
Gregson, R.A.M.
Walking in a dustbowl creates a dustcloud.
BBS 1992 15 (3): 568-569.
Psychophysics: Plus ça change . . .
BBS 1992 15 (3): 569-569.
Krueger, L.E.
Will the real stimulus please step forward?
BBS 1992 15 (3): 570-572.
King, D.L.
Context effects: Pervasiveness and
analysis.
BBS 1992 15 (3): 570-570.
Laming, D.
Two categories of contextual variable in perception.
BBS 1992 15 (3): 572-573.
Macmillan, N.A.
Covert converging operations for multidimensional psychophysics.
BBS 1992 15 (3): 573-574.
Marks, L.E.
The perplexing plurality of psychophysical processes.
BBS 1992 15 (3): 574-575.
Psychophysics and quantitative perceptual laws.
BBS 1992 15 (3): 575-576.
Melara, R.D.
How important are dimensions to perception?
BBS 1992 15 (3): 576-577.
Monahan, J.S.
Attributes or objects: A paradigm
shift in psychophysics.
BBS 1992 15 (3): 577-577.
Niall, K.K.
The evident object of inquiry.
BBS 1992 15 (3): 578-578.
Context effects in the entropic theory of perception.
BBS 1992 15 (3): 578-579.
Schneider, B.
Should the psychophysical model be rejected?
BBS 1992 15 (3): 579-580.
Teghtsoonian, R.
Selecting one attribute for judgment is not an act of stupidity.
BBS 1992 15 (3): 580-581.
Treisman, M.
Do we scale “objects” or isolated sensory dimensions?
BBS 1992 15 (3): 581-584.
van Brakel, J.
Ceteris paribus laws.
BBS 1992 15 (3): 584-585.
Wagner, M.
Keeping the bath water along with the baby:
Context effects represent a challenge, not a mortal wound, to the body of
psychophysics.
BBS 1992 15 (3): 585-586.
Warren, R.M.
Relation of sensory scales to physical scales.
BBS 1992 15 (3): 586-587.
AUTHOR’S RESPONSE
Lockhead, G.R.
Constancy in a changing world.
BBS 1992 15 (3): 587-601.
CONTINUING COMMENTARY on Everill, B.
Human’s
use of animals: On the horns of a moral dilemma.
BBS 1991 14: 756.
Mackay,
W.A. Consciousness is king of neuronal processors. Commentary
on Velmans, M. Is human information processing
conscious?
BBS 1991 14:651-726.
Volume 15 – Issue
TARGET ARTICLES
Cordo, P., Gurfinkel, V.
Controversies in neuroscience I: Movement control.
BBS 1992 15(4): i.
Bizzi, E., Hogan, N., Mussa-Ivaldi, F.A.,
Giszter, S.
Does the nervous system use equilibrium-point control to guide single and
multiple joint movements?
BBS 1992 15(4): 603-613.
Does the nervous system depend on kinesthetic information to control natural
limb movements?
BBS 1992 15(4): 614-632.
McCrea, D.A.
Can sense be made of spinal interneuron circuits?
BBS 1992 15(4): 633-643.
Robinson, D.A.
Implications of neural networks for how we think about brain function.
BBS 1992 15(4): 644-655.
Alexander, G.E., Delong, M.R., Crutcher, M.D.
Do cortical and basal ganglionic motor areas use “motor
programs” to control movement?
BBS 1992 15(4): 656-665.
Bloedel, J.R.
Functional heterogeneity with structural homogeneity: How does the cerebellum operate?
BBS 1992 15(4): 666-678.
Fetz, E.E.
Are movement parameters recognizably coded in the activity of single neurons?
BBS 1992 15(4): 679-690.
Stein, J.F.
The representation of egocentric space in the posterior
parietal cortex.
BBS 1992 15(4): 691-700.
OPEN PEER COMMENTARY
Adamovich, S.V.
How does the nervous system control the equilibrium trajectory?
BBS 1992 15(4): 704-705.
Agarwal, G.C.
Movement control hypotheses: A
lesson from history.
BBS 1992 15(4): 705-706.
Alexander, G.E.
Neurophysiology of motor systems: Coming
to grips with connectionism.
BBS 1992 15(4): 706-707.
Andersen, R.A., Brotchie, P.R.
Spatial maps versus distributed representations and a role for attention.
BBS 1992 15(4): 707-709.
Berkinblit, M.B., Sidorova, V.Y., Smetanin, B.N., Tkach, T.V.
On the afferent influence on central generators and on the
integration of proprioceptive signals with afferent
signals of other modalities.
BBS 1992 15(4): 709-711.
Microzones, topographic maps and cerebellar
“operations.”
BBS 1992 15(4): 709-709.
Beuter, A.
Modulation of kinesthetic information can be explored with nonlinear dynamics.
BBS 1992 15(4): 711-712.
Bischof, H., Pinz, A.J.
Artificial versus real neural networks.
BBS 1992 15(4): 712-712.
Borrett, D.S., Yeap, T.H.,
Kwan, H.C.
The nonlinear dynamics of connectionist networks: The basis of motor control.
BBS 1992 15(4): 712-714.
Bossut, D.F.
Implication of neural networks for how we think about brain function.
BBS 1992 15(4): 714-714.
Bower, J.M.
Is the cerebellum a motor control device?
BBS 1992 15(4): 714-715.
Braitenberg, V., Preissl, H.
Why is the output of the cerebellum inhibitory?
BBS 1992 15(4): 715-717.
Bridgeman, B.
Taking distributed coding seriously.
BBS 1992 15(4): 717-717.
Bullock, D., Contrerasvidal, J.L.
Adaptive behavioral phenotypes enabled by spinal interneuron circuits: Making sense the Darwinian way.
BBS 1992 15(4): 717-720.
Burgess, P.R.
Equilibrium points and sensory templates.
BBS 1992 15(4): 720-722.
Burke, D.
Movement programs in the spinal cord.
BBS 1992 15(4): 722-722.
Carey, D.P., Servos, P.
Is attention necessary for visuomotor transformations?
BBS 1992 15(4): 723-723.
Cavallari, P.
The equilibrium point: From neuron
to hypothesis.
BBS 1992 15(4): 723-724.
Cavanagh, P.R., Simoneau, G.G., Ulbrecht, J.S.
Posture and gait in patients with diabetic distal symmetrical polyneuropathy.
BBS 1992 15(4): 724-725.
How accurately can we perceive positions of our limbs?
BBS 1992 15(4): 725-726.
Clarke, T.L.
Mathematics is a useful guide to brain function.
BBS 1992 15(4): 726-727.
Colby, C.L., Duhamel, J.-R.,
Posterior parietal cortex and retinocentric space.
BBS 1992 15(4): 727-728.
Connolly, C.I.
A robotics perspective on motor programs and path planning.
BBS 1992 15(4): 728-729.
Cordo, P.J., Bevan, L.
Successive approximation in targeted movement: An alternative hypothesis.
BBS 1992 15(4): 729-730.
FINSTs, tag-assignment, and the parietal gazetteer.
BBS 1992 15(4): 730-731.
Dean, J.
Is equilibrium-point control all there is to coding movement and do insects do it, too?
BBS 1992 15(4): 731-732.
Dietz, V.
Control of natural movements: Interaction
of various neuronal mechanisms.
BBS 1992 15(4): 732-733.
Duysens, J., Gielen, C.C.A.M.
Spinal integration: From reflexes to
perception.
BBS 1992 15(4): 733-734.
Eagleson, R.,
Carey, D.P.
Connectionist networks do not model brain function.
BBS 1992 15(4): 734-735.
Feldman, A.G.
Fundamentals of motor control, kinesthesia, and spinal neurons: In search of a theory.
BBS 1992 15(4): 735-737.
Network magic.
BBS 1992 15(4): 739-740.
Frolov, A.A., Birjukova, E.V.
Adaptive neural network organizes the collective muscle behavior so as to
enable the desired equilibrium trajectory.
BBS 1992 15(4): 739-740.
Fuchs, A.F., Ling, L., Kaneko,
C.R.S., Robinson, F.R.
Network simulations and single neuron behavior: The case for keeping the bath water.
BBS 1992 15(4): 740-741.
Fuster, J.M.
Brain systems have a way of reconciling “opposite” views of neural processing; the motor system is no exception.
BBS 1992 15(4): 741-743.
Gilbert, P.F.C., Yeo, C.H.
Cerebellar function: On-line control and
learning.
BBS 1992 15(4): 743-744.
How complex is a simple arm movement?
BBS 1992 15(4): 743-743.
Giszter, S.
Spinal movement primitives and motor programs: A necessary concept for motor control.
BBS 1992 15(4): 744-745.
Gnadt, J.W.
Area LIP: Three-dimensional space
and visual to oculomotor transformation.
BBS 1992 15(4): 745-746.
Goodale, M.A., Jakobson, L.S.
Action systems in the posterior parietal cortex.
BBS 1992 15(4): 747-747.
Gordon, A.M., Inhoff, A.W.
Intermittent use of feedback during movement phase transitions and updating
internal models.
BBS 1992 15(4): 748-749.
Gottlieb, G.L.
Kinematics is only a (good) start.
BBS 1992 15(4): 749-749.
Graziano, M.S.,
Gross, C.G.
Somatotopically organized maps of near visual space
exist.
BBS 1992 15(4): 750-750.
Grobstein, P.
Information processing styles and strategies: Directed movement,
neural networks, space and individuality.
BBS 1992 15(4): 750-752.
Gutman, S.R.,
Gottlieb, G.L.
Virtual trajectory as a solution of the inverse dynamic problem.
BBS 1992 15(4): 752-754.
Hallett, M.
Operations of the motor system.
BBS 1992 15(4): 754-756.
Making sense of recurrent inhibition: Comparisons
of circuit organization with function.
BBS 1992 15(4): 756-756.
Hasan, Z.
Is stiffness the mainspring of posture and movement?
BBS 1992 15(4): 756-758.
Heuer, H.
Computations, neural networks, and the limits of human understanding.
BBS 1992 15(4): 758-758.
Horak, F.B., Shupert, C.,
Burleigh, A.
Implications for human motor control.
BBS 1992 15(4): 758-760.
Iansek, R.
Converging approaches to the problem of single-cell recording.
BBS 1992 15(4): 760-760.
Ingle, D.
Spatial short-term memory: Evolutionary
perspectives and new discoveries from human split-brain studies.
BBS 1992 15(4): 760-762.
Necessity of a complex approach in studying brain mechanisms of movement.
BBS 1992 15(4): 762-762.
Ito, M.
Function versus synapse: Still a
missing link?
BBS 1992 15(4): 762-762.
Jaeger, D.
Towards an integration of neurophysiology, performance analysis,
connectionism, and compartmental modeling.
BBS 1992 15(4): 763-764.
Kalaska, J.F., Crammond, D.J.
Neurophysiological mechanisms for the planning of
movement and for spatial representations.
BBS 1992 15(4): 764-766.
Remarks on the identification of corticomotoneuronal
connections.
BBS 1992 15(4): 766-767.
Kuo, A.D., Zajac, F.E.
What is the nature of the feedforward component in
motor control?
BBS 1992 15(4): 767-767.
Kupfermann,
Neural networks: They do not have to
be complex to be complex.
BBS 1992 15(4): 767-768.
Lacquaniti, F.
Reflex control of mechanical interaction in man.
BBS 1992 15(4): 768-769.
Lan, N., Crago, P.E.
Equilibrium-point hypothesis, minimum effort control strategy and the triphasic muscle activation pattern.
BBS 1992 15(4): 769-771.
Latash, M.L.
Are we able to preserve a motor command in the changing environment?
BBS 1992 15(4): 771-773.
Lemon, R.
The meaning for movement of activity in single cortical
output neurons.
BBS 1992 15(4): 773-773.
Levine, D.S.
Toward a genuine theoretical neuroscience of motor control.
BBS 1992 15(4): 774-774.
Loeb, G.E.
Past the equilibrium point.
BBS 1992 15(4): 774-775.
Lundberg, A.
To which extent are brain commands for movements mediated by spinal interneurones?
BBS 1992 15(4): 775-776.
MacKay, W.A., Riehle, A.
The single neuron is not for hiding.
BBS 1992 15(4): 776-778.
Masson, G., Pailhous, J.
Locomotion, oscillating dynamic systems and stiffness regulation by the basal
ganglia.
BBS 1992 15(4): 778-779.
McCollum, G.
Global organizations: Movement and
spinal.
BBS 1992 15(4): 779-781.
Morasso, P., Sanguineti, V.
Equilibrium point and self-organization.
BBS 1992 15(4): 781-782.
Neilson, P.D., Neilson, M.D.
Adaptive model theory.
BBS 1992 15(4): 782-783.
Nichols, T.R.
Stiffness regulation revisited.
BBS 1992 15(4): 783-784.
Ostry, D.J.,
Flanagan, J.R.
Aspects of the equilibrium-point hypothesis (lambda-model) for multijoint movements.
BBS 1992 15(4): 784-786.
Paillard, J.
Between perception and reflex: A
role for contextual kinaesthetic information.
BBS 1992 15(4): 786-786.
Phillips, J.G., Jones, D.L., Bradshaw,
J.L., Iansek,
R.
Levels of explanation and other available clinical models.
BBS 1992 15(4): 787-787.
Pouget, A., Sejnowski, T.J.
A distributed common reference frame for egocentric space in
the posterior parietal cortex.
BBS 1992 15(4): 787-788.
The many disguises of “sense”: The
need for multi-task studies of multiarticular
movements.
BBS 1992 15(4): 788-789.
Prochazka, A.
A vital clue: Kinesthetic input is
greatly enhanced in sensorimotor vigilance.
BBS 1992 15(4): 789-790.
Proctor, R.W., Franz, E.A.
Is the posterior parietal cortex the site for sensorimotor
transformation?: Cross-validation from studies of stimulus-response
compatibility.
BBS 1992 15(4): 790-791.
Quinlan, P.
Real space in the head?
BBS 1992 15(4): 791-792.
Rager, J.E.
There is much information in neural network unit activations.
BBS 1992 15(4): 792-792.
Ross, H.E.
Command signals and the perception of force, weight and mass.
BBS 1992 15(4): 793-793.
Rudomin, P.
Presynaptic inhibition and information transmission
in neuronal populations.
BBS 1992 15(4): 793-794.
Schieppati, M.
Selection of task-related motor output through spinal interneurones.
BBS 1992 15(4): 794-795.
Schwarz, G., Pouget, A.
Signals, brains, and explanation.
BBS 1992 15(4): 795-796.
Seltzer, B.
An anatomy of parallel distributed processing.
BBS 1992 15(4): 796-796.
Smeets, J.B.J.
What do fast goal-directed movements learn us about equilibrium-point control?
BBS 1992 15(4): 796-797.
Smith, A.M.
Can the inferior olive both excite and inhibit Purkinje cells?
BBS 1992 15(4): 797-798.
Stein, J.F.
The role of the cerebellum in calibrating feedforward
control.
BBS 1992 15(4): 798-799.
Stein, R.B.
Varying the invariants of movement.
BBS 1992 15(4): 799-800.
Tanji, J.
Cortical area-specific activity not yet found?
BBS 1992 15(4): 800-801.
Summers, J.J.
The demise of the motor program.
BBS 1992 15(4): 800-800.
Thompson, R.F.
The cerebellum and memory.
BBS 1992 15(4): 801-802.
Tsuda,
Nonlinear dynamical systems theory and engineering neural network: Can each
afford plausible interpretation of “how” and “what”?
BBS 1992 15(4): 802-803.
Van Gisbergen,
J.A.M., Duysens,
J.
Coordinate transformations in sensorimotor control: Persisting issues.
BBS 1992 15(4): 803-804.
Van Ingen Schenau, G.J.V.,
Beek, P.J.,
Bootsma, R.J.
Is position information alone sufficient for the control of external forces?
BBS 1992 15(4): 804-805.
Winters, J.M., Mullins, P.
Synthesized neural/biochemical models used for realistic 3-D tasks are more
likely to provide answers.
BBS 1992 15(4): 805-807.
AUTHORS’ RESPONSES
Bizzi, E., Hogan,
N., Mussaivaldi,
F.A., Giszter,
S.
The equilibrium-point framework