Hillier B amp Hanson J eds (1984) The social logic of space Cambridge UniversityPress [CH]
Holbrook R I amp Burt de Perera T B (2009) Separate encoding of vertical andhorizontal components of space during orientation in fish Animal Behaviour 78(2)241ndash45 [TBdP CCC aKJJ]
Holbrook R I amp Burt de Perera T (2011a) Fish navigation in the verticaldimension Can fish use hydrostatic pressure to determine depth Fish andFisheries 12(4)370ndash379 [aKJJ]
Holbrook R I amp Burt de Perera T (2011b) Three-dimensional spatial cognitionInformation in the vertical dimension overrides information from the horizon-tal Animal Cognition 14613ndash19 [TBdP]
Holmes K J (2012) Language as a window into the mind The case of spaceDoctoral dissertation Department of Psychology Emory University [KJH]
Holmes K J amp Wolff P (2012) Does categorical perception in the left hemispheredepend on language Journal of Experimental Psychology General 141439ndash43 [KJH]
Holmes K J amp Wolff P (2013a) Spatial language and the psychological reality ofschematization Cognitive Processing 14205ndash208 [KJH]
Holmes K J amp Wolff P (2013b) When is language a window into the mindLooking beyond words to infer conceptual categories In Proceedings of the35th annual conference of the Cognitive Science Society eds M KnauffM Pauen N Sebanz amp I Wachsmuth pp 597ndash602 Cognitive ScienceSociety [KJH]
Houmllscher C Buumlchner S Broumlsamle M Meilinger T amp Strube G (2007) Signs andmaps ndashCognitive economy in the use of external aids for indoor navigation InProceedings of the 29th Annual Cognitive Science Society ed D S McNamaraamp J G Trafton pp 377ndash82 Cognitive Science Society [CH]
Houmllscher C Buumlchner S Meilinger T amp Strube G (2009) Adaptivity of way-finding strategies in a multi-building ensemble The effects of spatial structuretask requirements and metric information Journal of Environmental Psychol-ogy 29(2)208ndash19 [CH]
Houmllscher C Broumlsamle M amp Vrachliotis G (2012) Challenges in multi-level way-finding A case-study with space syntax technique Environment and PlanningB Planning and Design 3963ndash82 [CH]
Houmllscher C Meilinger T Vrachliotis G Broumlsamle M amp Knauff M (2006) Upthe down staircase Wayfinding strategies and multi-level buildings Journal ofEnvironmental Psychology 26(4)284ndash99 [aKJJ ABe CCC CH AP]
Hommel B Muumlsseler J Aschersleben G amp Prinz W (2001) The theory of eventcoding (TEC) A framework for perception and action planning Behavioral andBrain Sciences 24849ndash78 [ABa]
Howard A Bernardes S Nibbelink N Biondi L Presotto A Fragaszy D ampMadden M (2012) A maximum entropy model of the bearded capuchinmonkey habitat incorporating topography and spectral unmixing analysisAnnals of the International Society of Photogrammetry and Remote Sensing 1(2)7ndash11 [AMH]
Hubbard E M Piazza M Pinel P amp Dehaene S (2005) Interactions betweennumber and space in parietal cortex Nature Reviews Neuroscience 6435ndash48[ABa]
Huttenlocher J Hedges L V amp Duncan S (1991) Categories and particularsPrototype effects in estimating spatial location Psychological Review 98352ndash76 [RFW]
Hyvaumlrinen J Hyvaumlrinen L amp Linnankoski I (1981) Modification of parietalassociation cortex and functional blindness after binocular deprivation in youngmonkeys Experimental Brain Research 421ndash8 [AP]
Indovina I Maffei V Pauwels K Macaluso E Orban G A amp Lacquaniti F(2013 Simulated self-motion in a visual gravity field Brain sensitivity to verticaland horizontal heading in the human brain NeuroImage 71C114ndash24 [GAO]
Ingram J N amp Wolpert D M (2011) Naturalistic approaches to sensorimotorcontrol Progress in Brain Research 1913ndash29 [KAL]
Jacobs J Kahana M J Ekstrom A D Mollison M V amp Fried I (2010) A senseof direction in human entorhinal cortex Proceedings of the National Academy ofSciences USA 107(14)6487ndash92 [GAO]
Janson C H (1998) Experimental evidence for spatial memory in foraging wildcapuchin monkeys Cebus apella Animal Behaviour 55(5)1229ndash43 doi101006anbe19970688 [AMH]
Janson C H (2007) Experimental evidence for route integration and strategicplanning in wild capuchin monkeys Animal Cognition 10(3)341ndash56doi101007s10071-007-0079-2 [AMH]
Jeffery K J (2007) Integration of the sensory inputs to place cells What wherewhy and how Hippocampus 17(9)775ndash85 [aKJJ]
Jeffery K J Anand R L amp Anderson M I (2006) A role for terrain slope inorienting hippocampal place fields Experimental Brain Research 169(2)218ndash25 [aKJJ]
Jeffery K J amp Burgess N (2006) A metric for the cognitive map ndash Found at lastTrends in Cognitive Sciences 10(1)1ndash3 [aKJJ]
Jensen M E Moss C F amp Surlykke A (2005) Echolocating bats and their use oflandmarks and spatial memory Journal of Experimental Biology 2084399ndash410 [CFM]
Jovalekic A Hayman R Becares N Reid H Thomas G Wilson J amp Jeffery K(2011) Horizontal biases in ratsrsquo use of three-dimensional space BehaviouralBrain Research 222(2)279ndash88 [aKJJ TBdP DN RFW]
Judd S amp Collett T (1998) Multiple stored views and landmark guidance in antsNature 392710ndash14 [SZ]
Kamil A C Balda R P amp Olson D J (1994) Performance of four seed-cachingcorvid species in the radial arm-maze analog Journal of Comparative Psychol-ogy 108385ndash93 [DN]
Kammann R (1967) The overestimation of vertical distance and its role in the moonillusion Attention Perception and Psychophysics 2(12)585ndash89 [aKJJ]
Kelly J (2011) Head for the hills The influence of environmental slant on spatialmemory organization Psychonomic Bulletin and Review 18(4)774ndash80 [aKJJ]
Kelly J W Loomis J M amp Beall A C (2004) Judgments of exocentric direction inlarge-scale space Perception 33443ndash54 [FHD]
Killian N J Jutras M J amp Buffalo E A (2012) A map of visual space in theprimate entorhinal cortex Nature 491(7426)761ndash64 [GAO]
Klatzky R L (1998) Allocentric and egocentric spatial representations Definitionsdistinctions and interconnections In Spatial cognition ndash An interdisciplinaryapproach to representation and processing of spatial knowledge (Lecture Notesin Artificial Intelligence vol 1404) ed C Freksa C Habel amp K F Wenderpp 1ndash17 Springer-Verlag [RLK]
Kluzik J Horak F B amp Peterka R J (2005) Differences in preferred referenceframes for postural orientation shown by after-effects of stance on an inclinedsurface Experimental Brain Research 162474ndash89 Available at httplinkspringercomarticle1010072Fs00221-004-2124-6 [MB-C]
Knauff M Rauh R amp Renz J (1997) A cognitive assessment of topological spatialrelations Results from an empirical investigation In Proceedings of the 3rdInternational Conference on Spatial Information Theory (COSITrsquo97) ed S CHirtle amp A U Frank pp 193ndash206 Springer [HS]
Knierim J J amp Hamilton D A (2011) Framing spatial cognition Neural rep-resentations of proximal and distal frames of reference and their roles in navi-gation Physiological Reviews 911245ndash79 [FSa]
Knierim J J amp McNaughton B L (2001) Hippocampal place-cell firing duringmovement in three-dimensional space Journal of Neurophysiology 85(1)105ndash16 [aKJJ]
Knierim J J McNaughton B L amp Poe G R (2000) Three-dimensional spatialselectivity of hippocampal neurons during space flight Nature Neuroscience 3(3)209ndash10 [aKJJ DMK]
Knierim J J Poe G R amp McNaughton B L (2003) Ensemble neural coding ofplace in zero-g In The Neurolab Spacelab Mission Neuroscience research inspace Results from the STS-90 Neurolab Spacelab Mission NASA Report SP-2003ndash535 ed J C Buckey Jr amp J L Homick pp 63ndash68 NASA [aKJJ]
Knierim J J amp Rao G (2003) Distal landmarks and hippocampal place cells Effectsof relative translation versus rotation Hippocampus 13604ndash17 [FSa]
Knudsen E I amp Konishi M (1978a) A neural map of auditory space in the owlScience 200795ndash97 [FTS]
Knudsen E I amp Konishi M (1978b) Space and frequency are represented separ-ately in auditory midbrain of the owl Journal of Neurophysiology 41870ndash84[FTS]
Konishi M (1973) How the owl tracks its preyAmerican Science 61414ndash24 [FTS]Kosslyn S M Koenig O Barrett A Cave C B Tang J amp Gabrieli J D E
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Kravitz D J Saleem K S Baker C I Ungerleider L G amp Mishkin M (2013)The ventral visual pathway An expanded neural framework for the processingof object quality Trends in Cognitive Sciences 17(1)26ndash49 [GAO]
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Kubovy M amp Gepshtein S (2003) Grouping in space and in space-time An exercisein phenomenological psychophysics In Perceptual organization in vision Be-havioral and neural perspectives ed R Kimchi M Behrmann amp C R Olsonpp 45ndash86 Erlbaum [IB]
Kuipers B Browning R Gribble B Hewett M amp Remolina E (2000) Thespatial semantic hierarchy Artificial Intelligence 119191ndash233 [HP]
Kupers R Chebat D R Madsen K H Paulson O B amp Ptito M (2010) Neuralcorrelates of virtual route recognition in congenital blindness Proceedings of theNational Academy of Sciences USA 10712716ndash21 [AP]
Lackner J R amp Graybiel A (1983) Perceived orientation in free-fall depends onvisual postural and architectural factors Aviation Space and EnvironmentalMedicine 54(1)47ndash51 [aKJJ]
Lagae L Maes H Raiguel S Xiao D K amp Orban G A (1994) Responses ofmonkey STS neurons to optic flow components A comparison of areas MT andMST Journal of Neurophysiology 71(5)1597ndash626 [GAO]
Lahav O amp Mioduser D (2008) Haptic-feedback support for cognitive mapping ofunknown spaces by people who are blind International Journal of Human-Computer Studies 6623ndash35 [AP]
Landau B amp Jackendoff R (1993) ldquoWhatrdquo and ldquowhererdquo in spatial language andspatial cognition Behavioral and Brain Sciences 16217ndash65 [KJH]
Langston R F Ainge J A Couey J J Canto C B Bjerknes T L Witter M PMoser E I amp Moser M-B (2010) Development of the spatial representationsystem in the rat Science 328(5985)1576ndash80 [rKJJ]
Lappe M Bremmer F amp van den Berg A V (1999) Perception of self-motionfrom visual flow Trends in Cognitive Sciences 3(9)329ndash36 [RFW]
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Lavie N (2005) Distracted and confused Selective attention under load Trends inCognitive Sciences 9(2)75ndash82 [rKJJ]
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Lehrer M (1994) Spatial vision in the honeybee The use of different cues indifferent tasks Vision Research 34(18)2363ndash85 [CCC]
Lent D D Graham P amp Collett T S (2010) Image-matching during ant navi-gation occurs through saccade-like body turns controlled by learned visualfeatures Proceedings of the National Academy of Sciences USA 10716348ndash53 [TBdP]
Leporeacute N Shi Y Lepore F Fortin M Voss P Chou Y Y Lord C LassondeM Dinov I D Toga AW amp Thompson PM (2009) Patterns of hippocampalshape and volume differences in blind subjects NeuroImage 46949 [AP]
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Lever C Burton S Jeewajee A OrsquoKeefe J amp Burgess N (2009) Boundaryvector cells in the subiculum of the hippocampal formation Journal of Neuro-science 299771ndash77 [FSa]
Li Z amp Durgin F H (2009) Downhill slopes look shallower from the edge Journalof Vision 9(11)6ndash15 [aKJJ HER]
Li Z amp Durgin F H (2010) Perceived slant of binocularly viewed large-scalesurfaces A common model from explicit and implicit measures Journal ofVision 10(14)article 131ndash16 [aKJJ FHD]
Li Z amp Durgin F H (2012) A comparison of two theories of perceived distance onthe ground plane The angular expansion hypothesis and the intrinsic biashypothesis i-Perception 3368ndash383 [FHD]
Li Z Phillips J amp Durgin F H (2011) The underestimation of egocentric distanceEvidence from frontal matching tasks Attention Perception and Psychophysics732205ndash2217 [FHD]
Li Z Sun E Strawser C J Spiegel A Klein B amp Durgin F H (2013) On theanisotropy of perceived ground extents and the interpretation of walked dis-tance as a measure of perception Journal of Experimental Psychology HumanPerception and Performance 39477ndash493 [FHD]
Liang J C Wagner A D amp Preston A R (2013) Content representation in thehuman medial temporal lobe Cerebral Cortex 2380ndash96 [GAO]
Liu Y Vogels R amp Orban G A (2004) Convergence of depth from texture anddepth from disparity in macaque inferior temporal cortex Journal of Neuro-science 24(15)3795ndash800 [GAO]
Loetscher T Bockisch C J Nicholls M E R amp Brugger P (2010) Eyeposition predicts what number you have in mind Current Biology 20264ndash65[ABa]
Longstaffe K A Hood B M amp Gilchrist I D (2012) Inhibition attention andworking memory in large scale search Poster presented at the 5th InternationalConference on Spatial Cognition ldquoSpace and Embodied Cognitionrdquo RomeItaly September 4ndash8 2012 [KAL]
Loomis J L Klatzky R L amp Giudice N A (2013) Representing 3D space inworking memory Spatial images from vision hearing touch and language InMultisensory imagery Theory and applications ed S Lacey amp R Lawson pp131ndash55 Springer [RLK]
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Loomis J M amp Philbeck J W (1999) Is the anisotropy of perceived 3-D shapeinvariant across scale Perception and Psychophysics 61397ndash402 [FHD]
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Marr D (1982) Vision A computational investigation into the human representationand processing of visual information WH Freeman [DMWP]
Mattingley J B Bradshaw J L amp Phillips J G (1992) Reappraising unilateralneglect Australian Journal of Psychology 44163ndash69 [JGP]
McIntyre J Zago M Berthoz A amp Lacquaniti F (2001) Does the brain modelNewtonrsquos laws Nature Neuroscience 4693ndash4 [MB-C]
McNamara T P (1986) Mental representations of spatial relations Cognitive Psy-chology 1887ndash121 [HS]
McNamara T P amp Diwadkar V (1997) Symmetry and asymmetry of human spatialmemory Cognitive Psychology 34160ndash90 [HS]
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Merfeld D M amp Zupan L H (2002) Neural processing of gravitoinertial cues inhumans III Modeling tilt and translation responses Journal of Neurophysiol-ogy 87(2)819ndash33 [aKJJ]
Messing R M ampDurgin F H (2005) Distance perception and the visual horizon inhead-mounted displays Transactions on Applied Perception 2234ndash50[FHD]
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Mittelstaedt H (1998) Origin and processing of postural information Neuroscienceand Biobehavioral Reviews 22(4)473ndash78 [aKJJ]
Moar I amp Bower G (1983) Inconsistency in spatial knowledge Memory andCognition 11107ndash13 [HS]
Moghaddam M Kaminsky Y L Zahalka A amp Bures J (1996) Vestibular navi-gation directed by the slope of terrain Proceedings of the National Academy ofSciences of the United States of America 93(8)3439ndash43 [aKJJ]
Montello D R (1991) The measurement of cognitive distance Methods and con-struct-validity Journal of Environmental Psychology 11(2)101ndash22 [CCC]
Montello D R (2005) Navigation In The Cambridge handbook of visuospatialthinking ed P Shah amp A Miyake pp 257ndash94 Cambridge University Press[CH]
Montello D R amp Pick H L (1993) Integrating knowledge of vertically aligned large-scale spaces Environment and Behavior 25(3)457ndash84 [aKJJ ABe CCC]
Morishita H amp Hensch T K (2008) Critical period revisited Impact on visionCurrent Opinion in Neurobiology 18(1)101ndash107 [rKJJ]
Moser E I Kropff E amp Moser M B (2008) Place cells grid cells and the brainrsquosspatial representation system Annual Review of Neuroscience 3169ndash89[aKJJ]
Moser E I amp Moser M B (2008) A metric for space Hippocampus 18(12)1142ndash56 [aKJJ]
Mueller M amp Wehner R (2010) Path integration provides a scaffold for landmarklearning in desert ants Current Biology 201368ndash71 [TBdP]
Muller R U amp Stead M (1996) Hippocampal place cells connected by Hebbiansynapses can solve spatial problems Hippocampus 6(6)709ndash19 [FTS]
Nardi D amp Bingman V P (2009a) Pigeon (Columba livia) encoding of a goallocation The relative importance of shape geometry and slope informationJournal of Comparative Psychology 123204ndash16 [DN]
Nardi D amp Bingman V P (2009b) Slope-based encoding of a goal location isunaffected by hippocampal lesions in homing pigeons (Columba livia) Behav-ioural Brain Research 205(1)322ndash26 [aKJJ DN]
Nardi D Mauch R J Klimas D B amp Bingman V P (2012) Use of slope andfeature cues in pigeon (Columba livia) goal-searching behavior Journal ofComparative Psychology 126288ndash93 [DN]
ReferencesJeffery et al Navigating in a three-dimensional world
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Nardi D Nitsch K P amp Bingman V P (2010) Slope-driven goal location behaviorin pigeons Journal of Experimental Psychology Animal Behavior Processes 36(4)430ndash42 [aKJJ DN]
Nieder A amp Miller E K (2004) A parieto-frontal network for visual numericalinformation in the monkey Proceedings of the National Academy of SciencesUSA 1017457ndash62 [ABa]
Nieh J C Contrera F A amp Nogueira-Neto P (2003) Pulsed mass recruitment bya stingless bee Trigona hyalinata Proceedings of the Royal Society of LondonB Biological Sciences 270(1529)2191ndash96 [aKJJ]
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Nitz D A (2011) Path shape impacts the extent of CA1 pattern recurrence both withinand across environments Journal of Neurophysiology 1051815ndash24 [FSa]
Normand E amp Boesch C (2009) Sophisticated Euclidean maps in forest chim-panzees Animal Behaviour 77(5)1195ndash201 doi101016janbehav200901025 [AMH]
Noser R amp Byrne R (2007a) Mental maps in chacma baboons (Papio ursinus)Using inter-group encounters as a natural experiment Animal Cognition 10(3)331ndash40 doi 101007s10071-006-0068-x [AMH]
Noser R amp Byrne R (2007b) Travel routes and planning of visits to out-of-sightresources in wild chacma baboons Papio ursinus Animal Behaviour 73(2)257ndash66 doi 101016janbehav200604012 [AMH]
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Phillips J G amp Ogeil R P (2010) Curved motions in horizontal and verticalorientations Human Movement Science 29737ndash50 [JGP]
Phillips J G Triggs T J amp Meehan J W (2005) Forwardup directional incom-patibilities during cursor placement within graphical user interfaces Ergo-nomics 48722ndash35 [JGP]
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Postma A Zuidhoek S Noordzij M L amp Kappers A M L (2007) Differencesbetween early-blind late-blind and blindfolded-sighted people in hapticspatial configuration learning and resulting memory traces Perception 361253ndash65 [AP]
Poucet B Save E amp Lenck-Santini P-P (2000) Sensory and memory properties ofplace cells firing Reviews in the Neurosciences 1195ndash111 [AP]
Pouget A Deneve S Ducom J-C amp Latham P E (1999) Narrow versus widetuning curves Whatrsquos best for a population code Neural Computation 1185ndash90 [SRL]
Pouget A Fisher S amp Sejnowski T J (1993) Egocentric representation in earlyvision Journal of Cognitive Neuroscience 5(2)150ndash61 [DMK]
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Powers W T (1973) Behavior The control of perception Aldine [FHD]Pravosudov V V amp Clayton N S (2002) A test of the adaptive specialization
hypothesis Population differences in caching memory and the hippocampus inblack-capped chickadees (Poecile atricapilla) Behavioral Neuroscience116515ndash22 [DN]
Proffitt D R Bhalla M Gossweiler R amp Midgett J (1995) Perceiving geo-graphical slant Psychonomic Bulletin and Review 2(4)409ndash28 [aKJJ FHDHER]
Proulx M J Brown D J Pasqualotto ANeuroscience and Biobehavioral Reviews[httpdxdoiorg101016jneubiorev201211017] Epub ahead of print[AP]
Proulx M J Brown D J Pasqualotto A amp Meijer P (2012) Multisensory per-ceptual learning and sensory substitution Neuroscience and BiobehavioralReviews 2012 Dec 7 pii S0149-7634(12)00207-2 [AP]
Proulx M J Stoerig P Ludowig E amp Knoll I (2008) Seeing ldquowhererdquo through theears Effects of learning-by-doing and long-term sensory deprivation on local-ization based on image-to-sound substitution PLoS ONE 3e1840 [AP]
Quinn P C Polly J L Furer M J Dobson V amp Narter D B (2002) Younginfantsrsquo performance in the object-variation version of the above-below categ-orization task A result of perceptual distraction or conceptual limitationInfancy 3323ndash47 [AGD]
Reppert S M (2006) A colorful model of the circadian clock Cell 124233ndash36[JGP]
Restat J D Steck S D Mochnatzki H F amp Mallot H A (2004) Geographicalslant facilitates navigation and orientation in virtual environments Perception 33(6)667ndash87 [aKJJ SMW]
Riener C R Stefanucci J K Proffitt D R amp Clore G (2011) An effect of moodon the perception of geographical slant Cognition and Emotion 25(1)174ndash82 [aKJJ]
Rieser J J Pick H L Jr Ashmead D amp Garing A (1995) Calibration of humanlocomotion and models of perceptual-motor organization Journal of Exper-imental Psychology Human Perception and Performance 21480ndash97 [FHD]
Roumlder B Kusmierek A Spence C amp Schicke T (2007) Developmental visiondetermines the reference frame for the multisensory control of action Pro-ceedings of the National Academy of Sciences USA 1044753ndash58 [AP]
Rolls E T (1999) Spatial view cells and the representation of place in the primatehippocampus Hippocampus 9467ndash80 [SRL]
Ross H E (1974) Behaviour and perception in strange environments Allen ampUnwin [HER]
Ross H E (1994) Scaling the heights Scottish Mountaineering Club Journal 255(185)402ndash10 [HER]
Ross H E (2006) Judgements of frontal slope in nearby outdoor scenes In FechnerDay 2006 ed D E Kornbrot R M Msetfi amp A W MacRae pp 257ndash62International Society for Psychophysics [HER]
Ross H E (2010) Perspective effects in frontal slope perception In Fechner Day2010 ed A Bastianelli amp G Vidotto pp 87ndash92 International Society forPsychophysics [HER]
Roswarski T E amp Proctor R W (1996) Multiple spatial codes and temporal overlapin choice reaction tasks Psychological Research 59196ndash211 [IB]
Sabra A I (1989) The Optics of Ibn al-Haytham Books I-III On direct vision Vol1 trans A I Sabra pp 163ndash66 The Warburg Institute University ofLondon [HER]
Sampaio C amp Wang R F (2009) Category-based errors and the accessibility ofunbiased spatial memories A retrieval model Journal of Experimental Psy-chology Learning Memory and Cognition 35(5)1331ndash37 [RFW]
Sargolini F Fyhn M Hafting T McNaughton B L Witter M P Moser M Bamp Moser E I (2006) Conjunctive representation of position direction andvelocity in entorhinal cortex Science 312(5774)758ndash62 [aKJJ]
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584 BEHAVIORAL AND BRAIN SCIENCES (2013) 365
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Savardi U amp Bianchi I (2009) The spatial path to contrariety In The perceptionand cognition of contraries ed U Savardi pp 63ndash92 McGraw-Hill [IB]
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Schnitzler H-U Moss C F amp Denzinger A (2003) From spatial orientation tofood acquisition in echolocating bats Trends in Ecology and Evolution 18(8)386ndash94 [CFM]
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Shinder M E amp Taube J S (2010) Responses of head direction cells in theanterodorsal thalamus during inversion Society for Neuroscience Abstracts No8951FFF6 [Society of Neuroscience Meeting Planner 2010 San Diego CAProgram No 8951] (Online) [aKJJ]
Si B Kropff E amp Treves A (2012) Grid alignment in entorhinal cortexBiological Cybernetics 106(8ndash9)483ndash506 doi 101007s00422-012-0513-7[FSt]
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Skaggs W E amp McNaughton B L (1998) Spatial firing properties of hippocampalCA1 populations in an environment containing two visually identical regionsJournal of Neuroscience 188455ndash66 [PAD]
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Smith A D Hood B M amp Gilchrist I D (2010) Probabilistic cuing in large-scaleenvironmental search Journal of Experimental Psychology Learning Memoryand Cognition 36(3)605ndash18 [KAL]
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Spiers H J Jovalekic A amp Jeffery K J (2009) The hippocampal place code ndashMultiple fragments or one big map Society of Neuroscience Abstracts No10128 [Society of Neuroscience Meeting Planner 2009 Chicago IL ProgramNo 10128] (Online) [PAD]
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Stefanucci J K Proffitt D R Clore G L amp Parekh N (2008) Skating down asteeper slope Fear influences the perception of geographical slant Perception37(2)321ndash23 [aKJJ]
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Wintergerst S amp Ronacher B (2012) Discrimination of inclined path segments by thedesert ant Cataglyphis fortis Journal of Comparative Physiology A Neu-roethology Sensory Neural and Behavioral Physiology 198(5)363ndash73 [aKJJ]
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Wray M K Klein B A Mattila H R amp Seeley T D (2008) Honeybees do notreject dances for ldquoimplausiblerdquo locations Reconsidering the evidence for cog-nitive maps in insects Animal Behaviour 76261ndash69 [SZ]
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Wyeth G amp Milford M J (2009) Spatial cognition for robots Robot navigationfrom biological inspiration IEEE Robotics and Automation Magazine 16(3)24ndash32 [HP]
Wystrach A Schwarz S Schultheiss P Beugnon G amp Cheng K (2011) Viewslandmarks and routes How do desert ants negotiate an obstacle courseJournal of Comparative Physiology A 197167ndash79 [SZ]
Yang Z amp Purves D (2003) A statistical explanation of visual space NatureNeuroscience 6(6)632ndash40 [HER]
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Yartsev M M amp Ulanovsky N (2013) Representation of three-dimensional space in the hippocampus of flying bats Science 340367ndash72[CFM FSa]
Yartsev M M Witter M P amp Ulanovsky N (2011) Grid cells without thetaoscillations in the entorhinal cortex of bats Nature 479(7371)103ndash107 doi101038nature10583 [CFM]
Young L R Oman C M Watt D G Money K E amp Lichtenberg B K (1984)Spatial orientation in weightlessness and readaptation to earthrsquos gravity Science225(4658)205ndash208 [aKJJ]
Zhang K amp Sejnowski T J (1999) Neural tuning To broaden or to sharpenNeuralComputation 1175ndash84 [SRL]
Zhu H Sauman I Yuan Q Casselman A Emery-Le M Emery P amp ReppertS M (2008) Cryptochromes define a novel circadian clock mechanism inMonarch butterflies that may underlie sun compass navigation PLoS Biology6138ndash55 [JGP]
ZugaroMB Arleo A Berthoz AampWiener S I (2003)Rapid spatial reorientationand head direction cells Journal of Neuroscience 23(8)3478ndash82 [aKJJ]
ReferencesJeffery et al Navigating in a three-dimensional world
BEHAVIORAL AND BRAIN SCIENCES (2013) 365 587
- Navigating in a three-dimensional world
-
- Introduction
- Theoretical considerations
- Behavioural studies in three dimensions
-
- 31Processing of verticality cues
- 32Navigation on a sloping surface
- 33Navigation in multilayer environments
- 34Navigation in a volumetric space
-
- Neurobiological studies in three dimensions
-
- 41Neural processing of verticality cues
- 42Neural encoding of a sloping surface
- 43Neural encoding of multilayer environments
- 44Neural encoding of a volumetric space
-
- Is the cognitive map bicoded
-
- 51Arguments for a bicoded cognitive map
- 52Why would animals have a metrically planar map
-
- Conclusion
-
- Open Peer Commentary
-
- head19
- head20
- head21
- head22
- head23
- head24
- head25
- head26
- head27
- head28
- head29
- head30
- head31
- head32
- head33
- head34
- head35
- head36
- head37
- head38
- head39
- head40
- head41
- head42
- head43
- head44
- head45
- head46
- head47
- head48
- head49
- head50
- Introduction
- Frames of reference
-
- R21Egocentric and allocentric reference frames
- R22Dimensionality of reference frames
- R23The origin of reference frames
-
- Comparative studies
-
- R31Studies of humans
- R32Studies of nonhumans
-
- Experience
-
- R41Developmental experience
- R42Adult experience
-