Category:Audio files from open-access scholarly articles

From Wikimedia Commons, the free media repository

Jump to navigation Jump to search

This category is hidden and appears in the second line of categories. It is not shown if the appropriate user preference is deactivated.

Subcategories

This category has only the following subcategory.

U

Unusual Repertoire of Vocalizations in the BTBR T+tf/J Mouse Model of Autism (10 F)

Media in category "Audio files from open-access scholarly articles"

The following 200 files are in this category, out of 1,023 total.

(previous page) (next page)

A Magicicada chorus containing M. septendecim, M. cassini, and M. septendecula - pone.0000892.s004.oga 15 s; 145 KB
A-Corticothalamic-Circuit-Model-for-Sound-Identification-in-Complex-Scenes-pone.0024270.s013.ogg 3.5 s; 21 KB
A-Corticothalamic-Circuit-Model-for-Sound-Identification-in-Complex-Scenes-pone.0024270.s014.ogg 3.5 s; 17 KB
A-Corticothalamic-Circuit-Model-for-Sound-Identification-in-Complex-Scenes-pone.0024270.s015.ogg 3.5 s; 21 KB
A-cross-modal-investigation-of-the-neural-substrates-for-ongoing-cognition-Audio1.oga 6 min 29 s; 3.21 MB
A-Hierarchical-Neuronal-Model-for-Generation-and-Online-Recognition-of-Birdsongs-pcbi.1002303.s001.ogg 6.5 s; 20 KB
A-neuronal-network-model-for-context-dependence-of-pitch-change-perception-Audio1.oga 3.4 s; 14 KB
A-neuronal-network-model-for-context-dependence-of-pitch-change-perception-Audio2.oga 3.4 s; 14 KB
A-neuronal-network-model-for-context-dependence-of-pitch-change-perception-Audio3.oga 3.4 s; 13 KB
A-neuronal-network-model-for-context-dependence-of-pitch-change-perception-Audio4.oga 3.4 s; 14 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio1.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio10.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio11.oga 0.6 s; 8 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio12.oga 0.6 s; 8 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio13.oga 0.6 s; 9 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio14.oga 0.6 s; 9 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio2.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio3.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio4.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio5.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio6.oga 0.6 s; 5 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio7.oga 0.6 s; 10 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio8.oga 0.6 s; 9 KB
A-Neuronal-Network-Model-for-Pitch-Selectivity-and-Representation-Audio9.oga 0.6 s; 9 KB
A-new-species-of-the-Boophis-rappiodes-group-(Anura-Mantellidae)-from-the-Sahamalaza-Peninsula-zookeys-435-111-s001.oga 2 min 26 s; 879 KB
A-Technical-Comparison-of-Digital-Frequency-Lowering-Algorithms-Available-in-Two-Current-Hearing-pone.0022358.s001.ogg 19 s; 78 KB
A-Technical-Comparison-of-Digital-Frequency-Lowering-Algorithms-Available-in-Two-Current-Hearing-pone.0022358.s002.ogg 19 s; 65 KB
A-Technical-Comparison-of-Digital-Frequency-Lowering-Algorithms-Available-in-Two-Current-Hearing-pone.0022358.s003.ogg 19 s; 73 KB
A-Technical-Comparison-of-Digital-Frequency-Lowering-Algorithms-Available-in-Two-Current-Hearing-pone.0022358.s004.ogg 19 s; 71 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s2.oga 20 s; 210 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s3.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s4.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s5.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s6.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s7.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s8.oga 0.2 s; 6 KB
A-window-into-the-brain-mechanisms-associated-with-noise-sensitivity-srep39236-s9.oga 0.2 s; 6 KB
Absence-of-Cue-Recruitment-for-Extrinsic-Signals-Sounds-Spots-and-Swirling-Dots-Fail-to-Influence-pone.0013295.s005.ogg 8.3 s; 72 KB
Absence-of-Cue-Recruitment-for-Extrinsic-Signals-Sounds-Spots-and-Swirling-Dots-Fail-to-Influence-pone.0013295.s006.ogg 8.3 s; 48 KB
Accurate-Guitar-Tuning-by-Cochlear-Implant-Musicians-pone.0092454.s003.oga 1 min 8 s; 587 KB
Acoustic-alarm-signalling-facilitates-predator-protection-of-treehoppers-by-mutualist-ant-bodyguards-rspb20080410s17.ogg 10 min 0 s; 4.45 MB
Acoustic-alarm-signalling-facilitates-predator-protection-of-treehoppers-by-mutualist-ant-bodyguards-rspb20080410s19.ogg 1 min 24 s; 424 KB
Acoustic-and-Categorical-Dissimilarity-of-Musical-Timbre-Evidence-from-Asymmetries-Between-Acoustic-Audio1.oga 0.5 s; 7 KB
Acoustic-and-Categorical-Dissimilarity-of-Musical-Timbre-Evidence-from-Asymmetries-Between-Acoustic-Audio2.oga 0.5 s; 7 KB
Acoustic-and-Categorical-Dissimilarity-of-Musical-Timbre-Evidence-from-Asymmetries-Between-Acoustic-Audio3.oga 0.5 s; 7 KB
Acoustic-and-Categorical-Dissimilarity-of-Musical-Timbre-Evidence-from-Asymmetries-Between-Acoustic-Audio4.oga 0.5 s; 7 KB
Acoustic-Communication-and-Sound-Degradation-How-Do-the-Individual-Signatures-of-Male-and-Female-pone.0102842.s001.oga 57 s; 443 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s005.oga 22 s; 205 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s006.oga 9.5 s; 87 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s007.oga 15 s; 139 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s008.oga 13 s; 123 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s009.oga 12 s; 113 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s010.oga 13 s; 121 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s011.oga 9.0 s; 81 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s012.oga 6.0 s; 56 KB
Acoustic-Divergence-with-Gene-Flow-in-a-Lekking-Hummingbird-with-Complex-Songs-pone.0109241.s013.oga 12 s; 109 KB
Acoustic-Intensity-Causes-Perceived-Changes-in-Arousal-Levels-in-Music-An-Experimental-Investigation-pone.0018591.s001.ogg 2 min 21 s; 1.25 MB
Acoustic-Intensity-Causes-Perceived-Changes-in-Arousal-Levels-in-Music-An-Experimental-Investigation-pone.0018591.s002.ogg 2 min 21 s; 1.25 MB
Acoustic-Intensity-Causes-Perceived-Changes-in-Arousal-Levels-in-Music-An-Experimental-Investigation-pone.0018591.s003.ogg 2 min 20 s; 2.03 MB
Acoustic-Structure-and-Contextual-Use-of-Calls-by-Captive-Male-and-Female-Cheetahs-(Acinonyx-pone.0158546.s001.oga 24 s; 94 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio1.oga 15 s; 160 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio2.oga 8.2 s; 89 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio3.oga 14 s; 146 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio4.oga 6.4 s; 72 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio5.oga 6.4 s; 69 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio6.oga 9.1 s; 98 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio7.oga 12 s; 126 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio8.oga 7.8 s; 77 KB
Action-Identity-in-Style-Simulation-Systems-Do-Players-Consider-Machine-Generated-Music-As-of-Their-Audio9.oga 18 s; 169 KB
An-acoustic-key-to-eight-languagesdialects-Factor-analyses-of-critical-band-filtered-speech-srep42468-s2.oga 19 s; 35 KB
An-acoustic-key-to-eight-languagesdialects-Factor-analyses-of-critical-band-filtered-speech-srep42468-s3.oga 19 s; 37 KB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s003.ogg 3 min 13 s; 1.87 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s004.ogg 4 min 3 s; 2.46 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s005.ogg 3 min 14 s; 1.89 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s006.ogg 4 min 0 s; 2.36 MB
An-auditory-multiclass-brain-computer-interface-with-natural-stimuli-Usability-evaluation-with-Audio1.oga 47 s; 616 KB
An-Autonomous-Underwater-Recorder-Based-on-a-Single-Board-Computer-pone.0130297.s001.oga 1.0 s; 7 KB
An-Autonomous-Underwater-Recorder-Based-on-a-Single-Board-Computer-pone.0130297.s002.oga 15 min 0 s; 3.5 MB
An-Autonomous-Underwater-Recorder-Based-on-a-Single-Board-Computer-pone.0130297.s003.oga 1 min 10 s; 264 KB
An-Autonomous-Underwater-Recorder-Based-on-a-Single-Board-Computer-pone.0130297.s004.oga 14 s; 121 KB
An-Efficient-Coding-Hypothesis-Links-Sparsity-and-Selectivity-of-Neural-Responses-pone.0025506.s002.ogg 1.4 s; 12 KB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio1.oga 2 min 16 s; 1.51 MB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio2.oga 2 min 8 s; 1.37 MB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio3.oga 2 min 0 s; 1.38 MB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio4.oga 2 min 10 s; 1.36 MB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio5.oga 2 min 18 s; 1.63 MB
Anodal-tDCS-to-Right-Dorsolateral-Prefrontal-Cortex-Facilitates-Performance-for-Novice-Jazz-Audio6.oga 2 min 20 s; 1.54 MB
Archilochus alexandri (Black-chinned hummingbird) vocalizations - pone.0027052.s003.oga 0.6 s; 9 KB
Arrhythmia-Caused-by-a-Drosophila-Tropomyosin-Mutation-Is-Revealed-Using-a-Novel-Optical-Coherence-pone.0014348.s001.ogg 35 s; 294 KB
Assessment-of-structured-physical-examination-skills-training-using-a-retro-pre-questionnaire-jeehp-10-13-abstract-recording.oga 3 min 26 s; 1.98 MB
Atelopus franciscus male advertisement call - pone.0022080.s001.oga 2 min 26 s; 681 KB
Atelopus franciscus male territorial call - pone.0022080.s002.oga 1 min 34 s; 427 KB
Attention-and-multisensory-integration-of-emotions-in-schizophrenia-Audio1.oga 1.0 s; 12 KB
Attention-and-multisensory-integration-of-emotions-in-schizophrenia-Audio2.oga 1.0 s; 13 KB
Attention-and-multisensory-integration-of-emotions-in-schizophrenia-Audio3.oga 1.0 s; 12 KB
Attention-and-multisensory-integration-of-emotions-in-schizophrenia-Audio4.oga 1.0 s; 13 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio1.oga 2.6 s; 39 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio2.oga 0.5 s; 10 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio3.oga 1.4 s; 24 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio4.oga 1.9 s; 28 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio5.oga 1.6 s; 25 KB
Attention-Modulates-the-Auditory-Cortical-Processing-of-Spatial-and-Category-Cues-in-Naturalistic-Audio6.oga 1.6 s; 25 KB
Audio recording of the Rufous Antpitta (Grallaria rufula) -pone.0077902.s002.oga 4.4 s; 40 KB
Audio recordings of the Plain-tailed Wren (Thryothorus euophrys) - pone.0077902.s003.oga 25 s; 220 KB
Auditory-Motor-Learning-during-Speech-Production-in-9-11-Year-Old-Children-pone.0012975.s001.ogg 7.5 s; 60 KB
Auditory-Motor-Learning-during-Speech-Production-in-9-11-Year-Old-Children-pone.0012975.s002.ogg 7.5 s; 59 KB
Auditory-Motor-Rhythms-and-Speech-Processing-in-French-and-German-Listeners-Audio1.oga 5.2 s; 50 KB
Auditory-Motor-Rhythms-and-Speech-Processing-in-French-and-German-Listeners-Audio2.oga 4.7 s; 43 KB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio1.oga 2 min 28 s; 1.13 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio10.oga 2 min 34 s; 1.18 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio11.oga 2 min 27 s; 1.12 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio12.oga 2 min 13 s; 1.02 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio13.oga 2 min 18 s; 1.05 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio2.oga 2 min 29 s; 1.14 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio3.oga 2 min 30 s; 1.14 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio4.oga 2 min 31 s; 1.15 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio5.oga 2 min 30 s; 1.14 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio6.oga 2 min 31 s; 1.15 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio7.oga 2 min 29 s; 1.14 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio8.oga 2 min 32 s; 1.16 MB
Auditory-motor-synchronization-with-temporally-fluctuating-sequences-is-dependent-on-fractal-Audio9.oga 2 min 36 s; 1.19 MB
Auditory-Short-Term-Memory-Behaves-Like-Visual-Short-Term-Memory-pbio.0050056.sa001.ogg 1.0 s; 5 KB
Auditory-Short-Term-Memory-Behaves-Like-Visual-Short-Term-Memory-pbio.0050056.sa002.ogg 1.0 s; 5 KB
Beat-Processing-Is-Pre-Attentive-for-Metrically-Simple-Rhythms-with-Clear-Accents-An-ERP-Study-pone.0097467.s001.oga 36 s; 330 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s001.ogg 4.5 s; 29 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s002.ogg 4.1 s; 27 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s003.ogg 6.4 s; 40 KB
Biomusic-An-Auditory-Interface-for-Detecting-Physiological-Indicators-of-Anxiety-in-Children-Audio1.oga 1 min 22 s; 749 KB
Biomusic-An-Auditory-Interface-for-Detecting-Physiological-Indicators-of-Anxiety-in-Children-Audio2.oga 1 min 22 s; 736 KB
BMP-signaling-modulation-attenuates-cerebral-arteriovenous-malformation-formation-in-a-vertebrate-jcbfm2014134x3.ogv 22 s, 720 × 480; 1.14 MB
BMP-signaling-modulation-attenuates-cerebral-arteriovenous-malformation-formation-in-a-vertebrate-jcbfm2014134x4.ogv 16 s, 720 × 480; 692 KB
Bonobos-Extract-Meaning-from-Call-Sequences-pone.0018786.s007.ogg 4.0 s; 37 KB
Bonobos-Extract-Meaning-from-Call-Sequences-pone.0018786.s008.ogg 4.2 s; 39 KB
Call-Cultures-in-Orang-Utans?-pone.0036180.s001.ogg 3.5 s; 35 KB
Call-Cultures-in-Orang-Utans?-pone.0036180.s002.ogg 6.0 s; 32 KB
Call-Cultures-in-Orang-Utans?-pone.0036180.s003.ogg 1.0 s; 11 KB
Call-Cultures-in-Orang-Utans?-pone.0036180.s004.ogg 5.6 s; 53 KB
Calling song from a Tettigettalna josei male recorded in Cartaya-biodiversity data journal-2-e1045-s001.oga 12 s; 308 KB
Calling song of Magicicada cassini - pone.0000892.s002.oga 7.5 s; 47 KB
Calling song of Magicicada septendecim - pone.0000892.s001.oga 5.9 s; 33 KB
Calling song of Magicicada septendecula - pone.0000892.s003.oga 13 s; 85 KB
Calling song of Tibicen chiricahua Davis - ZooKeys-337-049-s002.oga 14 s; 121 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s001.ogg 0.6 s; 8 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s002.ogg 0.6 s; 7 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s003.ogg 1.1 s; 13 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s004.ogg 1.0 s; 12 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s005.ogg 0.8 s; 12 KB
Campbell's-Monkeys-Use-Affixation-to-Alter-Call-Meaning-pone.0007808.s006.ogg 1.1 s; 16 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio1.oga 3.5 s; 17 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio10.oga 2.6 s; 15 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio11.oga 4.4 s; 21 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio12.oga 2.6 s; 13 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio2.oga 3.5 s; 17 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio3.oga 3.5 s; 20 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio4.oga 3.5 s; 13 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio5.oga 3.5 s; 7 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio6.oga 3.5 s; 13 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio7.oga 4.3 s; 20 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio8.oga 2.6 s; 18 KB
Can-Birds-Perceive-Rhythmic-Patterns-A-Review-and-Experiments-on-a-Songbird-and-a-Parrot-Species-Audio9.oga 2.6 s; 16 KB
Carpodacus mexicanus vocalizations - pone.0027052.s006.oga 3.1 s; 14 KB
Characterization-and-Generation-of-Male-Courtship-Song-in-Cotesia-congregata-(Hymenoptera-pone.0062051.s001.oga 16 s; 219 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio1.oga 1.9 s; 19 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio2.oga 2.3 s; 23 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio3.oga 2.3 s; 23 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio4.oga 2.6 s; 25 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio5.oga 2.3 s; 13 KB
Child-implant-users-imitation-of-happy--and-sad-sounding-speech-Audio6.oga 2.6 s; 18 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio1.oga 15 s; 113 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio2.oga 16 s; 128 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio3.oga 8.8 s; 79 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio4.oga 15 s; 119 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio5.oga 17 s; 101 KB
Childrens-identification-of-familiar-songs-from-pitch-and-timing-cues-Audio6.oga 6.1 s; 57 KB
Chimpanzee-Alarm-Call-Production-Meets-Key-Criteria-for-Intentionality-pone.0076674.s004.oga 1.1 s; 12 KB
Chimpanzee-Alarm-Call-Production-Meets-Key-Criteria-for-Intentionality-pone.0076674.s005.oga 1.2 s; 18 KB
Chimpanzee-Alarm-Call-Production-Meets-Key-Criteria-for-Intentionality-pone.0076674.s006.oga 0.8 s; 13 KB
Chimpanzee-drumming-a-spontaneous-performance-with-characteristics-of-human-musical-drumming-srep11320-s2.oga 5 min 53 s; 2.91 MB
Chopin Etude op 10 n 3.oga 3 min 36 s; 1.66 MB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio1.oga 2.6 s; 22 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio10.oga 2.8 s; 24 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio2.oga 7.5 s; 58 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio3.oga 2.6 s; 22 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio4.oga 7.4 s; 54 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio5.oga 2.8 s; 22 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio6.oga 2.8 s; 22 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio7.oga 8.0 s; 59 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio8.oga 2.9 s; 23 KB
Color-and-texture-associations-in-voice-induced-synesthesia-Audio9.oga 7.8 s; 58 KB
Color-improves-visual-acuity-via-sound-Audio1.oga 2.1 s; 6 KB
Color-improves-visual-acuity-via-sound-Audio10.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio11.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio12.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio13.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio14.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio15.oga 2.1 s; 8 KB
Color-improves-visual-acuity-via-sound-Audio2.oga 2.1 s; 6 KB
Color-improves-visual-acuity-via-sound-Audio3.oga 2.1 s; 6 KB
Color-improves-visual-acuity-via-sound-Audio4.oga 2.1 s; 6 KB
Color-improves-visual-acuity-via-sound-Audio5.oga 2.1 s; 7 KB

(previous page) (next page)

Retrieved from "https://commons.wikimedia.org/w/index.php?title=Category:Audio_files_from_open-access_scholarly_articles&oldid=801257337"

Non-topical/index:

Hidden categories