Department of Linguistics

Parent: UCLA

eScholarship stats: Breakdown by Item for May through August, 2026

ItemTitleTotal requestsDownloadView-only%Dnld
3tt2m1vsWPP, No. 107: Dispersion in the Vowel System of Pima1,1731,1165795.1%
5zx6z32dA Chadic Cornucopia58944014974.7%
26b4r9nwWPP, No. 9251628922756.0%
1xq3d5hrWPP, No. 76: Phonetic and Phonological Rules of Nasalization44515129433.9%
7m55b8bbWPP, No.110: Glottal stops before word-initial vowels in American English: distribution and acoustic characteristics4339733622.4%
7c42d7thSchuhschrift: Papers in Honor of Russell Schuh41723218555.6%
05b2s4wgThe empirical base of linguistics: Grammaticality judgments and linguistic methodology41312628730.5%
63t1324hWPP, No. 107: Acoustic Study of Georgian Stop Consonants4088332520.3%
52f5v2x2WPP, No. 79: Articulatory and Acoustic Properties of Apical and Laminal Articulations39014624437.4%
2138v3n3An outline of the narrative grammar of electronic dance music3883068278.9%
7999p9xwWPP, No. 50: UPSID (UCLA Phonological Segment Inventory Database)38717521245.2%
8k45g432WPP, No. 84: Fieldwork Studies of Targeted Languages38511327229.4%
0942x2jvWPP, No. 87: Fieldwork Studies of Targeted Languages II32419213259.3%
0n76t3hnWPP, No.111: Glottal articulations of phonation contrasts and their acoustic and perceptual consequences3167723924.4%
6j56m1xzWPP, No.111: Word-initial glottalization and voice quality strengthening3148622827.4%
7jd6n6vdThe neural architecture of language: Integrative modeling converges on predictive processing3014425714.6%
9xx930j1WPP, No. 108: Phonation Contrasts Across Languages2909119931.4%
2rh299k5WPP, No. 4528215512755.0%
5sn1s51rWPP, No. 7028116511658.7%
1dq2z0kjWPP, No. 64: Some of the Sounds of the World's Languages2791849565.9%
3h25w3h3WPP, No. 91: Fieldwork Studies of Targeted Languages III27810517337.8%
9q2137prWPP, No. 102: Dissection of the Speech Production Mechanism2728618631.6%
8gd9104hWPP, No. 108: The acoustics of coarticulated non-modal phonation2705821221.5%
0m52w1dwWPP, No.111: The Intonation of Tongan2585919922.9%
1gh6x943WPP, No. 108: Comparison of speaking fundamental frequency in English and Mandarin2586119723.6%
31p920zfIs Second Language Attrition Inevitable After Instruction Ends? An Exploratory Longitudinal Study of Advanced Instructed Second Language Users2483920915.7%
9k27q775How to vocode: Using channel vocoders for cochlear-implant research2471767171.3%
9d46z3sbWPP, No.111: A preliminary model of Singaporean English intonational phonology2464020616.3%
5bp4v3jdThe Mixtec couplet is not a consistent grammatical unit2451836274.7%
84j8713pWPP, No. 93: Fieldwork Studies of Targeted Languages IV24412112349.6%
4xw308mgWPP, No.111: Japanese consecutive devoicing as a phonetic process: the relative contribution of conditioning factors and its speaker variability2415119021.2%
52014440WPP, No. 722391558464.9%
1wt272b6Laryngeal reduction and mora deletion in Mixtec2341934182.5%
6mt3d01xSemantic projection recovers rich human knowledge of multiple object features from word embeddings2346317126.9%
3fn134hvWPP, No. 9: A Phonology of Akan22910312645.0%
0h9362zfValidating a psychoacoustic model of voice quality2249812643.8%
8779b7gqWPP, No. 90: Acoustic Realizations of American /r/ as Produced by Women and Men22111710452.9%
6p1293fdWPP, No. 882149911546.3%
4j43d6qjWPP, No. 832131189555.4%
04r5q6qnWPP, No. 105: Linguistic Voice Quality2116614531.3%
7r50d55jWPP, No. 11: Practical Phonetic Exercises2062817813.6%
4qs31528WPP, No. 108: Perception of pitch location within a speaker’s own range: fundamental frequency, voice quality and speaker sex2022417811.9%
4sr0s3jwWPP, No. 86: Articulatory Timing in English Consonant Sequences1999710248.7%
07b9m6x8WPP, No. 82: Phonetic Underspecification and Target Interpolation: An Acoustic Study of Marshallese Vowel Allophony1983516317.7%
9hk2v7rcWPP, No. 105: Phonological Development of Korean: A Case Study1931425173.6%
12w9g1h8WPP, No.110: Registers in tonal contrasts1925413828.1%
3pg0w66xWPP, No. 971921157759.9%
2mw9c40qNon-literal language processing is jointly supported by the language and theory of mind networks: Evidence from a novel meta-analytic fMRI approach1901296167.9%
1z6819t5WPP, No.111: Focus, prosody, and individual differences in “autistic” traits: Evidence from cross-modal semantic priming1865413229.0%
85z926p7WPP, No. 104: Prosody in Sentence Processing: Korean vs. English1823714520.3%
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