@Article{Bauer2015,
  author   = {Laurie Bauer},
  journal  = {English Language and Linguistics},
  title    = {English phonotactics},
  year     = {2015},
  number   = {3},
  pages    = {437--475},
  volume   = {19},
  abstract = {This article presents an analysis of the phonotactic structures of English presented in The Cambridge English Pronouncing Dictionary, paying attention to morphological boundaries, the difference between stressed and unstressed syllables, the difference between native and non-native, and considering the distribution of vowels as well as consonants. The phonotactic status of names turns out to be unlike the status of other morphologically unanalysable words, and some new observations are made on consonant clusters as well as vowel sequences, which have previously been overlooked.},
  comment  = {Data based on BBC English

Clusters vs. sequences
*	A consonant cluster is found within the confines of a syllable, while a consonant sequence may go beyond the confines of the syllable. Thus in sphere there is a /sf/ cluster, but in dysfunctional, the sequence /sf/ is not cluster because the source shows the two consonants to be divided by a syllable boundary.
*	The articles focuses on clusters, not sequences

English has epenthetic stops
*	Dance is pronounced Dants
*	Prince is pronounced prints 

Some constraints
*	Voiced and unvoiced obstruents cannot occur in a cluster (though they can occur in a sequence)
*	VC sequences: Most vowels can be immediately followed by most consonants, except where there is some general systematic rule against it, such as the lack of final /h/. 
*	Initial single consonants are fundamentally unrestricted by the vowels to which they attach.


Table of tables 
1.	Vowels with following consonants
2.	Initial CCC clusters
3.	Initial CC clusters
4.	CC final clusters and their uses
5.	CCCC final clusters
6.	Lexical (type) frequency of CC #  clusters
	
	7.	Frequencies of  #CC clusters
8a.	Word-final cluster frequency: lexical
8b.	Word-final cluster frequency: including a morpheme boundary
8c.	Word-initial clusters
9.	Geminate consonants over morphological boundaries
10.	Geminate vowels over morphological boundaries
11.	Vowel sequences indicating morphological boundaries
12.	Vowel sequences in proper names
13.	Vowel sequences in loans},
  doi      = {10.1017/S1360674315000179},
  file     = {:/Users/endress/Articles/English phonotactics.pdf:PDF},
}

{"_id":"k2E6RrAGGneA8DXjk","bibbaseid":"bauer-englishphonotactics-2015","author_short":["Bauer, L."],"bibdata":{"bibtype":"article","type":"article","author":[{"firstnames":["Laurie"],"propositions":[],"lastnames":["Bauer"],"suffixes":[]}],"journal":"English Language and Linguistics","title":"English phonotactics","year":"2015","number":"3","pages":"437–475","volume":"19","abstract":"This article presents an analysis of the phonotactic structures of English presented in The Cambridge English Pronouncing Dictionary, paying attention to morphological boundaries, the difference between stressed and unstressed syllables, the difference between native and non-native, and considering the distribution of vowels as well as consonants. The phonotactic status of names turns out to be unlike the status of other morphologically unanalysable words, and some new observations are made on consonant clusters as well as vowel sequences, which have previously been overlooked.","comment":"Data based on BBC English Clusters vs. sequences * A consonant cluster is found within the confines of a syllable, while a consonant sequence may go beyond the confines of the syllable. Thus in sphere there is a /sf/ cluster, but in dysfunctional, the sequence /sf/ is not cluster because the source shows the two consonants to be divided by a syllable boundary. * The articles focuses on clusters, not sequences English has epenthetic stops * Dance is pronounced Dants * Prince is pronounced prints Some constraints * Voiced and unvoiced obstruents cannot occur in a cluster (though they can occur in a sequence) * VC sequences: Most vowels can be immediately followed by most consonants, except where there is some general systematic rule against it, such as the lack of final /h/. * Initial single consonants are fundamentally unrestricted by the vowels to which they attach. Table of tables 1. Vowels with following consonants 2. Initial CCC clusters 3. Initial CC clusters 4. CC final clusters and their uses 5. CCCC final clusters 6. Lexical (type) frequency of CC # clusters 7. Frequencies of #CC clusters 8a. Word-final cluster frequency: lexical 8b. Word-final cluster frequency: including a morpheme boundary 8c. Word-initial clusters 9. Geminate consonants over morphological boundaries 10. Geminate vowels over morphological boundaries 11. Vowel sequences indicating morphological boundaries 12. Vowel sequences in proper names 13. Vowel sequences in loans","doi":"10.1017/S1360674315000179","file":":/Users/endress/Articles/English phonotactics.pdf:PDF","bibtex":"@Article{Bauer2015,\n author = {Laurie Bauer},\n journal = {English Language and Linguistics},\n title = {English phonotactics},\n year = {2015},\n number = {3},\n pages = {437--475},\n volume = {19},\n abstract = {This article presents an analysis of the phonotactic structures of English presented in The Cambridge English Pronouncing Dictionary, paying attention to morphological boundaries, the difference between stressed and unstressed syllables, the difference between native and non-native, and considering the distribution of vowels as well as consonants. The phonotactic status of names turns out to be unlike the status of other morphologically unanalysable words, and some new observations are made on consonant clusters as well as vowel sequences, which have previously been overlooked.},\n comment = {Data based on BBC English\n\nClusters vs. sequences\n*\tA consonant cluster is found within the confines of a syllable, while a consonant sequence may go beyond the confines of the syllable. Thus in sphere there is a /sf/ cluster, but in dysfunctional, the sequence /sf/ is not cluster because the source shows the two consonants to be divided by a syllable boundary.\n*\tThe articles focuses on clusters, not sequences\n\nEnglish has epenthetic stops\n*\tDance is pronounced Dants\n*\tPrince is pronounced prints \n\nSome constraints\n*\tVoiced and unvoiced obstruents cannot occur in a cluster (though they can occur in a sequence)\n*\tVC sequences: Most vowels can be immediately followed by most consonants, except where there is some general systematic rule against it, such as the lack of final /h/. \n*\tInitial single consonants are fundamentally unrestricted by the vowels to which they attach.\n\n\nTable of tables \n1.\tVowels with following consonants\n2.\tInitial CCC clusters\n3.\tInitial CC clusters\n4.\tCC final clusters and their uses\n5.\tCCCC final clusters\n6.\tLexical (type) frequency of CC # clusters\n\t\n\t7.\tFrequencies of #CC clusters\n8a.\tWord-final cluster frequency: lexical\n8b.\tWord-final cluster frequency: including a morpheme boundary\n8c.\tWord-initial clusters\n9.\tGeminate consonants over morphological boundaries\n10.\tGeminate vowels over morphological boundaries\n11.\tVowel sequences indicating morphological boundaries\n12.\tVowel sequences in proper names\n13.\tVowel sequences in loans},\n doi = {10.1017/S1360674315000179},\n file = {:/Users/endress/Articles/English phonotactics.pdf:PDF},\n}\n\n","author_short":["Bauer, L."],"key":"Bauer2015","id":"Bauer2015","bibbaseid":"bauer-englishphonotactics-2015","role":"author","urls":{},"metadata":{"authorlinks":{}}},"bibtype":"article","biburl":"http://endress.org/publications/ansgar.bib","dataSources":["xPGxHAeh3vZpx4yyE","TXa55dQbNoWnaGmMq"],"keywords":[],"search_terms":["english","phonotactics","bauer"],"title":"English phonotactics","year":2015}