Glottalic consonant

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Lua error in package.lua at line 80: module 'strict' not found. A glottalic consonant is a consonant produced with some important contribution (a movement, a closure) of the glottis (the opening that leads from the nose and mouth cavities into the larynx and the lungs).

Glottalic sounds may involve motion of the larynx upward or downward, producing an egressive or ingressive glottalic airstream mechanism respectively. An egressive glottalic airstream produces ejective consonants, while an ingressive glottalic airstream produces implosive consonants. Ejectives are almost always voiceless stops (plosives) or affricates, while implosives are almost always voiced stops.

However, when a sound is said to be glottalized, this is not normally what is meant. Rather, glottalization implies that a normal pulmonic airstream is interrupted by closure of the glottis. Sonorants (including vowels) may be glottalized in this fashion. There are two ways this is represented in the IPA: (a) the same way as ejectives, with an apostrophe; or, (b) more properly with the under-tilde for creaky voice. For example, the Yapese word for sick with a glottalized m could be transcribed as either [mʼaar] or [m̰aar]. (In some typefaces, the apostrophe would occur above the em.) When an obstruent is glottalized but still uses a pulmonic airstream, it may be written ⟨ˀp⟩ etc.[1]

When glottalic consonants of different types are present in a language, they tend to form a single phonological class.[citation needed] However, a language that has one kind of glottalized consonant is not particularly likely to have other kinds. For example, languages in the Americas which have both ejectives and glottalized sonorants may reflect an areal feature rather than an inherent feature common to the sounds in question. Since none of the three types are very common, languages containing more than one type are relatively rare.[2]

How to produce an implosive consonant

In order to produce an implosive b, do as follows:

  1. Close your lips together so as to pronounce a [b].
  2. Move your glottis downward as if you were yawning. You should be able to feel it move with your fingers; if you have a noticeable adam's apple, you should also be able to see it move in a mirror.
  3. While 'yawning', open your lips and say [ba]. Try doing this quickly so that the air flows into your mouth while you pronounce the [b]. There should be a deep hollow sound, and the [a] should follow smoothly.

The same principle applies to the other implosive consonants, but [ɓ] is the easiest.

How to produce an ejective consonant

In order to produce, for example, an ejective k, do as follows:

  1. Press the back of your tongue to the roof of your mouth so as to pronounce a [k].
  2. Move your glottis upward. If this is not something you normally do, you may need to monitor your adam's apple with your fingers.
  3. You may notice the pressure building. Release the back of your tongue, letting out air for a [ka]. The [k] should be clicky and dull. (Your glottis will move down again during the [a], so don't mind that.)

The same principle applies to the other ejective consonants, but [kʼ] is the easiest.

Distribution in the world's languages

Based on Ian Maddieson's map of the distribution of glottalized consonants,[2] and on the accompanying text, which can be opened in a separate window; all statements are drawn from this source. Click on the symbols in the map legend to remove them from or restore them to the map. Click on the symbols on the map itself to see Maddieson's sources for that language.

This section gives the distribution of "ejective and ejective-like consonants, implosive and implosive-like consonants, and glottalized resonants" according to the number of languages in which these sounds occur, the geographical location of these languages, and the total number of consonants in the languages. Note that fewer than 10% of the extant languages were surveyed; future research could change some of the conclusions here.

How many languages have glottalized consonants?

In the text accompanying his map, Maddieson writes, “At least some glottalized consonants occur in the consonant inventories of 154 of the 566 languages surveyed for this chapter, that is, in a little over a quarter of the languages (27.2%). Among the three classes of these consonants as defined above, ejectives are more widely found than implosives, and glottalized resonants are the least widespread. Ejectives or ejective-like consonants occur in 92 (16.3%) languages in the survey, implosives or implosive-like consonants occur in 75 (13.3%), and glottalized resonants in just 29 (5.1%).” Note that Maddieson includes such features as stiff voice (but not breathy voice), “It should thus be borne in mind that the terms ejective and implosive are being used here to refer to somewhat more inclusive classes of consonants than is traditional in the phonetic literature” (or in Wikipedia).

Co-occurrence of ejectives, implosives, and glottalized resonants

Maddieson also states, “An overwhelming majority (135 out of 151) [that is, almost 90%] of the languages in the survey with implosives or with ejectives do not include members of the other class in their consonant inventories; on the other hand, a majority (22 out of 29) [about 75%] of the languages with glottalized resonants also have ejectives.”

Geographic distribution

It appears that these types of consonants cluster in geographic regions more strongly than they cluster in language families (areal distribution rather than genealogical, according to Maddieson).


Over half of the languages with ejectives are in the Western Hemisphere. Maddieson says, “They are particularly found along the Andean cordillera in the south, in Mexico and Guatemala, and in the more northwesterly parts of North America. Most strikingly, the consonant inventories of almost all the diverse indigenous languages of northern California, Oregon and Washington, British Columbia, the Yukon and Alaska include ejectives.” Clusters elsewhere include the Semitic languages of Ethiopia and neighbouring countries. “The dense cluster of languages in the Caucasus with ejectives includes languages of four different families.... Itelmen and Yapese [show] that consonants of this type can occasionally develop in geographical isolation.”


Over half of the languages with implosives are in sub-Saharan Africa; another big cluster is in Southeast Asia. Only 16% of the languages with implosives occur elsewhere in world. Maddieson says that about three-quarters of the languages that have both ejectives and implosives occur in eastern and southern Africa.

Glottalized resonants

Two-thirds of the languages with glottalized resonants are in the Americas. Nearly half of them co-occur with ejectives in the cluster from California to the Northwest Territories of Canada. Glottalized resonants are found only in three languages with ejectives outside the Western Hemisphere; Maddieson suggests, “The association between glottalized resonants and ejectives might best be viewed as a result of overlapping patterns of spread in a single area, and not as the consequence of any particular linguistic dependence between the occurrence of these two classes of consonants.”

Glottalized consonants compared to total number of consonants

Maddieson believes that complex consonants, requiring "more intricate coordination" of different parts of the mouth and throat, are more likely to occur in languages with larger numbers of contrasting consonant phonemes. He says, “About 10% of the languages with small consonant inventories [18 or fewer consonants] have any glottalized consonants, whereas two-thirds of those with large inventories [34 or more consonants] include one or more glottalized consonants, and the proportion increases with each increase in overall inventory size.”

See also


  1. Collins & Mees, 1984, The Sounds of English and Dutch, p 281.
  2. 2.0 2.1 Maddieson, Ian. 2008. Glottalized Consonants. In: Haspelmath, Martin & Dryer, Matthew S. & Gil, David & Comrie, Bernard (eds.) The World Atlas of Language Structures Online. Munich: Max Planck Digital Library, chapter 7. Available online at Accessed on 2008-06-05.