Falsetto

Vocal registers
Highest
   Whistle
   Falsetto
   Modal
   Vocal fry
Lowest

Falsetto (Italian diminutive of falso, "false") is the vocal register occupying the frequency range just above the modal voice register and overlapping with it by approximately one octave. It is produced by the vibration of the ligamentous edges of the vocal cords, in whole or in part. Commonly cited in the context of singing, falsetto, a characteristic of phonation by both men and women, is also one of four main spoken vocal registers recognized by speech pathology.

The falsetto voice—with its characteristic breathy, flute-like sound relatively free of overtones—is more limited than its modal counterpart in both dynamic variation and tone quality.[1] The term falsetto is most often used in the context of singing to refer to a type of vocal phonation that enables the singer to sing notes beyond the vocal range of the normal or modal voice.[2]

Contents

Physiological process

The modal register, or normal voice, and falsetto register differ primarily in the action of the vocal cords. Production of the normal voice involves vibration of the entire vocal cord, with the glottis opening first at the bottom and then at the top. Production of falsetto, on the other hand, vibrates only the ligamentous edges of the vocal folds while leaving each fold's body relatively relaxed.[3] Transition from modal voice to falsetto occurs when each vocal cord's main body, or vocalis muscle, relaxes, enabling the cricothyroid muscles to stretch the vocal ligaments.[1] William Vennard describes this process as follows:

“With the vocalis muscles relaxed it is possible for the cricothyroids to place great longitudinal tension upon the vocal ligaments. The tension can be increased in order to raise the pitch even after the maximum length of the cords has been reached. This makes the vocal folds thin so that there is negligible vertical phase difference. The vocalis muscles fall to the sides of the larynx and the vibration take place almost entirely in the ligaments.”[4]

In the modal register, the vocal folds (when viewed with a stroboscope) are seen to contact with each other completely during each vibration, closing the gap between them fully, if just for a very short time. This closure cuts off the escaping air. When the air pressure in the trachea rises as a result of this closure, the folds are blown apart, while the vocal processes of the arytenoid cartilages remain in apposition. This creates an oval shaped gap between the folds and some air escapes, lowering the pressure inside the trachea. Rhythmic repetition of this movement, a certain number of times a second, creates a pitched note.[2]

Vocal fold, scheme
Glottal cycle, falsetto

In falsetto, however, the vocal folds are seen to be blown apart and in untrained falsetto singers a permanent oval orifice is left in the middle between the edges of the two folds through which a certain volume of air escapes continuously as long as the register is engaged (the singer is singing using the voice). In skilled countertenors, however, the mucous membrane of the vocal folds contact with each other completely during each vibration cycle. The arytenoid cartilages are held in firm apposition in this voice register also. The length or size of the oval orifice or separation between the folds can vary, but it is known to get bigger in size as the pressure of air pushed out is increased.[2]

The folds are made up of elastic and fatty tissue. The folds are covered on the surface by laryngeal mucous membrane which is supported deeper down underneath by the innermost fibres of the thyroarytenoid muscle. In falsetto the extreme membranous edges, i.e. the edges furthest away from the middle of the gap between the folds, appear to be the only parts vibrating. The mass corresponding to the innermost part of the thyro-arytenoid muscle remains still and motionless.[2]

Some singers feel a sense of muscular relief when they change from the modal register to the falsetto register.[2]

Research has revealed that not all speakers and singers produce falsetto in exactly the same way. Some speakers and singers leave the cartilaginous portion of the glottis open (sometimes called mutational chink), and only the front two-thirds of the vocal ligaments enter the vibration. The resulting sound, which is typical of many adolescents, may be pure and flutelike, but is usually soft and anemic in quality. In others, the full length of the glottis opens and closes in each cycle. In still others, a phenomenon known as damping appears, with the amount of glottal opening becoming less and less as the pitch rises, until only a tiny slit appears on the highest pitches. The mutational chink type of falsetto is considered inefficient and weak, but there is little information available about the relative strengths and weaknesses of the other two types.[1]

Female falsetto

The issue of the female falsetto voice has been met with some controversy, especially among vocal pedagogists. Many books on the art of singing completely ignore this issue, simply gloss over it, or insist that women do not have falsetto. This controversy, however, does not exist within the speech pathology community and arguments against the existence of female falsetto do not align with current physiological evidence. Motion picture and video studies of laryngeal action reveal that women can and do produce falsetto, and electromyographic studies by several leading speech pathologists and vocal pedagogists provide further confirmation.[4]

One possible explanation for this failure to recognize the female falsetto is the fact that the difference in timbre and dynamic level between the modal and falsetto registers often is not as pronounced in female voices as it is in male voices. This is due in part to the difference in the length and mass of the vocal folds and to the difference in frequency ranges.[5] It is an established fact that women have a falsetto register and that many young female singers substitute falsetto for the upper portion of the modal voice.[1] Some vocal pedagogists believe that this failure to recognize the female falsetto voice has led to the misidentification of young contraltos and mezzo-sopranos as sopranos, as it is easier for these lower voice types to sing in the soprano tessitura using their falsetto register.[1]

Musical history

Use of falsetto voice in western music is very old. Its origins are difficult to trace because of ambiguities in terminology. In a book by GB Mancini, called Pensieri e riflessioni written in 1774, falsetto is equated with 'voce di testa' (translated as 'head voice'). Possibly when 13th century writers distinguished between chest, throat and head registers (pectoris, guttoris, capitis) they meant capitis to refer to what would be later called falsetto.[2]

By the 16th century the term falsetto was common in Italy. The physician, Giovanni Camillo Maffei, in his book Discorso della voce e del modo d'apparare di cantar di garganta in 1562, explained that when a bass singer sang in the soprano range, the voice was called 'falsetto'.[2]

The falsetto register is used by male countertenors to sing in the alto and occasionally the soprano range, and was before women sang in choirs. Falsetto is occasionally used by early music specialists today, and regularly in British cathedral choirs by men who sing the alto line.

In opera, it is believed that the chest voice, middle voice and head voice occur in women.[6] The head voice of a man is, according to David A. Clippinger most likely equivalent to the middle voice of a woman.[7] This may mean the head voice of a woman is a man's falsetto equivalent. Although, in contemporary teaching, some teachers no longer talk of the middle voice, choosing to call it the head voice as with men. Falsetto is not generally counted by classical purists as a part of the vocal range of anyone except countertenors. There are exceptions, however, such as the Bariton-Martin which uses falsetto (see baritone article).[8]

In Mexico, one of the greatest singers of 'falsete was Miguel Aceves Mejia, a singer and actor in the Golden Age of Mexican cinema, known as the "Rey de Falsete", or "Falsetto King". He sang over a thousand songs, such as "La Malagueña, El Jinete, La Noche y Tu, and La Del Rebozo Blanco", many of which utilized falsetto.[9] Falsetto has been used in Mexican songs for many generations.

Many Hawaiian songs feature falsetto. In Hawaiian-style falsetto, the singer, usually male, emphasizes the break between registers. Sometimes the singer exaggerates the break through repetition, as a yodel. As with other aspects of Hawaiian music, falsetto developed from a combination of sources, including pre-European Hawaiian chanting, early Christian hymn singing and the songs and yodeling of immigrant cowboys during the Kamehameha Reign in the 1800s when cowboys were brought from Mexico to teach Hawaiians how to care for cattle.

Falsetto is also common in African folk music, especially the South African style called Mbube, traditionally performed by an all-male a capella chorus.

There is a difference between the modern usage of the "head voice" term and its previous meaning in the renaissance as a type of falsetto, according to many singing professionals. The falsetto can be coloured or changed to sound different. It can be given classical styling to sound as male classical countertenors make it sound, or be sung in more contemporary musical styles..[10]

Use in singing

Falsetto is more limited in dynamic variation and tone quality than the modal voice. Falsetto does not connect to modal voice except at very low volumes, leading to vocal breaks when transitioning from modal voice. Most trained singers have at least an octave of range that they can sing in either modal voice or falsetto. In the absence of modern vocal training to hold back the volume of modal voice, in this overlapping area a given pitch in modal voice will be louder than the same pitch sung in falsetto.[11] The type of vocal cord vibration that produces the falsetto voice precludes loud singing except in the highest tones of that register; it also limits the available tone colors because of the simplicity of its waveform. Modal voice is capable of producing much more complex waveforms and infinite varieties of tone color. Falsetto, however, does involve less physical effort by the singer than the modal voice and, when properly used, can make possible some desirable tonal effects.[1]

The falsetto voice has a number of highly specialized uses within a musical context. The following list includes the most common ones:[1]

  • in a male choir, to enable the first tenor to maintain the very demanding tessitura.
  • in yodeling
  • in Barbershop music for the Tenor voice (not always necessary) and occasionally with the Lead and Baritone voices in certain arrangements.
  • for comic effect in both operas and musicals
  • by some lyric (Irish) tenors, folk singers, and so forth
  • by falsettists or countertenors
  • for pitches which are above the range of the modal register
  • for pianissimo tones that would be difficult to execute in the modal register
  • for vocal development

Use in speech

The ability to speak within the falsetto register is possible for almost all men and women. The use of such speech, however, is uncommon, and is usually employed within the context of humor,[12] as in Monty Python's Flying Circus sketches featuring the Pepperpots, saying "please don't", or the Saturday Night Live sketch "Barry Gibb Talk Show". Some people, however, speak frequently or entirely in the falsetto register. This behavior is identified by speech pathologists as a type of functional dysphonia.[12] Falsetto also describes the momentary, but often repeated, artificially-raised pitch emitted by pubescent boys undergoing voice change.

See also

References

  1. 1.0 1.1 1.2 1.3 1.4 1.5 1.6 McKinney, James (1994). The Diagnosis and Correction of Vocal Faults. Genovex Music Group. ISBN 978-1565939400. 
  2. 2.0 2.1 2.2 2.3 2.4 2.5 2.6 THE NEW GROVE Dictionary of MUSIC & MUSICIANS. Edited by Stanley Sadie, Volume 6. Edmund to Fryklund. ISBN 1-56159-174-2, Copyright Macmillan 1980.
  3. Large, John (February/March 1972). "Towards an Integrated Physiologic-Acoustic Theory of Vocal Registers". The NATS Bulletin 28: 30–35. 
  4. 4.0 4.1 Vennard, William (1967). Singing: The Mechanism and the Technic. Carl Fischer. ISBN 978-0825800559. 
  5. Greene, Margaret; Lesley Mathieson (2001). The Voice and its Disorders. John Wiley & Sons; 6th Edition edition. ISBN 978-1861561961. 
  6. The OXFORD DICTIONARY OF OPERA. JOHN WARRACK AND EWAN WEST, ISBN 0-19-869164-5
  7. Clippinger, David Alva (1917). The Head Voice and Other Problems: Practical Talks on Singing. Oliver Ditson Company. pp. 24. Project Gutenberg etext
  8. THE NEW GROVE Dictionary of MUSIC & MUSICIANS. Edited by Stanley Sadie, Volume 2. Back to Bolivia. ISBN 1-56159-174-2, Copyright Macmillan Publishers Limited 1980.
  9. http://www.diariosigloxxi.com/texto-diario/mostrar/18124
  10. Justin Timberlake: 'FutureSex/LoveSounds' by Christy Lemire - Associated Press - Sept. 11, 2006 - Timberlake's falsetto layering on top of one other as the songs build to their crescendos. link
  11. Van den Berg, J.W. (December 1963). "Vocal Ligaments versus Registers". The NATS Bulletin 19: 18. 
  12. 12.0 12.1 Cooper, Morton (1973). Modern Techniques of Vocal Rehabilitation. Charles C. Thomas. 

Further reading

External links