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Singing
Singing
from Wikipedia

Singing girls
Boys' choir
Girl Singing (Frans Hals, about 1628)

Singing is the art of creating music with the voice. It is the oldest form of musical expression, and the human voice can be considered the first musical instrument.[1] The definition of singing varies across sources.[1] Some sources define singing as the act of creating musical sounds with the voice.[2][3][4] Other common definitions include "the utterance of words or sounds in tuneful succession"[1] or "the production of musical tones by means of the human voice".[5]

A person whose profession (or hobby) is singing is called a singer or a vocalist (in jazz or popular music).[6][7] Singers perform music (arias, recitatives, songs, etc.) that can be sung with or without accompaniment by musical instruments. Singing is often done in an ensemble of musicians, such as a choir. Singers may perform as soloists or accompanied by anything from a single instrument (as in art songs or some jazz styles) up to a symphony orchestra or big band. Many styles of singing exist throughout the world.

Singing can be formal or informal, arranged, or improvised. It may be done as a form of religious devotion, as a hobby, as a source of pleasure, comfort, as part of a ritual, during music education or as a profession. Excellence in singing requires time, dedication, instruction, and regular practice. If practice is done regularly then the sounds can become clearer and stronger.[8] Professional singers usually build their careers around one specific musical genre, such as classical or rock, although there are singers with crossover success (singing in more than one genre). Professional singers typically receive voice training from vocal coaches or voice teachers throughout their careers.

Singing should not be confused with rapping as they are not the same.[9][10][11] According to music scholar and rap historian Martin E. Connor, "Rap is often defined by its very opposition to singing."[12] While also a form of vocal music, rap differs from singing in that it does not engage with tonality in the same way and does not require pitch accuracy.[10] Like singing, rap does use rhythm in connection to words but these are spoken rather than sung on specific pitches.[10] Grove Music Online states that "Within the historical context of popular music in the United States, rap can be seen as an alternative to singing that could connect directly with stylistic speech practices in African American English."[9] However, some rap artists do employ singing as well as rapping in their music; using the switch between the rhythmic speech of rapping and the sung pitches of singing as a striking contrast to grab the attention of the listener.[13]

Voices

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In its physical aspect, singing has a well-defined technique that depends on the use of the lungs, which act as an air supply or bellows; on the larynx, which acts as a reed or vibrator; on the chest, head cavities and the skeleton, which have the function of an amplifier, as the tube in a wind instrument; and on the tongue, which together with the palate, teeth, and lips articulate and impose consonants and vowels on the amplified sound. Though these four mechanisms function independently, they are nevertheless coordinated in the establishment of a vocal technique and are made to interact upon one another.[14] During passive breathing, air is inhaled with the diaphragm while exhalation occurs without any effort. Exhalation may be aided by the abdominal, internal intercostal and lower pelvis/pelvic muscles. Inhalation is aided by use of external intercostals, scalenes, and sternocleidomastoid muscles. The pitch is altered with the vocal cords. With the lips closed, this is called humming.

The sound of each individual's singing voice is entirely unique not only because of the actual shape and size of an individual's vocal cords, but also due to the size and shape of the rest of that person's body. Humans have vocal folds which can loosen, tighten, or change their thickness, and over which breath can be transferred at varying pressures. The shape of the chest and neck, the position of the tongue, and the tightness of otherwise unrelated muscles can be altered. Any one of these actions results in a change in pitch, volume (loudness), timbre, or tone of the sound produced. Sound also resonates within different parts of the body and an individual's size and bone structure can affect the sound produced by an individual.

Singers can also learn to project sound in certain ways so that it resonates better within their vocal tract. This is known as vocal resonation. Another major influence on vocal sound and production is the function of the larynx which people can manipulate in different ways to produce different sounds. These different kinds of laryngeal function are described as different kinds of vocal registers.[15] The primary method for singers to accomplish this is through the use of the singer's formant; which has been shown to match particularly well to the most sensitive part of the ear's frequency range.[16][17]

It has also been shown that a more powerful voice may be achieved with a fatter and fluid-like vocal fold mucosa.[18][19] The more pliable the mucosa, the more efficient the transfer of energy from the airflow to the vocal folds.[20]

Vocal classification

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In European classical music and opera, voices are treated like musical instruments. Composers who write vocal music must have an understanding of the skills, talents, and vocal properties of singers. Voice classification is the process by which human singing voices are evaluated and are thereby designated into voice types. These qualities include but are not limited to vocal range, vocal weight, vocal tessitura, vocal timbre, and vocal transition points such as breaks and lifts within the voice. Other considerations are physical characteristics, speech level, scientific testing, and vocal registration.[21] The science behind voice classification developed within European classical music has been slow in adapting to more modern forms of singing. Voice classification is often used within opera to associate possible roles with potential voices. There are currently several different systems in use within classical music including the German Fach system and the choral music system among many others. No system is universally applied or accepted.[22]

However, most classical music systems acknowledge seven different major voice categories. Women are typically divided into three groups: soprano, mezzo-soprano, and contralto. Men are usually divided into four groups: countertenor, tenor, baritone, and bass. With regard to voices of pre-pubescent children, an eighth term, treble, can be applied. Within each of these major categories, several sub-categories identify specific vocal qualities like coloratura facility and vocal weight to differentiate between voices.[23]

Within choral music, singers' voices are divided solely on the basis of vocal range. Choral music most commonly divides vocal parts into high and low voices within each sex (SATB, or soprano, alto, tenor, and bass). As a result, the typical choral situation gives many opportunities for misclassification to occur.[23] Since most people have medium voices, they must be assigned to a part that is either too high or too low for them; the mezzo-soprano must sing soprano or alto and the baritone must sing tenor or bass. Either option can present problems for the singer, but for most singers, there are fewer dangers in singing too low than in singing too high.[24]

Within contemporary forms of music (sometimes referred to as contemporary commercial music), singers are classified by the style of music they sing, such as jazz, pop, blues, soul, country, folk, and rock styles. There is currently no authoritative voice classification system within non-classical music. Attempts have been made to adopt classical voice type terms to other forms of singing but such attempts have been met with controversy.[25] The development of voice categorizations were made with the understanding that the singer would be using classical vocal technique within a specified range using unamplified (no microphones) vocal production. Since contemporary musicians use different vocal techniques and microphones and are not forced to fit into a specific vocal role, applying such terms as soprano, tenor, baritone, etc. can be misleading or even inaccurate.[26]

Vocal registration

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Vocal registration refers to the system of vocal registers within the voice. A register in the voice is a particular series of tones, produced in the same vibratory pattern of the vocal folds, and possessing the same quality. Registers originate in laryngeal function. They occur because the vocal folds are capable of producing several different vibratory patterns.[27] Each of these vibratory patterns appears within a particular range of pitches and produces certain characteristic sounds.[28] The occurrence of registers has also been attributed to the effects of the acoustic interaction between the vocal fold oscillation and the vocal tract.[29] The term "register" can be somewhat confusing as it encompasses several aspects of the voice. The term register can be used to refer to any of the following:[23]

  • A particular part of the vocal range such as the upper, middle, or lower registers.
  • A resonance area such as chest voice or head voice.
  • A phonatory process (phonation is the process of producing vocal sound by the vibration of the vocal folds that is in turn modified by the resonance of the vocal tract)
  • A certain vocal timbre or vocal "color"
  • A region of the voice which is defined or delimited by vocal breaks.

In linguistics, a register language is a language which combines tone and vowel phonation into a single phonological system. Within speech pathology, the term vocal register has three constituent elements: a certain vibratory pattern of the vocal folds, a certain series of pitches, and a certain type of sound. Speech pathologists identify four vocal registers based on the physiology of laryngeal function: the vocal fry register, the modal register, the falsetto register, and the whistle register. This view is also adopted by many vocal pedagogues.[23]

Vocal resonation

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Cross-section of the head and neck

Vocal resonation is the process by which the basic product of phonation is enhanced in timbre or intensity by the air-filled cavities through which it passes on its way to the outside air. Various terms related to the resonation process include amplification, enrichment, enlargement, improvement, intensification, and prolongation, although in strictly scientific usage acoustic authorities would question most of them. The main point to be drawn from these terms by a singer or speaker is that the result of resonation is, or should be, to make a better sound.[23] There are seven areas that may be listed as possible vocal resonators. In sequence from the lowest within the body to the highest, these areas are the chest, the tracheal tree, the larynx itself, the pharynx, the oral cavity, the nasal cavity, and the sinuses.[30]

Chest voice and head voice

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Chest voice and head voice are terms used within vocal music. The use of these terms varies widely within vocal pedagogical circles and there is currently no one consistent opinion among vocal music professionals in regards to these terms. Chest voice can be used in relation to a particular part of the vocal range or type of vocal register; a vocal resonance area; or a specific vocal timbre.[23] Head voice can be used in relation to a particular part of the vocal range or type of vocal register or a vocal resonance area.[23] In Men, the head voice is commonly referred to as the falsetto. The transition from and combination of chest voice and head voice is referred to as vocal mix or vocal mixing in the singer's performance.[31] Vocal mixing can be inflected in specific modalities of artists who may concentrate on smooth transitions between chest voice and head voice, and those who may use a "flip"[32] to describe the sudden transition from chest voice to head voice for artistic reasons and enhancement of vocal performances.

History and development

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The first recorded mention of the terms chest voice and head voice was around the 13th century when it was distinguished from the "throat voice" (pectoris, guttoris, capitis—at this time it is likely that head voice referred to the falsetto register) by the writers Johannes de Garlandia and Jerome of Moravia.[33] The terms were later adopted within bel canto, the Italian opera singing method, where chest voice was identified as the lowest and head voice the highest of three vocal registers: the chest, passagio, and head registers.[22] This approach is still taught by some vocal pedagogists today. Another current popular approach that is based on the bel canto model is to divide both men and women's voices into three registers. Men's voices are divided into "chest register", "head register", and "falsetto register" and woman's voices into "chest register", "middle register", and "head register". Such pedagogists teach that the head register is a vocal technique used in singing to describe the resonance felt in the singer's head.[34]

However, as knowledge of physiology has increased over the past two hundred years, so has the understanding of the physical process of singing and vocal production. As a result, many vocal pedagogists, such as Ralph Appelman at Indiana University and William Vennard at the University of Southern California, have redefined or even abandoned the use of the terms chest voice and head voice.[22] In particular, the use of the terms chest register and head register have become controversial since vocal registration is more commonly seen today as a product of laryngeal function that is unrelated to the physiology of the chest, lungs, and head. For this reason, many vocal pedagogists argue that it is meaningless to speak of registers being produced in the chest or head. They argue that the vibratory sensations which are felt in these areas are resonance phenomena and should be described in terms related to vocal resonance, not to registers. These vocal pedagogists prefer the terms chest voice and head voice over the term register. This view believes that the problems which people identify as register problems are really problems of resonance adjustment. This view is also in alignment with the views of other academic fields that study vocal registration including speech pathology, phonetics, and linguistics. Although both methods are still in use, current vocal pedagogical practice tends to adopt the newer more scientific view. Also, some vocal pedagogists take ideas from both viewpoints.[23]

The contemporary use of the term chest voice often refers to a specific kind of vocal coloration or vocal timbre. In classical singing, its use is limited entirely to the lower part of the modal register or normal voice. Within other forms of singing, chest voice is often applied throughout the modal register. Chest timbre can add a wonderful array of sounds to a singer's vocal interpretive palette.[35] However, the use of an overly strong chest voice in the higher registers in an attempt to hit higher notes in the chest can lead to forcing. Forcing can lead consequently to vocal deterioration.[36]

Vocal registers: General discussion of transitions

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Passaggio (Italian pronunciation: [pasˈsaddʒo]) is a term used in classical singing to describe the transition area between the vocal registers. The passaggi (plural) of the voice lie between the different vocal registers, such as the chest voice, where any singer can produce a powerful sound, the middle voice, and the head voice, where a penetrating sound is accessible, but usually only through vocal training. The historic Italian school of singing describes a primo passaggio and a secondo passaggio connected through a zona di passaggio in the male voice and a primo passaggio and secondo passaggio in the female voice. A major goal of classical voice training in classical styles is to maintain an even timbre throughout the passaggio. Through proper training, it is possible to produce a resonant and powerful sound.

Vocal registers and transitions

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One cannot adequately discuss the vocal passaggio without having a basic understanding of the different vocal registers. In his book The Principles of Voice Production, Ingo Titze states, "The term register has been used to describe perceptually distinct regions of vocal quality that can be maintained over some ranges of pitch and loudness."[37] Discrepancies in terminology exist between different fields of vocal study, such as teachers and singers, researchers, and clinicians. As Marilee David points out, "Voice scientists see registration primarily as acoustic events."[38] For singers, it is more common to explain registration events based on the physical sensations they feel when singing. Titze also explains that there are discrepancies in the terminology used to talk about vocal registration between speech pathologists and singing teachers.[39] Since this article discusses the passaggio, which is a term used by classical singers, the registers will be discussed as they are in the field of singing rather than speech pathology and science.

The three main registers, described as head, middle (mixed), and chest voice, are described as having a rich timbre, because of the overtones due to the sympathetic resonance within the human body. Their names are derived from the area in which the singer feels these resonant vibration in the body. The chest register, more commonly referred to as the chest voice, is the lowest of the registers. When singing in the chest voice the singer feels sympathetic vibration in the chest. This is the register that people most commonly use while speaking. The middle voice falls in between the chest voice and head voice. The head register, or the head voice, is the highest of the main vocal registers. When singing in the head voice, the singer may feel sympathetic vibration occurring in the face or another part of the head. Where these registers lie in the voice is dependent on sex and the voice type within each sex.[40]

There are an additional two registers called falsetto and flageolet register, which lie above their head register.[41][42] Training is often required to access the pitches within these registers. Men and women with lower voices rarely sing in these registers. Lower-voiced women in particular receive very little if any training in the flageolet register. Men have one more additional register called the strohbass, which lies below the chest voice. Singing in this register is hard on the vocal cords, and therefore, is hardly ever used.[43]

Vocal pedagogy

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Ercole de' Roberti: Concert, c. 1490

Vocal pedagogy is the study of the teaching of singing. The art and science of vocal pedagogy has a long history that began in Ancient Greece[44] and continues to develop and change today. Professions that practice the art and science of vocal pedagogy include vocal coaches, choral directors, vocal music educators, opera directors, and other teachers of singing.

Vocal pedagogy concepts are a part of developing proper vocal technique. Typical areas of study include the following:[45][46]

  • Anatomy and physiology as it relates to the physical process of singing
  • Vocal styles: for classical singers, this includes styles ranging from Lieder to opera; for pop singers, styles can include "belted out" a blues ballads; for jazz singers, styles can include Swing ballads and scatting.

Vocal technique

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Real-time MRI of a vocal tract while singing

Singing when done with proper vocal technique is an integrated and coordinated act that effectively coordinates the physical processes of singing. There are four physical processes involved in producing vocal sound: respiration, phonation, resonation, and articulation. These processes occur in the following sequence:

  1. Breath is taken
  2. Sound is initiated in the larynx
  3. The vocal resonators receive the sound and influence it
  4. The articulators shape the sound into recognizable units

Although these four processes are often considered separately when studied, in actual practice, they merge into one coordinated function. With an effective singer or speaker, one should rarely be reminded of the process involved as their mind and body are so coordinated that one only perceives the resulting unified function. Many vocal problems result from a lack of coordination within this process.[26]

Since singing is a coordinated act, it is difficult to discuss any of the individual technical areas and processes without relating them to others. For example, phonation only comes into perspective when it is connected with respiration; the articulators affect resonance; the resonators affect the vocal folds; the vocal folds affect breath control; and so forth. Vocal problems are often a result of a breakdown in one part of this coordinated process which causes voice teachers to frequently focus intensively on one area of the process with their student until that issue is resolved. However, some areas of the art of singing are so much the result of coordinated functions that it is hard to discuss them under a traditional heading like phonation, resonation, articulation, or respiration.

Once the voice student has become aware of the physical processes that make up the act of singing and of how those processes function, the student begins the task of trying to coordinate them. Inevitably, students and teachers will become more concerned with one area of the technique than another. The various processes may progress at different rates, with a resulting imbalance or lack of coordination. The areas of vocal technique which seem to depend most strongly on the student's ability to coordinate various functions are:[23]

  1. Extending the vocal range to its maximum potential
  2. Developing consistent vocal production with a consistent tone quality
  3. Developing flexibility and agility
  4. Achieving a balanced vibrato
  5. A blend of chest and head voice on every note of the range[47]

Developing the singing voice

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Singing is a skill that requires highly developed muscle reflexes. Singing does not require much muscle strength but it does require a high degree of muscle coordination. Individuals can develop their voices further through the careful and systematic practice of both songs and vocal exercises. Vocal exercises have several purposes, including[23] warming up the voice; extending the vocal range; "lining up" the voice horizontally and vertically; and acquiring vocal techniques such as legato, staccato, control of dynamics, rapid figurations, learning to sing wide intervals comfortably, singing trills, singing melismas and correcting vocal faults.

Vocal pedagogists instruct their students to exercise their voices in an intelligent manner. Singers should be thinking constantly about the kind of sound they are making and the kind of sensations they are feeling while they are singing.[26]

Learning to sing is an activity that benefits from the involvement of an instructor. A singer does not hear the same sounds inside their head that others hear outside. Therefore, having a guide who can tell a student what kinds of sounds he or she is producing guides a singer to understand which of the internal sounds correspond to the desired sounds required by the style of singing the student aims to re-create.[citation needed]

Extending vocal range

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An important goal of vocal development is to learn to sing to the natural limits[48] of one's vocal range without any obvious or distracting changes of quality or technique. Vocal pedagogists teach that a singer can only achieve this goal when all of the physical processes involved in singing (such as laryngeal action, breath support, resonance adjustment, and articulatory movement) are effectively working together. Most vocal pedagogists believe in coordinating these processes by (1) establishing good vocal habits in the most comfortable tessitura of the voice, and then (2) slowly expanding the range.[15]

There are three factors that significantly affect the ability to sing higher or lower:

  1. The energy factor – "energy" has several connotations. It refers to the total response of the body to the making of sound; to a dynamic relationship between the breathing-in muscles and the breathing-out muscles known as the breath support mechanism; to the amount of breath pressure delivered to the vocal folds and their resistance to that pressure; and to the dynamic level of the sound.
  2. The space factor – "space" refers to the size of the inside of the mouth and the position of the palate and larynx. Generally speaking, a singer's mouth should be opened wider the higher he or she sings. The internal space or position of the soft palate and larynx can be widened by relaxing the throat. Vocal pedagogists describe this as feeling like the "beginning of a yawn".
  3. The depth factor – "depth" has two connotations. It refers to the actual physical sensations of depth in the body and vocal mechanism, and to mental concepts of depth that are related to tone quality.

McKinney says, "These three factors can be expressed in three basic rules: (1) As you sing higher, you must use more energy; as you sing lower, you must use less. (2) As you sing higher, you must use more space; as you sing lower, you must use less. (3) As you sing higher, you must use more depth; as you sing lower, you must use less."[23]

Posture

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The singing process functions best when certain physical conditions of the body are put in place. The ability to move air in and out of the body freely and to obtain the needed quantity of air can be seriously affected by the posture of the various parts of the breathing mechanism. A sunken chest position will limit the capacity of the lungs, and a tense abdominal wall will inhibit the downward travel of the diaphragm. Good posture allows the breathing mechanism to fulfill its basic function efficiently without any undue expenditure of energy. Good posture also makes it easier to initiate phonation and to tune the resonators as proper alignment prevents unnecessary tension in the body. Vocal pedagogists have also noted that when singers assume good posture it often provides them with a greater sense of self-assurance and poise while performing. Audiences also tend to respond better to singers with good posture. Habitual good posture also ultimately improves the overall health of the body by enabling better blood circulation and preventing fatigue and stress on the body.[15]

Good singing posture typically involves an aligned spine, relaxed shoulders, and balanced stance to allow for optimal breath support and resonance. There are eight components of the ideal singing posture:

  1. Feet slightly apart
  2. Legs straight but knees slightly bent
  3. Hips facing straight forward
  4. Spine aligned
  5. Abdomen flat
  6. Chest comfortably forward
  7. Shoulders down and back
  8. Head facing straight forward

Breathing and breath support

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Natural breathing has three stages: a breathing-in period, breathing out period, and a resting or recovery period; these stages are not usually consciously controlled. Within singing, there are four stages of breathing: a breathing-in period (inhalation); a setting up controls period (suspension); a controlled exhalation period (phonation); and a recovery period.

These stages must be under conscious control by the singer until they become conditioned reflexes. Many singers abandon conscious controls before their reflexes are fully conditioned which ultimately leads to chronic vocal problems.[49]

Vibrato

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Vibrato is a technique in which a sustained note wavers very quickly and consistently between a higher and a lower pitch, giving the note a slight quaver. Vibrato is the pulse or wave in a sustained tone. Vibrato occurs naturally and is the result of proper breath support and a relaxed vocal apparatus.[50] Some studies have shown that vibrato is the result of a neuromuscular tremor in the vocal folds. In 1922 Max Schoen was the first to make the comparison of vibrato to a tremor due to change in amplitude, lack of automatic control and it being half the rate of normal muscular discharge.[51] Vibrato is commonly used in classical, jazz, and popular singing styles as a means of expression, often contributing to a richer tone quality.

Extended vocal technique

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Extended vocal techniques include rapping, screaming, growling, overtones, sliding, falsetto, yodeling, belting, use of vocal fry register, using sound reinforcement systems, among others. A sound reinforcement system is the combination of microphones, signal processors, amplifiers, and loudspeakers. The combination of such units may also use reverb, echo chambers and Auto-Tune among other devices.

Vocal music

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Vocal music is music performed by one or more singers, which are typically called songs, and which may be performed with or without instrumental accompaniment, in which singing provides the main focus of the piece. Vocal music is probably the oldest form of music since it does not require any instrument or equipment besides the voice. All musical cultures have some form of vocal music and there are many long-standing singing traditions throughout the world's cultures. Music which employs singing but does not feature it prominently is generally considered instrumental music. For example, some blues rock songs may have a short, simple call-and-response chorus, but the emphasis in the song is on the instrumental melodies and improvisation. Vocal music typically features sung words called lyrics, although there are notable examples of vocal music that are performed using non-linguistic syllables or noises, sometimes as musical onomatopoeia. A short piece of vocal music with lyrics is broadly termed a song, although, in classical music, terms such as aria are typically used.

Genres of vocal music

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A trio of female singers performing at the Berwald Hall in 2016

Vocal music is written in many different forms and styles which are often labeled within a particular genre of music. These genres include popular music, art music, religious music, secular music, and fusions of such genres. Within these larger genres are many subgenres. For example, popular music would encompass blues, jazz, country music, easy listening, hip hop, rock music, and several other genres. There may also be a subgenre within a subgenre such as vocalese and scat singing in jazz.

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In many modern pop musical groups, a lead singer performs the primary vocals or melody of a song, as opposed to a backing singer who sings backup vocals or the harmony of a song. Backing vocalists sing some, but usually, not all, parts of the song often singing only in a song's refrain or humming in the background. An exception is five-part gospel a cappella music, where the lead is the highest of the five voices and sings a descant and not the melody. Some artists may sing both the lead and backing vocals on audio recordings by overlapping recorded vocal tracks.

Popular music includes a range of vocal styles. Hip hop uses rapping, the rhythmic delivery of rhymes in a rhythmic speech over a beat or without accompaniment. Some types of rapping consist mostly or entirely of speech and chanting, like the Jamaican "toasting". In some types of rapping, the performers may interpolate short sung or half-sung passages. Blues singing is based on the use of the blue notes – notes sung at a slightly lower pitch than that of the major scale for expressive purposes. In heavy metal and hardcore punk subgenres, vocal styles can include techniques such as screams, shouts, and unusual sounds such as the "death growl".

One difference between live performances in the popular and Classical genres is that whereas Classical performers often sing without amplification in small- to mid-size halls, in popular music, a microphone and PA system (amplifier and speakers) are used in almost all performance venues, even a small coffee house. The use of the microphone has had several impacts on popular music. For one, it facilitated the development of intimate, expressive singing styles such as "crooning" which would not have enough projection and volume if done without a microphone. As well, pop singers who use microphones can do a range of other vocal styles that would not project without amplification, such as making whispering sounds, humming, and mixing half-sung and sung tones. As well, some performers use the microphone's response patterns to create effects, such as bringing the mic very close to the mouth to get an enhanced bass response, or, in the case of hip-hop beatboxers, doing plosive "p" and "b" sounds into the mic to create percussive effects. In the 2000s, controversy arose over the widespread use of electronic Auto-Tune pitch correction devices with recorded and live popular music vocals. Controversy has also arisen due to cases where pop singers have been found to be lip-syncing to a pre-recorded recording of their vocal performance or, in the case of the controversial act Milli Vanilli, lip-syncing to tracks recorded by other uncredited singers.

While some bands use backup singers who only sing when they are on stage, it is common for backup singers in popular music to have other roles. In many rock and metal bands, the musicians doing backup vocals also play instruments, such as rhythm guitar, electric bass, or drums. In Latin or Afro-Cuban groups, backup singers may play percussion instruments or shakers while singing. In some pop and hip hop groups and in musical theater, the backup singers may be required to perform elaborately choreographed dance routines while they sing through headset microphones.

Careers

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The salaries and working conditions for vocalists vary a great deal. While jobs in other music fields such as music education choir conductors tend to be based on full-time, salaried positions, singing jobs tend to be based on contracts for individual shows or performances, or for a sequence of shows.

Aspiring singers and vocalists must have musical skills, an excellent voice, the ability to work with people, and a sense of showmanship and drama. Additionally, singers need to have the ambition and drive to continually study and improve.[52]

Professional singers continue to seek out vocal coaching to hone their skills, extend their range, and learn new styles. As well, aspiring singers need to gain specialized skills in the vocal techniques used to interpret songs, learn about the vocal literature from their chosen style of music, and gain skills in choral music techniques, sight singing and memorizing songs, and vocal exercises.

Some singers learn other music related jobs, such as composing, music producing and songwriting. Some singers put videos on YouTube and streaming apps. Singers market themselves to buyers of vocal talent, by doing auditions in front of a music director. Depending on the style of vocal music that a person has trained in, the "talent buyers" that they seek out may be record company, A&R representatives, music directors, choir directors, nightclub managers, or concert promoters. A CD or DVD with excerpts of vocal performances is used to demonstrate a singer's skills. Some singers hire an agent or manager to help them to seek out paid engagements and other performance opportunities; the agent or manager is often paid by receiving a percentage of the fees that the singer gets from performing onstage.

Singing competitions

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There are several television shows that showcase singing. Since the 1990s, televised singing competitions such as Sa Re Ga Ma Pa (India), American Idol (US), and The Voice (international franchise) have become popular formats for discovering and promoting vocal talent.. American Idol was launched in 2002. The first singing reality show was Sa Re Ga Ma Pa launched by Zee TV in 1995.[53] At the American Idol Contestants audition in front of a panel of judges to see if they can move on to the next round in Hollywood, from then, the competition begins. The field of contestants is narrowed down week by week until a winner is chosen. To move on to the next round, the contestants' fate is determined by a vote by viewers. The Voice is another singing competition program. Similar to American Idol, the contestants audition in front of a panel of judges, however, the judges' chairs are faced towards the audience during the performance. If the coaches are interested in the artist, they will press their button signifying they want to coach them. Once the auditions conclude, coaches have their team of artists and the competition begins. Coaches then mentor their artists and they compete to find the best singer. Other well-known singing competitions include The X Factor, America's Got Talent, Rising Star and The Sing-Off.

A different example of a singing competition is Don't Forget the Lyrics!, where the show's contestants compete to win cash prizes by correctly recalling song lyrics from a variety of genres. The show contrasts to many other music-based game shows in that artistic talent (such as the ability to sing or dance in an aesthetically pleasing way) is irrelevant to the contestants' chances of winning; in the words of one of their commercials prior to the first airing, "You don't have to sing it well; you just have to sing it right." In a similar vein, The Singing Bee combines karaoke singing with a spelling bee-style competition, with the show featuring contestants trying to remember the lyrics to popular songs.

Singing and language

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Every spoken language, natural or non-natural language has its own intrinsic musicality which affects singing by means of pitch, phrasing, and accent.

American Sign Language: Artistic Song Signing

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An artistic signer, a signer who translates the lyrics of a song into American Sign Language (ASL), can modify existing signs, create new signs from the three basic parameters of sign language, and manipulate the typical signing space, thus deliberately expressing "rhythm, pitch, phrasing, and timbre."[54] Moreover, an artistic signer can be a person who is "Deaf, hearing, or hard of hearing" such as Justina Miles, a Deaf performer who used ASL to interpret Rihanna's 2023 Super Bowl Halftime Show performance, and Stephen Torrence, a hearing person who created signed songs on YouTube.[54][55]

Neurological aspects

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Much research has been done recently on the link between music and language, especially singing. It is becoming increasingly clear that these two processes are very much alike, and yet also different. Levitin describes how, beginning with the eardrum, sound waves are translated into pitch, or a tonotopic map, and then shortly thereafter "speech and music probably diverge into separate processing circuits" (130).[56] There is evidence that neural circuits used for music and language may start out in infants undifferentiated. There are several areas of the brain that are used for both language and music. For example, Brodmann area 47, which has been implicated in the processing of syntax in oral and sign languages, as well as musical syntax and semantic aspects of language. Levitin recounts how in certain studies, "listening to music and attending its syntactic features", similar to the syntactic processes in language, activated this part of the brain. In addition, "musical syntax ... has been localized to ... areas adjacent to and overlapping with those regions that process speech syntax, such as Broca's area" and "the regions involved in musical semantics ... appear to be [localized] near Wernicke's area." Both Broca's area and Wernicke's area are important steps in language processing and production.

Singing has been shown to help stroke victims recover speech. According to neurologist Gottfried Schlaug, there is a corresponding area to that of speech, which resides in the left hemisphere, on the right side of the brain.[57] This is casually known as the "singing center". By teaching stroke victims to sing their words, this can help train this area of the brain for speech. In support of this theory, Levitin asserts that "regional specificity", such as that for speech, "may be temporary, as the processing centers for important mental functions actually move to other regions after trauma or brain damage."[56] Thus in the right hemisphere of the brain, the "singing center" may be retrained to help produce speech.[58]

Accents and singing

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The speaking dialect or accent of a person may differ greatly from the general singing accent that a person uses while singing. When people sing, they generally use the accent or neutral accent that is used in the style of music they are singing in, rather than a regional accent or dialect; the style of music and the popular center/region of the style has more influence on the singing accent of a person than where they come from. For example, in the English language, British singers of rock or popular music often sing in an American accent or neutral accent instead of an English accent.[59][60]

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See also

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Art music

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Other music

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Physiology

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References

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Further reading

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Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
Singing is the vocal production of musical tones using , achieved through the controlled of the vocal folds in the to generate pitched sounds, often accompanied by , , and expression. It represents the oldest and most versatile form of , predating and serving as a universal human activity across all cultures for communication, ritual, and artistry. Physiologically, singing begins with air from the lungs passing through the trachea to the , where the vocal folds vibrate at frequencies ranging from 60 to 2000 Hz, producing sound waves that are shaped by the , , and nasal cavities for and . The technique of singing involves coordinated use of the respiratory, phonatory, and resonatory systems, with pitch controlled by muscles that adjust the and tension of the vocal folds—such as the cricothyroid for higher pitches and thyroarytenoid for lower ones. Singers employ various vocal registers, including chest (modal), head, and , to navigate ranges and achieve stylistic effects, while techniques like belting extend the chest register upward for powerful delivery in genres such as musical theater. Voice types are classified by range, , and into categories like , , for females, and , , bass for males, influencing roles in , choirs, and . Historically, singing originated in prehistoric times as improvisatory mimicry of natural sounds and evolved through ancient civilizations, where it featured in Mesopotamian hymns and Egyptian rituals around 3500 B.C., Greek dramas from the B.C., and later Judaic traditions. In the Christian era from the onward, it became central to sacred music, progressing from plainchant to and shaping Western musical traditions. Culturally, singing holds profound significance as a social and emotional tool, with group singing predominating globally in contexts like religious rituals, dances, and community bonding, fostering identity and collective experience across societies. Today, it spans genres from classical and folk to pop and traditions, underscoring its adaptability and enduring role in human expression.

Physiology and Vocal Anatomy

Vocal Classification

Vocal classification categorizes singers based on their vocal range, (the most comfortable and resonant portion of the range), , and anatomical characteristics, providing a framework for repertoire selection and performance roles in Western and . The standard classifications for female voices include (highest, typically C4 to A5 or higher), (mid-range, A3 to F5), and (lowest female, F3 to D5 or E5), while male voices are divided into (high range, often G3 to D5), (highest male, C3 to A4 or B4), (mid-male, G2 to G4), and bass (lowest, E2 to E4). These classifications are influenced by anatomical factors such as vocal fold length, thickness, and laryngeal structure, which determine and . Longer and thicker vocal folds, more common in males, produce lower pitches, while shorter, thinner folds enable higher ranges; for instance, studies show significant correlations between vocal fold length (averaging 12-17 mm in females versus 17-25 mm in males) and , with body height and vocal tract length also contributing to differences. points—the transitional zones between vocal registers where shifts—vary by type, typically occurring around F4 for sopranos, E4 for mezzo-sopranos, and D4 for contraltos (first passaggio), influencing the overall and requiring specific techniques to navigate smoothly. The system originated in 18th-century Italian opera, where composers like Handel and Mozart standardized roles around castrati (high male voices) and emerging soprano, tenor, and bass categories to suit ensemble balance and dramatic needs, evolving from Baroque experimentation into the rigid "fach" system by the 19th century. In modern practice, classifications have become more inclusive, accommodating non-binary and transgender singers by emphasizing range and timbre over binary gender norms, with pedagogues advocating gender-neutral approaches to avoid exclusion. Measurement of voice types often involves acoustic analysis, focusing on formants (resonant frequencies shaped by the vocal tract) and harmonics (overtones from vocal fold vibration), which distinguish timbres; for example, sopranos exhibit higher first frequencies (around 800-1000 Hz) compared to basses (300-500 Hz), allowing objective classification via spectrographic tools. Vocal registers, such as chest and , further influence within these classifications but do not define the overall type.

Vocal Registers

Vocal registers are distinct modes of resulting from coordinated laryngeal adjustments that produce characteristic and qualities in the singing voice. These registers arise primarily from varying patterns of vocal fold vibration, influenced by the balance of intrinsic laryngeal muscles. The chest register, also known as the modal or M1 register, features thick vocal fold vibration where the thyroarytenoid (TA) muscles dominate, shortening and thickening the folds for a robust, resonant tone typically used in lower pitches. In contrast, the head register, or M2 mechanism, involves lighter vocal fold vibration with dominance of the cricothyroid (CT) muscles, which elongate and thin the folds, emphasizing higher harmonics and a brighter for mid-to-upper pitches. , often considered an extension or variant of the head register, further relaxes the TA muscles, allowing only the ligamentous edges of the folds to vibrate, producing a lighter, airier sound. Acoustically, vocal registers differ in their spectral properties and fundamental frequency ranges. The chest register in adult males generally spans fundamental frequencies from approximately 100 to 300 Hz, characterized by strong lower harmonics and a fuller that conveys power and warmth. The head register extends to higher frequencies, often 300 to 800 Hz or more, with a rich in upper partials due to thinner fold mass, resulting in a more piercing quality. A key acoustic feature across registers, particularly in trained classical singers, is the singer's —a boosted spectral cluster around 2.8 to 3.5 kHz—created through formant tuning in the vocal tract to enhance projection over orchestral without straining the . This arises from lowered positioning and epilaryngeal tube narrowing, amplifying harmonics for better audibility. The mix voice represents a blended register that combines elements of chest and head mechanisms, allowing singers to maintain a consistent across the (transition zone) by partially engaging both TA and CT muscles for balanced vibration. This coordination produces a neither fully heavy nor , facilitating smoother navigation of the in various genres. The , or M3 mechanism, is an extreme high register primarily accessible to sopranos, involving minimal vocal fold contact—often just the fold edges vibrating like a —with fundamental frequencies exceeding 1000 Hz, up to 2500 Hz or higher in passages. It relies on high CT tension and precise airflow control, yielding a pure, flute-like tone used for ornamental effects in . Resonation in the vocal tract briefly enhances these register sounds by amplifying specific harmonics.

Vocal Resonation

Vocal resonation refers to the process by which the vocal tract modifies and amplifies the sound generated at the , enhancing and projection through the strategic use of spaces. The primary resonators include the , oral cavity, and , each contributing to the filtering and enrichment of the acoustic signal. The , located above the , serves as a key chamber that can be adjusted to cluster higher formants, while the oral cavity, shaped by the , , and , dominates the production of lower formants essential for definition. The , accessed by lowering the , adds a supplementary resonance pathway for specific sounds, though the sinuses play no significant acoustic role despite sensations of there. Formants, the resonant frequencies of the vocal tract, are crucial for creating sounds and overall in singing. The first formant (F1) typically ranges from 200-800 Hz and correlates with openness, while the second (F2) spans 500-2500 Hz and distinguishes front versus back s; higher formants (F3, F4, F5) contribute to the singer's unique and brightness. These formants arise from the interaction of the sound source—initially produced in vocal registers—with the tract's , allowing singers to shape s for clarity and color. For instance, adjustments in the oral cavity primarily tune F1 and F2 to align with the or its harmonics, optimizing acoustic efficiency. A distinctive feature of trained classical singers is the singer's , a cluster of elevated harmonics around 2.5-3.5 kHz that enables the voice to project over orchestral ensembles. This peak results from narrowing the epilaryngeal tube—the just above the vocal folds—while widening the , which clusters the third, fourth, and fifth (R3, R4, R5) into a single strong energy band. Developed through consistent training, the singer's enhances perceived without increasing vocal effort, particularly in male voices but also achievable in females. Singers employ techniques such as modification to strategically align formants with , maintaining timbral balance across pitch ranges. As pitch ascends and the second (H2) approaches F1, vowels naturally "turn over," shifting from open qualities like [ɑ] to closed ones like to recouple F1 with a lower , preserving power and whoop-like . Active adjustments involve stabilizing the vocal tract shape until this shift occurs, then modifying via retraction or rounding to tune F1 near the fundamental (f0) or H2, especially effective in the regions. These methods ensure efficient energy transfer and avoid strident or muffled tones. In certain styles, such as French art song, controlled nasal integrates with oral pathways to achieve a characteristic bright, forward known as . This involves partial velar lowering to balance nasal and buccal , directing tone to the without full nasality, which could obscure articulation. The technique, unique to the French , enhances brilliance in vowels like while maintaining natural lip positioning through a subtle , distinguishing it from more oral-dominant traditions. Anatomical variations influence balance, with shape and position playing pivotal roles. A higher-arched can elevate frequencies, promoting brighter , while a lower one may deepen resonances for warmer tones; singers adapt by adjusting articulation to compensate. position alters tract length and cross-section, with forward placement emphasizing higher formants for projection and retracted positioning lowering them for rounded vowels, affecting overall and efficiency in tuning.

Register Transitions

Register transitions in singing refer to the physiological shifts between vocal registers, such as from chest to , where changes in laryngeal muscle activity and vocal fold vibration must be coordinated for seamless production. These transitions occur primarily in the zones, areas of pitch where the voice naturally changes registers due to adjustments in vocal fold length, tension, and mass. Passaggio zones vary by vocal classification, with locations influenced by the singer's and laryngeal ; for tenors, the primo typically falls between C#4 and E4, while the secondo ranges from F#4 to A4, marking points where cricothyroid (CT) muscle dominance increases to elongate the vocal folds for higher pitches. These shifts arise from a transition in the primary muscles involved: the thyroarytenoid (TA) muscle, which shortens and thickens the vocal folds for lower registers, gives way to greater CT activation, which stretches and thins them for upper registers. Coordination challenges during these transitions often result in glottal breaks, caused by an uneven balance between TA and CT muscle activation, leading to abrupt changes in vocal fold stiffness and vibration patterns. In the , insufficient TA contraction relative to CT can cause the vocal folds to lose optimal closure, producing a sudden pitch jump or unstable as the eigenfrequencies of the folds fluctuate. Historical perspectives from 19th-century pedagogue Manuel Garcia emphasized registers as series of homogeneous tones produced by distinct mechanical principles in the , with transitions between chest, falsetto-head, and counter-bass registers requiring precise glottal adjustments to avoid disruptions. Physiologically, basic bridging of registers involves gradual vowel adjustments to tune the vocal tract's formants, aligning them with harmonics for consistent across the shift, and controlled onsets to balance subglottal with glottal resistance. Vowel modification alters the supraglottal resonances, facilitating smoother TA-CT interplay by optimizing acoustic coupling without excessive laryngeal elevation. Onset exercises physiologically promote even adduction of the vocal folds at the transition, preventing over-compression or under-closure that exacerbates breaks. Acoustically, poor register transitions are marked by sudden formant shifts, where the first or second frequency jumps due to incomplete vocal tract adjustment, resulting in a muffled or strained as harmonics misalign with resonances. These shifts highlight the need for coordinated laryngeal and supralaryngeal control to maintain spectral balance during passaggio navigation.

Vocal Pedagogy and Technique

Key elements of good singing include proper posture and breath support from the diaphragm for steady airflow; coordination of respiration (breathing), phonation (sound production in the larynx), resonation (amplification and shaping of sound in body cavities), and articulation (forming sounds with the tongue, lips, and other vocal tract components); accurate pitch control, tone quality, resonance, and vocal flexibility; and regular warm-ups, relaxation of the jaw and lips, and mindful application of technique to prevent strain.

Developing the Singing Voice

Developing the singing voice involves a structured progression of training that builds technical coordination, ensures , and adapts to physiological changes across stages. For beginners, foundational exercises such as warm-ups, scales, and arpeggios are essential to enhance laryngeal coordination and , starting with simple patterns like ascending and descending major scales on neutral vowels to promote balanced without strain. These activities gradually extend and agility, progressing from short phrases to more complex arpeggios that incorporate dynamic variations, fostering even tone production and intonation stability. Age-specific considerations are critical, particularly during (ages 13-19), when hormonal shifts cause vocal fold thickening and range instability; emphasizes monitoring for signs of fatigue, using limited tessituras (e.g., A3-G4 for boys in early ), and avoiding forced high notes or belting to prevent nodules or . In this phase, exercises focus on ease and hydration, with vocal rest integrated to support natural maturation over 2-4 years. Historical vocal pedagogy, particularly the bel canto tradition of the 17th to 19th centuries, laid the groundwork for systematic voice development by prioritizing evenness of tone across registers through principles of ease, purity, and agile execution. Originating in , bel canto methods, as documented in treatises by figures like Manuel Garcia, emphasized legato phrasing and consistent vibrato to achieve a unified vocal quality, training singers via scales and ornamentation to blend chest and head registers seamlessly. This approach influenced training, promoting exercises that built endurance without tension, such as sustained tones and , to cultivate a smooth, equitable scale from low to high pitches. In the modern era, these foundations integrate with somatic methods like the Alexander Technique, which addresses habitual misuse of the body to free the and improve coordination in singing. By enhancing psychophysical awareness, the technique reduces unnecessary tension, allowing singers to access full range with greater efficiency and emotional expression during exercises like scales. Diagnostic tools play a key role in identifying and correcting vocal imbalances during development. , visual representations of over time, enable teachers to analyze patterns, such as the singer's (a boosted cluster around 2700-3000 Hz), revealing issues like uneven harmonics or register mismatches that indicate poor coordination. For instance, a might show weak energy in higher during scales, signaling the need for adjustments to balance tone. Complementing this, refines pitch accuracy by training sensorimotor associations between heard and produced tones; studies demonstrate that incorporating wide pitch ranges (e.g., one ) in matching exercises significantly improves intonation in subsequent singing tasks compared to narrow-range practice. This method, often using live voice models for imitation, accelerates development from approximate to precise pitch control in arpeggios and melodies. Contemporary vocal increasingly emphasizes inclusivity, adapting techniques for diverse body types and cultural backgrounds to bridge gaps in traditional Western-focused . For varied physiques, embodied approaches incorporate somatic cues and movement variations, such as modified gestures in warm-ups, to accommodate mobility differences while building coordination. In addressing , curricula integrate non-Western traditions—like Indian scales for microtonal agility or African call-and-response for rhythmic —into core exercises, fostering multicultural identity and reducing Eurocentric biases in selection. These adaptations, seen in programs like Juilliard's Global Vocal Ensemble, use reflective practices and multilingual texts to personalize development, ensuring equitable access to advanced skills across backgrounds. Posture serves as a foundational element in this process, aligning the body to support unrestricted vocal flow from the outset.

Posture and Alignment

Optimal posture in singing emphasizes a balanced alignment of the head, neck, and spine to enable efficient vocal production without undue tension, as outlined in the Appoggio method. This involves an erect yet natural spinal stretch, with the head positioned directly over the spine in a "lightly balanced" manner, the slightly tucked to avoid strain, and the elevated for openness. Feet should be placed shoulder-width apart or in a broad stance with one slightly forward for stability, knees soft and unlocked, while shoulders remain relaxed and slightly rolled back to prevent elevation or forward slumping. An open throat is achieved through a lowered and relaxed pharyngeal space, often visualized as yawning or pronouncing an open vowel like , allowing unobstructed and . Such alignment facilitates free vocal production by balancing inspiratory and expiratory muscles, maintaining expansion, and stabilizing subglottic pressure for consistent tone and phrasing. This setup minimizes extraneous muscle engagement, promoting singing, extended range, and dynamic control without compensatory tension. Common postural faults, such as , disrupt this balance by promoting laryngeal elevation through tension in the hyoid and extrinsic laryngeal muscles, which narrows the vocal tract and restricts pharyngeal space. This misalignment reduces , with studies indicating a 20-30% decrease in effective breath capacity due to compressed thoracic volume and impaired . These issues exacerbate vocal strain and limit projection, underscoring the need for corrective awareness in . In the , vocal evolved from rigid, military-inspired postures—characterized by stiff chests and locked joints—to more natural alignments informed by emerging voice science and biomechanical insights. This shift, accelerated by mid-century advancements in and respiratory physiology, prioritized fluid, tension-free positioning to enhance vocal efficiency and longevity, moving away from earlier interpretations that sometimes enforced overly formal stances. Adaptations for seated or stage performances maintain core principles by adjusting for gravitational changes, such as sustaining elevation and pelvic neutrality while seated to counteract forward collapse. studies on musicians demonstrate that aligned postures in varied positions reduce in the neck, shoulders, and by optimizing load distribution and minimizing compensatory activations, thereby supporting sustained vocal demands. This postural foundation also aids breathing mechanics by preserving thoracic mobility.

Breathing and Breath Support

Breathing and breath support form the foundation of effective singing technique, enabling singers to sustain long phrases and control dynamics with precision. Diaphragmatic breathing, the primary mechanism, occurs when the diaphragm contracts and descends, flattening by approximately 3 inches to pull air into the lungs while displacing abdominal viscera downward and outward, resulting in expansion of the lower ribs through the action of external intercostal muscles. This creates a 360-degree expansion around the torso, particularly noticeable in the lower rib cage, allowing for efficient air intake without undue tension. In classical vocal pedagogy, the appoggio technique refines this process by balancing inspiratory and expiratory muscles to maintain steady subglottal pressure, typically ranging from 10-20 cm H₂O for moderate to soft dynamics, ensuring consistent airflow to the vocal folds without excessive force. Key techniques emphasize coordinated inhalation and exhalation for optimal support. Inhalation is achieved through lateral costal expansion, where the widens via , complemented by diaphragmatic descent for deep, silent breaths that fill the lungs efficiently. During , singers engage the abdominal muscles gently to control air release, preventing rapid expulsion while keeping the elevated to delay diaphragm ascent and sustain subglottal pressure. This coordination extends to onset, where abdominal and intercostal engagement just precedes vocal fold vibration, creating a balanced "vocal struggle" that aligns breath flow with sound production for smooth tone initiation. Proper alignment enhances this efficiency by optimizing thoracic space for unrestricted diaphragmatic movement. Physiologically, consistent training in these methods yields significant benefits, including increased —the maximum volume of air that can be exhaled after full —which reaches up to 5-6 liters in trained singers compared to 3-4 liters in untrained adults, as professional vocal demands strengthen respiratory muscles and improve efficiency. For instance, studies on singers show averages of 3.12 liters versus 2.73 liters in nonsingers, highlighting the role of practice in enhancing expiratory control. Common errors, such as clavicular breathing, undermine support by relying on upper chest and muscles, leading to shallow , limited diaphragmatic descent, rapid air loss, and vocal fatigue or instability. Since the 2000s, yoga-inspired methods have updated vocal by integrating techniques like ratio and viniyoga for breath coordination, reducing tension and boosting endurance in singers through holistic relaxation and postural awareness.

Vibrato and Articulation

in singing refers to a regular, periodic fluctuation in pitch that enhances expressiveness and tonal beauty, primarily driven by coordinated diaphragmatic support and laryngeal adjustments. This technique typically features a modulation rate of 5–7 Hz and an extent of approximately 1 (or 6–8% of the ), allowing for subtle oscillations around the target pitch. Diaphragm-driven relies on steady breath pressure from the abdominal and to maintain consistent subglottic airflow, preventing irregularities like wobbles that arise from uneven support. The onset of occurs through precise coordination of breath s with vocal fold vibration, where balanced airflow initiates smooth modulation without forced abdominal . Proper breath management ensures the vocal folds respond evenly to this , producing a natural rather than artificial tremors from throat tension. This coordination is essential for sustaining across phrases, as disruptions in breath can lead to inconsistent rates or extents. Articulation in singing emphasizes clear consonant placement to ensure textual intelligibility while preserving melodic flow, with techniques like the rolled 'r' in Italian repertoire promoting agility and rhythmic precision. smoothing involves blending transitions gradually to avoid abrupt shifts that disrupt phrasing, such as elongating the initial sound before the glide. These methods influence by optimizing vocal tract shaping, where precise consonants enhance projection without constricting airflow, amplifying articulated sounds through strategic alignment. Historically, straight tone—vibrato-free singing—prevailed in performance practices, particularly for dissonances and in works, to achieve clarity and purity akin to boy sopranos in church settings. In contrast, operatic became more pervasive in later styles, used continuously for dramatic warmth and projection. Scientific measurement of has employed electroglottography (), a noninvasive technique that records vocal fold contact cycles to quantify modulation depth and regularity in trained singers. Singers employ expressively by varying its rate and extent to convey emotion; for instance, heightened correlates with faster rates (up to 7 Hz) and wider extents, reducing modulation variability for intensified delivery. This adjustment allows subtle emotional shading, such as quicker pulses for tension or slower ones for resolution in lyrical passages. Modern digital analyses reveal stylistic differences in application, with classical singers maintaining consistent rates and extents tied to pitch and loudness control for stable , whereas pop performers exhibit greater flexibility in and intermittent use to prioritize emotional spontaneity over uniformity.

Musical Styles and Genres

Classical Vocal Music

Classical vocal music encompasses the traditions of Western art music, where singing serves as a central expressive medium in forms such as , , and lieder, emphasizing trained technique and notated composition to convey dramatic and emotional narratives. Emerging in the era around 1600, these genres evolved through the Classical and Romantic periods, prioritizing vocal agility, emotional depth, and integration with orchestral accompaniment. , the most prominent, combines sung dialogue, arias, and ensembles to stage mythological, historical, or contemporary stories, while presents sacred themes in settings without staging, and lieder offer intimate settings of for solo voice and . Key forms in classical vocal music include and , which structure dramatic progression from the through the Romantic eras. , a speech-like style of , imitates natural rhythms and accents of to advance the plot, often accompanied sparsely by continuo instruments like or ; it appears in two variants—secco (dry, rhythmic) and accompagnato (orchestrally supported for heightened emotion). Arias, in contrast, provide lyrical vehicles for character reflection, evolving from the form in opera—where a return to the initial section (A-B-A) allowed for ornamented repetition—to more through-composed structures in the Romantic period, enabling extended emotional expression. Composers like and imposed exceptional technical demands: Verdi's operas require precise , dynamic contrasts, and rhythmic vitality to capture Italianate passion, as in Rigoletto, while Wagner's works demand sustained power, seamless across vast tessituras, and dramatic intensity to support his leitmotif-driven "music dramas," such as The Ring Cycle. Stylistic elements emphasize beauty and expressivity, rooted in principles that prioritize smooth, even tone production, , and relaxed muscular coordination to achieve a resonant, tension-free . phrasing connects notes seamlessly for fluid lines, while ornamentation—such as trills (rapid alternations between two notes) and appoggiaturas (leaning, dissonant grace notes resolving on the beat)—adds embellishment and pathos, particularly in and early Romantic arias. , flourishing in 19th-century by composers like Rossini, , and Donizetti, focuses on vocal purity, agility, and emotional articulation through precise diction and placement. Performance practices highlight specialized techniques tailored to voice types, with vocal classification determining suitability for roles—sopranos often undertaking passages featuring rapid scales, leaps, and trills to showcase , as in the Queen of the Night's from Mozart's . Basses, conversely, excel in sustained low notes and resonant declamation, holding long-held tones to convey authority or gravity, evident in roles like Sarastro in the same opera. The tradition evolved into 20th-century with Arnold Schoenberg's innovations, abandoning for atonal and twelve-tone techniques that challenged singers with dissonant intervals, Sprechstimme (speech-song hybrid), and complex rhythms, as in , expanding vocal expression beyond traditional lyricism. Culturally, opera houses have served as premier venues since the 17th century, transforming from courtly spaces to public institutions that symbolized elite patronage and social gathering, fostering the genre's status as high art in cities like Venice, Paris, and Vienna. This Western dominance has often underrepresented non-European classical vocal traditions, such as Indian raga singing in Hindustani music, where performers improvise melodic frameworks (ragas) with intricate vocal acrobatics, microtonal nuances, and emotional evocation, paralleling but distinct from Western forms in its oral transmission and improvisational depth. Popular and contemporary singing encompasses a diverse array of vocal styles in mainstream music genres such as rock, pop, R&B, hip-hop, and musical theater, characterized by amplified delivery and production techniques that prioritize emotional intensity and accessibility over traditional projection. Unlike unamplified forms, these styles often leverage to enhance expressiveness, allowing singers to explore a wider range of timbres and effects while adapting to studio and live amplification environments. Key characteristics include belting, a high-intensity technique producing powerful, speech-like sounds in chest register extended above the typical vocal break, prominently featured in musical theater to convey raw emotion and urgency. represents another hallmark, functioning as rhythmic speech-song that emphasizes rhyme, wordplay, and spoken delivery over melodic lines, originating in hip-hop as a form of rhymed prose synced to beats. Since its 1997 debut, has revolutionized production by providing pitch correction that smoothens vocal imperfections, initially as a studio tool but evolving into a stylistic effect for stylized, robotic timbres in pop and hip-hop tracks like Cher's 1998 hit "Believe." Extended techniques, such as , appear sporadically in rock subgenres to add gritty distortion, drawing from diaphragm-driven air pressure similar to methods. In genres like and R&B, melismatic runs—stretching a single syllable across multiple notes—serve as a core expressive device, rooted in Black musical traditions from and to evoke deep emotion, as exemplified by artists like and . K-pop incorporates hybrid techniques blending bright, clear Western pop vocals with Korean influences, such as light, thin timbres and multilingual lyric mixing, fostering a globalized through international production collaborations since the . Post-2020 streaming platforms have accelerated vocal trends by boosting discovery of niche styles, with showing increased and in top tracks alongside greater genre experimentation during the era, as listeners turned to diverse, emotive deliveries amid lockdowns. Technique adaptations in these styles reflect technological shifts, particularly the microphone's role in reducing the need for operatic projection and enabling intimate, crooning deliveries since the , which paved the way for softer dynamics in pop. , a lighter register, has become a staple for male pop singers, with the ' exemplifying its use for high, emotive lines that defined their disco-era sound and influenced subsequent artists. Culturally, has democratized access to singing through user-generated covers, allowing amateur performers to gain visibility and challenge industry gatekeeping via platforms that prioritize viral, relatable vocal interpretations.

Traditional and Folk Styles

Traditional and folk singing encompasses a diverse array of oral-tradition practices rooted in , often transmitted across generations without written notation, as seen in styles like the of African American communities and the cante of Andalusian . In the , singers drew from African work songs and , using improvised to express personal hardships and communal experiences, preserving narratives of migration and resilience through unaccompanied or minimally accompanied vocal delivery. Similarly, 's originated in the 18th century among Gypsy, Moorish, and Jewish populations in southern , featuring raw, emotive cries (quejío) that convey , an intense emotional state, within regional palos or song forms. These practices highlight singing's role in uncommercialized, community-based expression, distinct from formalized classical or mass-market genres. Key features of traditional singing include interactive structures and specialized vocal techniques adapted to cultural environments. In West African griot traditions, call-and-response patterns structure performances, where the — a hereditary storyteller—sings verses recounting history or praise, and the audience or chorus responds, fostering communal participation and memory preservation. Alpine folk , developed in the 19th century among Swiss and Austrian herders, employs rapid pitch shifts between chest and to communicate across mountainous terrain, evolving into harmonized songs that imitate natural echoes. , known as khoomei, produces overtones through precise vocal tract manipulation, allowing a single singer to generate multiple pitches simultaneously, mimicking wind or rivers in Siberian landscapes; this technique, practiced for centuries by nomadic herders, reinforces cultural ties to . Techniques in folk singing often involve , where multiple performers simultaneously vary a single melody with ornaments or slight divergences, as in Irish traditional sessions or Southeast Asian ensembles, creating a layered yet unified texture. Microtonal scales, dividing the into more than 12 intervals, enable expressive nuances in non-Western traditions, such as the maqam systems of Middle Eastern singing or the embellishments in Indian folk vocals. Japanese , blending folk roots with modern balladry, uses kobushi—a melismatic technique of rapid pitch oscillations and throaty —to evoke sentimentality, drawing from pentatonic scales and regional dialects for emotional depth. Indigenous examples further illustrate global diversity, like the katajjaq , a competitive game between women using breathy, rhythmic imitations of sounds for entertainment and skill-building, or Sámi yoik, an improvisational vocal portraiture without words that personifies people, animals, or places in Nordic cultures. These styles play vital social functions, serving as vehicles for and to maintain . In performances and narratives, songs transmit genealogies, moral lessons, and historical events, strengthening social bonds and educating youth orally. s often integrate singing, as in flamenco's ceremonial fiestas or Indigenous corroborees in , where vocal chants accompany dances to invoke ancestors and resolve community tensions. Preservation efforts underscore singing's role in identity, particularly in Irish sean-nós, an unaccompanied style of solo singing in Gaelic that emphasizes personal interpretation and regional ornamentation, safeguarding linguistic and emotional heritage amid historical suppressions. In the , revivals through festivals like the Brooklyn Folk Festival or Folk New England events have revitalized these practices, drawing global audiences to workshops and performances that blend tradition with contemporary awareness, ensuring oral lineages endure. accents subtly influence delivery, infusing regional dialects into phrasing for authenticity.

Choral and Ensemble Practices

Choral and ensemble practices encompass a variety of group singing formats that emphasize harmonic interplay and collective sound production, distinct from solo or accompanied performance. Common types include (soprano, alto, tenor, bass) arrangements, which form the foundation of Western choral music by distributing vocal parts across four voice categories to create balanced . Barbershop harmony, a style of close four-part a cappella singing, features tight voicings where the lead melody is supported by tenor above, baritone filling inner harmonies, and bass providing foundational tones, often resulting in resonant "ringing" chords. Gospel quartets, typically comprising four singers, perform harmonized and hymns with syncopated rhythms and improvisational embellishments, drawing from African American traditions to convey emotional depth through layered vocals. Key techniques in these practices focus on achieving a cohesive ensemble sound. Blending timbres requires singers to unify their vocal colors through matched shapes and consistent , creating a seamless composite tone rather than distinct individual . Tuning intervals often employs , where pitches are adjusted to pure ratios (such as 5:4 for major thirds) for enhanced consonance in unaccompanied settings, particularly beneficial in ensembles like barbershop or . The conductor plays a pivotal role in maintaining balance, using gestures to cue dynamic levels, sectional equity, and precise entrances, thereby guiding the ensemble toward unified expression and preventing any part from dominating. Historically, choral practices evolved from polyphony, which flourished in the 15th and 16th centuries as the golden age of sacred music, featuring intricate motets and masses by composers like that layered independent vocal lines without instrumental support. This developed into modern oratorio choirs during the era, exemplified by large-scale works like Handel's Messiah (1742), where choral societies formed to perform dramatic narratives with robust ensemble sections emphasizing narrative and emotional arcs. Global influences include Bulgarian women's choirs, such as the State Television Female Vocal Choir founded in 1952, which arrange folk songs in dense using diaphonic intervals and open-throated timbres to preserve traditional Balkan modalities while adapting for choral performance. Ensembles face specific challenges in execution, including vowel unification, where discrepancies in singers' articulations can disrupt blend and intonation, requiring ongoing to standardize formants across sections. Dynamic matching poses difficulties in achieving proportional volume between parts, especially in varied textures like or quartets, where louder sections may overshadow subtler ones without vigilant adjustment. Post-pandemic, virtual choirs have emerged as an adaptive practice, involving asynchronous video recordings synchronized via software to enable remote , though they present hurdles in real-time blending and emotional connectivity compared to in-person rehearsals. Part assignments in these groups often align with individual vocal registers, ensuring suits highs or bass lows for optimal ensemble cohesion.

Performance and Cultural Contexts

Singing Competitions

Singing competitions encompass a wide range of formats, from televised talent shows that emphasize to prestigious classical events focused on operatic and vocal artistry. These contests typically involve auditions, live performances, and public or panel voting to select winners, providing platforms for emerging singers to gain exposure. Formats vary globally, with some prioritizing blind auditions to focus on voice alone, while others incorporate stage presence and audience appeal. Major contemporary events include , which premiered on June 11, 2002, on and has since become a cornerstone of singing contests, launching careers through nationwide auditions and viewer votes. The Voice, debuting on on April 26, 2011, introduces a unique phase where coaches select contestants based solely on vocal quality without seeing them, fostering a focus on raw talent across genres. In the classical realm, the BBC Cardiff Singer of the World, established in 1983 and held biennially in , attracts young singers from around the globe for recitals and a main prize competition, emphasizing repertoire from the operatic canon. Judging criteria in these competitions generally evaluate technical proficiency, such as pitch accuracy, breath control, and tonal ; artistic interpretation, including emotional delivery and phrasing; and versatility in handling diverse musical styles or challenges. For instance, in and The Voice, panels often assess star potential alongside vocal technique, with winners receiving recording contracts—such as those with for Idol victors or for Voice champions—that include obligations for album production and promotion, significantly influencing career trajectories through immediate industry access. Historical precedents trace back to 19th-century eisteddfods in , competitive festivals revived in the that featured choral and solo singing contests to preserve cultural traditions, evolving from medieval bardic gatherings into national events like the annual . Global variations include China's Singer series, originally titled and broadcast on since 2013, where established and guest singers compete weekly in a format that highlights vocal prowess and adaptability to pop and ballad styles, drawing massive audiences in . These international formats adapt to local tastes, such as emphasizing emotional ballads in Singer. Criticisms of singing competitions often center on , where producers prioritize telegenic personalities and marketable images over artistic authenticity, potentially pressuring contestants to conform to commercial trends rather than develop unique voices. Additionally, early iterations faced scrutiny for limited diversity in representation, but post-2010s efforts have led to improvements, including more inclusive casting and winners from underrepresented backgrounds, as seen in The Voice's broader ethnic and genre mix and American Idol's revival emphasizing varied contestant stories. These changes reflect broader industry shifts toward equity, though challenges persist in ensuring long-term opportunities for diverse talents.

Professional Careers

Professional singers typically enter the field through competitive auditions for roles in opera houses, concert halls, or recording studios, where they showcase their vocal technique and to secure initial contracts. Representation by talent agents is crucial for booking gigs, and aspiring singers can attract agents by building a strong electronic (EPK), performing at local venues, and networking at industry events to demonstrate market potential. Joining unions such as the American Guild of Musical Artists (AGMA) provides access to protected job listings, standardized contracts, and benefits like wage enforcement, often requiring proof of professional employment to become a member. Many singers diversify into related fields like vocal or work to supplement income, with opportunities in private lessons, academic positions, or commercial narration leveraging their expertise. Singing competitions frequently serve as launchpads, offering exposure and prizes that lead to agent interest or debut roles. Income for professional singers derives primarily from live performances (gigs at venues or events), recording sessions, and royalties from streams, sales, and licensing. Sync licensing for media and merchandise sales also contribute, though part-time work is common due to irregular schedules. For mid-level singers, annual earnings typically range from $60,000 to $200,000, averaging around $70,000, depending on performance contracts and house prestige. Overall, the median hourly wage for musicians and singers is $42.45 as of May 2024, reflecting variable full-time equivalents. The profession faces significant challenges, including gig economy instability where many singers rely on freelance contracts with unpredictable schedules and limited job growth projected at 1% through 2034. persists, particularly affecting women who report being overlooked for roles as they age, compounded by a where women earn 74 cents for every dollar men do. In the , streaming royalties have offered new revenue but at low rates, with paying over $10 billion industry-wide in 2024 yet yielding only about $3,000–$5,000 per million streams for artists after splits. NFT music ventures emerged as an alternative in the early , enabling direct fan sales (e.g., Kings of Leon's $2 million in NFT album drops), but the 2022 market crash led to sharp value drops and speculation risks, shifting focus to practical fan engagement tools by 2025. Success in professional singing hinges on robust networking, such as collaborating with peers and attending industry events to build relationships that lead to referrals and opportunities. Effective via —through consistent posting of performances, authentic bios, and platform-specific content like Instagram Reels or trends—helps expand visibility and foster fan loyalty, often turning online engagement into paid gigs.

Singing and Language

Singing requires careful alignment of linguistic prosody with musical structure, where the rhythmic patterns of influence phrasing and timing. In stress-timed like English, stressed occur at roughly equal intervals, leading to variable durations that singers must accommodate through elongated vowels on stressed words to match musical beats. Conversely, -timed such as Italian feature more even durations, allowing for smoother, legato-like flows in vocal lines that emphasize syllabic equality over stress peaks. This prosodic matching affects text-setting, as seen in English songs where prosodic dissonance arises when musical accents clash with natural word stresses, often resolved by adjusting durations or pitches to highlight rhymes. Rhyming schemes further adapt to these rhythms; in global rap influenced by syllable-timed Englishes, artists like employ unreduced vowels in unstressed positions to create rhymes that blend stress- and -timed elements, expanding traditional English rhyming conventions. Multilingual singing demands phonetic adjustments to convey lyrics intelligibly across languages, particularly for non-native performers who modify vowels and consonants to suit vocal resonance and projection. In opera, where librettos are often in languages like Italian or German, singers prioritize neutral diction over native accents, elongating vowels for tessitura while preserving semantic clarity through crisp consonants. To aid audiences, surtitles—projected translations above the stage—were introduced by the Canadian Opera Company in 1983 during a production of Elektra, enabling global access to non-native language performances without altering the original singing. These adaptations highlight challenges like interference from native prosody, where non-native singers may nasalize vowels or alter stress patterns, requiring targeted training to balance expressivity and accuracy. Accents in singing often undergo neutralization through techniques that standardize , as the elongated syllables and heightened in reduce regional intonations and qualities inherent to spoken accents. Singers achieve this by adopting a "pop music accent" with Americanized features, such as consistent lengths, to enhance universality, though some retain elements for authenticity. Cultural fusion, like in , blends English and Spanish in performance; artists such as and shift from spontaneous speech to more integrated lyrical forms, using reductions and softening to create fluid, hybrid rhymes that reflect bilingual identity. Sign language integration in singing, particularly through artistic song signing in (ASL), adapts visual elements to mirror melodic and rhythmic structures, creating a multimodal . Signers employ methods like handshape rhyming for lyrical phrasing, held signs to align with beats, body pulsations for pulse emphasis, and arc movements to trace melodic contours, ensuring visual dynamics parallel the auditory melody. This approach, as in signed renditions of songs like Owl City's "Fireflies," transforms static signs into productive musical gestures that convey both linguistic content and emotional arc through spatial and temporal synchronization.

Neurological Effects

Singing engages multiple brain regions critical for sensory-motor integration and processing. The coordinates and vocal tract movements necessary for producing sustained notes and pitch variations, while , located in the , plays a key role in articulating lyrics and sequencing vocal elements. (fMRI) studies from the 2010s reveal bilateral activation patterns, particularly in the somatosensory and auditory cortices, during singing tasks; amateur singers often show more diffuse, less efficient recruitment of these areas compared to professionals, who exhibit focused bilateral engagement in the and for precise pitch control and feedback integration. Cognitively, singing enhances encoding and retrieval, particularly when melodies are paired with verbal content, leading to improved rates. For instance, fMRI research indicates that melody-assisted learning boosts by facilitating engagement of the hippocampus and , with studies showing sung lyrics recalled at rates up to 15-20% higher than spoken equivalents in both healthy adults and those with cognitive impairments. This benefit arises from the multisensory nature of singing, which strengthens neural pathways for long-term retention compared to rote verbal repetition alone. Therapeutically, singing serves as an intervention for neurological disorders by leveraging preserved right-hemisphere pathways. In post-stroke , melodic intonation therapy promotes recovery of , with clinical trials demonstrating significant improvements in naming and sentence generation through repeated singing exercises that bypass damaged left-hemisphere centers. Similarly, choir participation benefits individuals with by enhancing vocal loudness, articulation, and respiratory control, reducing hypophonia and improving overall communication quality of life. From an evolutionary perspective, humans possess an innate capacity for vocal learning, distinct from most animals, enabling complex song imitation and cultural transmission of melodies. Unlike non-vocal learners such as most mammals, which rely on instinctive calls, humans and select species like songbirds share neural circuits in the and cortical areas that support imitative vocalization, a trait linked to the emergence of and . Recent advancements in , such as brain-computer interfaces tested in 2025, allow real-time decoding of neural signals for vocal output, including melodic singing, offering new tools for training and rehabilitation in vocal disorders. This integration of singing with processing further underscores its role in holistic neural function.

Health and Professional Considerations

Vocal Health Risks

Singers face significant risks to vocal health due to the physical demands of their profession, which can lead to various pathologies affecting the larynx and vocal folds. Common disorders include vocal nodules and polyps, which develop from chronic overuse or misuse of the voice, such as prolonged singing or yelling, causing friction and callus-like growths on the vocal cords. Reflux laryngitis, another prevalent issue, arises when stomach acid backs up into the throat, irritating the vocal folds and leading to inflammation, hoarseness, and swelling, particularly in performers who may exacerbate it through irregular eating or stress-induced reflux. Vocal fatigue, often resulting from poor technique like inadequate breath support or excessive throat tension, manifests as tiredness, reduced range, and strain after short periods of use, increasing susceptibility to further injury. Several risk factors heighten these vulnerabilities in singers. Singing in a high —sustained notes in the upper —places excessive strain on the vocal folds, promoting micro-trauma and formation over time. Environmental exposures, such as , which dries and irritates the laryngeal tissues, or , which thickens and reduces vocal fold lubrication, further compound these risks by impairing natural protection mechanisms. A meta-analysis reported a self-reported of dysphonia of approximately 46% among singers, far higher than in non-vocal s. Notable historical cases underscore these dangers; for instance, singer suffered a vocal cord hemorrhage in 2011 due to a benign polyp exacerbated by tour-related overuse, forcing her to cancel performances and undergo . disparities also play a role, with women singers nearly twice as likely as men to report vocal health issues, potentially due to physiological differences like thinner vocal folds or higher demands in certain genres, though underreporting among men may contribute. Inadequate preventive measures amplify these risks; for example, consuming less than 2-3 liters of daily leads to suboptimal vocal fold hydration, while insufficient —such as performing without recovery periods—allows cumulative to escalate into . Recent post-2020 advances in telemedicine, including remote voice therapy and assessments, have improved early detection and monitoring for singers, enabling timely interventions that address limitations of pre-pandemic in-person care. Proper posture can briefly mitigate strain by optimizing airflow, reducing compensatory tension on the vocal mechanism.

Injury Prevention Strategies

Singers can incorporate daily routines to safeguard vocal , beginning with targeted warm-up exercises that prepare the vocal folds for use. Techniques such as sirens, which involve gliding smoothly through the on a consistent sound like "oo," and lip trills, where air is directed through loosely closed lips to create a buzzing while ascending and descending scales, enhance flexibility and reduce initial strain on the . These exercises, performed for 10-15 minutes before practice or performance, promote balanced airflow and coordination between breath and , minimizing the risk of overuse during extended sessions. Cool-downs, including gentle or descending scales on a soft "ng" sound, follow performances to ease the vocal mechanism back to rest, preventing residual tension buildup. Vocal rest forms a of these routines, with guidelines recommending periodic breaks to allow recovery. Professional singers often schedule one full day per week without vocal demands, such as speaking or singing, to facilitate tissue repair and prevent cumulative . Shorter "vocal naps" of 10-20 minutes daily, involving minimal voice use and hydration, further support this by reducing daily phonotrauma. Proper breathing support during these practices provides a protective effect by distributing airflow evenly, shielding the vocal folds from excessive pressure. Professional tools enable proactive monitoring and intervention for vocal longevity. Laryngoscopy, particularly flexible fiberoptic laryngoscopy with stroboscopy, allows visualization of vocal fold vibration and subtle changes, recommended for routine check-ups in singers to detect early irregularities before they progress. Speech-language pathology therapy, tailored for performers, employs resonant voice techniques to optimize fold closure with minimal effort, often integrated into weekly sessions for those with high vocal demands. Additionally, specialized voice insurance policies for professionals cover income loss from vocal disabilities, such as nodules or strain, providing financial security for recovery periods. Lifestyle factors play a vital role in sustaining vocal resilience. Anti-inflammatory diets rich in omega-3 fatty acids from sources like and walnuts help mitigate swelling in laryngeal tissues, while incorporating and berries supports overall mucosal health. Maintaining indoor at 40-60% through humidifiers prevents dryness that exacerbates fold irritation, especially in arid environments or during winter months. Since 2022, AI-powered apps like Sing Sharp have emerged for real-time strain detection, analyzing pitch accuracy and breath support via smartphone to alert users to potential overuse during practice. For touring singers, structured recovery protocols address the compounded stresses of . Post-performance routines include hydration protocols with electrolyte-balanced fluids and light to counteract from , alongside scheduled rest periods of at least 12 hours between shows. adjustments involve timed exposure to upon arrival and supplementation (0.5-5 mg) to realign circadian rhythms, ensuring vocal stability across time zones without compromising performance quality. Singers must navigate complex laws, particularly regarding the of their vocal performances captured in recordings. , sound recordings, which include improvised vocals, are protected as distinct works under separate from the underlying . The performer typically holds rights to the sound recording, encompassing any spontaneous vocal elements, unless a assigns those rights to a or label. This protection arises upon fixation of the performance in a tangible medium, allowing singers to control reproduction, distribution, and derivative uses of their improvised contributions. For instance, in or live settings where is central, the recorded vocal qualifies for as part of the sound recording, provided it meets originality thresholds. Sampling rights pose significant challenges for singers, especially in genres like hip-hop where vocal snippets are frequently repurposed. Legally, using a sample from an existing sound recording requires clearance from both the owner of the recording (often the ) and the composition (typically the songwriter or publisher), to avoid infringement claims. Failure to obtain such permissions can lead to lawsuits, as seen in high-profile cases where uncleared vocal samples resulted in multimillion-dollar settlements or track removals. In hip-hop, this process, known as sample clearance, involves negotiating fees and royalties, which has evolved from the genre's early days of freer use to stricter enforcement in the digital era. Contracts form the backbone of legal protections for singers, with unions like providing essential safeguards through residuals and standardized agreements. Under contracts for theatrical, television, and productions, singers receive residuals—ongoing payments—for reuse of their performances beyond the initial compensation, calculated as percentages of gross receipts from streaming, syndication, or international sales. These payments are distributed within 30-60 days of receipt by the union, ensuring performers benefit from a production's long-term success. In singing competitions, contracts often include exclusivity clauses that function similarly to non-compete provisions, restricting participants from engaging in other professional opportunities, such as recording deals or tours, for a specified period post-show to prioritize the program's branding. Although the U.S. proposed a 2024 rule banning most non-compete agreements, it was struck down by courts and abandoned in 2025; competition-specific restrictions remain enforceable if narrowly tailored. Liability issues arise when singers suffer vocal injuries attributable to third parties, such as coaches or during international tours. Singers may file or claims against vocal coaches if improper techniques demonstrably cause damage, such as vocal cord strain or nodules, provided evidence shows a breach of the expected from a qualified instructor. While specific lawsuits against non-medical coaches are less documented than cases, general principles apply, allowing recovery for lost and medical costs if causation is proven through . For international touring, singers require work visas tailored to performers, such as the U.S. P-1 visa for groups demonstrating international recognition or the O-1B visa for individuals with extraordinary ability in , which mandate consultations with unions like the and evidence of sustained career acclaim. Non-compliance can result in denied entry or , disrupting tours and incurring legal fees for visa reapplications. Emerging laws in the 2020s address AI-driven threats to singers' voices, particularly voice cloning technologies that replicate vocal performances without consent. The European Union's AI Act, which entered into force in August 2024 with phased implementation (prohibitions effective from February 2025 and high-risk rules from August 2027), classifies voice cloning as a high-risk application, requiring transparency disclosures for AI-generated content and prohibiting manipulative uses that infringe on personality rights, with fines up to €35 million for non-compliance. This has implications for the music industry, mandating consent for training AI models on singers' recordings and labeling cloned vocals in outputs to prevent deceptive releases. Recent cases, such as the 2023 "Heart on My Sleeve" track using AI to mimic Drake and The Weeknd's voices, prompted Universal Music Group to condemn it as illegal infringement, leading to its removal from platforms and highlighting gaps in U.S. right-of-publicity laws. In the U.S., proposed legislation like the NO FAKES Act of 2025 seeks to establish federal protections against unauthorized AI-generated digital replicas of voices and likenesses, building on state right-of-publicity laws. Similarly, in 2024, Tupac Shakur's estate threatened to sue Drake over an AI-generated voice in a diss track, asserting violations of publicity and copyright rights, underscoring the need for updated protections against unauthorized vocal replication.

References

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