The trachea, or wind-pipe, is capable of rising or falling, and thus is

produced the perceptible movement of the larynx in the throat when

speaking or singing. It is by lowering the larynx, and so commanding an

expansion of the throat that the best tone is possible in the voice, and

it is this open throat production which some teachers are aiming at when

they charge their pupils to "sing from the chest." A more sensible

request would be to "lower the larynx," since such a lowering of this

organ places the throat in the most favourable position for emitting

sound; as well as for enabling the lungs, or wind-chests, to act most

advantageously upon the true vocal cords. Moreover, this lowered larynx

production leads to the best results from the vocal cords themselves.

The natural tendency is to sing as we talk, a process which involves a

demand upon the upper fringes of the vocal ligaments only, but no

long-sustained singing could be maintained by this means, nor does it

requisition any art-knowledge or principle. Directly, however, we begin

to utilize the lower edge of the vocal cords, we are verging upon the

art of _producing_ the voice; _i.e._, creating a something which will

not manifest itself without the first application of some art

principles. Here lies the whole secret of singing, _viz._, the

utilization of the lower portions of the membranous folds popularly

called the "vocal cords," instead of working merely their topmost

fringes, as do the innumerable tenors who sing "throaty," and as we all

do up to a certain point, in the ordinary process of speaking. The

singing voice and the speaking voice are two totally different

productions, the former never to be acquired except at the hands of a

capable master, who, himself, has been properly taught the principles of

voice production.

The lungs, or bellows, or air-chambers lie, as is well known, on each

side of the chest, resting upon the diaphragm, and performing a very

important function in singing. They supply the air which acts upon the

vocal cords, and in true singing are the first organs for consideration

by a vocalist, since so much depends upon the way the wind, or breath,

is brought to bear upon the vocal cords. For this reason the abdominal

method of breathing--the filling of the lungs from their bases--becomes

the best method for inspiring the breath in singing. Doubtless, in

breathing, the lungs are replenished from above downwards, but it

requires something of the sensation of these air-supplying substances

being filled from their bases in order to requisition the full help of

the diaphragm, a great muscle which separates the lungs from the

abdomen, and which may be called the fundamental basis on which all

voice production rests.

The Pharynx (+pharynx+) is situated behind the mouth, between the tongue

and the arch forming the circumference of the palate. Its province is to

reflect the voice on its issue from the glottis. It is an elastic

aperture, and may be well styled the reflecting organ of singing. It can

take various forms, and bears a great part in giving character to the

sounds originated in the larynx.

* * * * *

_The Voice--a Wind, Reed, or String Instrument?_ Much discussion has

spent itself in settling the question of "family" to which the vocal

instrument properly belongs. The vocal chords are known to be composed

of a yellow elastic fibrous tissue in their anterior parts, the

posterior portions consisting of a tougher muscle or cartilage. Many

maintain them to belong to the "string" family, since the sounds

generated are produced as on a violin--the higher notes by increased

tension, the lower tones by a reduction of the strain. In this process,

the muscle, popularly known as the epiglottis-cushion--a fat mucous

membrane--presses on to the vocal cords, modifying their vibrating

length. Thus, in an extreme high note, the cushion presses intensely

upon the cords, considerably shortening their one inch length. In

reverting to a low note, this tension becomes withdrawn, and the whole

length of cord is at play to produce its lowest tones. An unfortunate

objection to this theory--that the vocal cords can be styled a stringed

instrument, is the fact that no string of the small extent of the vocal

cords could be capable of sounding either so many, or such low notes;

moreover, the mathematical treatment of their vibrations, as governed by

the tension, is not correct, as they are in the case of a violin. It is

a useful theory, and method of reasoning, however, for those teachers of

singing who maintain that to get high notes, a light and thin style of

singing, and the use of the upper fringe of the vocal cords (the

production point), is preferable, in contradistinction to those who

declare that no really good chest note with any telling power worth

considering is possible, unless the vocalist sings deep in his chest and

gains the idea, as he goes for his note, of requisitioning with all

effort the lowest depth in the cord. Surely this point presents the

greatest difficulty for singers with whom compass, especially at the top

of the voice, is an imperative necessity, albeit that people go on

talking to the contrary; and it is a matter which needs settling among

voice specialists and singing masters. We are told, and it is generally

known, that the tension of the epiglottis-cushion produces a higher note

just as the shifting of the finger on the violin string affects its

tone--a process which may produce falsetto sounds, but which surely is

not the basis upon which great Italian singers of the Mongini and

Tamberlik type secured the great chest Cs, which, with their resonance

and brilliancy, were wont to make our opera houses ring again. Is it not

a fact that in voices of this calibre, as well as in those trained on

what is known as the broad lines of the true Italian production, the

whole surfaces of the vocal cords become more or less requisitioned, and

that they vibrate the whole of their length and breadth, not merely the

sides, rather than that any upper portion is mainly utilized while the

lower parts are resting? The answer to this question would seem to

indicate that the human voice is of the nature of a reed instrument.

These membraneous organs, which we term vocal cords, are such that their

whole surfaces must vibrate when brought into contact with a current of

air from the lungs. The voice reed, in fact, vibrates freely backwards

and forwards, and so corresponds with what are known as "free," not

"beating" reeds--such as are found in concertinas, and the like.

That the voice is something of an organ pipe (a flue pipe) is an

illusion only indulged in by writers and teachers prone to descriptive

language, which they do not stay to inquire into, either for their own

edification or for the enlightenment of other people. There is

absolutely nothing to maintain such an idea.

It is important that the nature of the _matériel_ of the vocal cords

should become widely known, since such a knowledge, elementary as it

might be, would, at the outset, enable students to get at once upon the

right road to singing. To grasp the idea that the initial

sound-producing means are these bits of semi-lunar membranes, acted upon

by the breath from the lungs, and that they vibrate violently or orderly

in proportion to the care with which the breath is brought to bear upon

them, is to master the first great difficulty in singing. This once

grasped, it is not hard to realize that the sound emitted is moulded and

shaped, modified and beautified by other organs of the laryngeal machine

and its surroundings, as well as by such variable conditions as the

state of the human frame generally, and the particular condition of

those organs of the body most directly concerned in supporting the work

of the larynx may happen to be in. It will save the student much time

if, before he (or she) begins to study singing, some first acquaintance

be formed with the physiological surroundings of the human voice, and it

is worse than useless to go to a master who teaches singing in blind

ignorance of, and doubtless contempt for, these physiological

principles. The student who has familiarized himself with the structure

of the vocal organs will have made a much more intelligent progress in

his art than the one who has not, and will be competent none the less

readily to understand the instruction of a qualified master than to

detect the shameful pretence and humbug of the quack.

=Board Teachers' Laryngitis--Clergyman's Sore Throat--Throat Exhaustion,

etc.=--Among the greatest evils of this competitive teaching age is the

mischief arising from the constant and at the same time injurious use of

the voice. All who use the voice constantly must learn how to breathe,

and _produce_ the voice. Failing that, serious mischief, which even the

specialist of throat hospitals cannot cope with, must inevitably follow.

The only advice that can be given here is, immediately that voice

exhaustion sets in, to consult not _a doctor_, but a throat or voice

specialist. The best institution in the world for throat troubles is the

Throat Hospital, Golden Square, London, W.

EXERCISES.

This first exercise is a most useful one in the uniting of notes and in

gaining facility. The student should at first practise it very slowly,

mastering four bars at a time. Although I have divided it into fifteen

examples, it is really but one exercise, with a minim rest between each

phrase of four bars; and it is in this example form that I wish the

student ultimately to sing it with the metronome, at say 76, taking

breath _only_ at the rest-mark, and making the _crescendo_--not, be it

observed, by forcing the tone and breath, but by a gradual pressing down

of the breath.[2]

[2] The Exercise should be a crescendo from piano to forte.

[Music: Ex. 1.]

[Music: A.]

[Music: B.]

[Music: C.]

[Music: D.]

[Music: E.]

[Music: F.]

[Music: G.]

[Music: H.]

[Music: I.]

[Music: J.]

[Music: K.]

[Music: L.]

[Music: M.]

[Music: N.]

[Music: Ex. 2 NAVA.]

[Music]

Exercise 2 is a further one for the practice of joining notes with the

aid of the breath, without the least resemblance to a jerk with either

the sound or the breath. To sing the exercise with advantage requires a

very careful management of the respiratory organs, and its continuous

practice is one of the best means of managing the breath. Having

inspired the breath after the manner already indicated herein, proceed

to sound the note F in a thin but firm and steady tone, which you must

gradually swell, by pressing down the breath, as it were, into the

following note G, which you will continue to hold steadily by keeping

down the breath as long as you can. Though you raise your tone of voice

in passing from F to G, you must dispel from your mind all notions of

raising your breath or your _larynx_; it is just the reverse; you must

lower these. Remember a golden rule--the higher your note the lower must

it be generated in your chest, and your breath must be under the note

supporting it, or there cannot possibly be any tone there. On reaching

the highest limit of this exercise, the student will repeat the same

operation down the scale, which I need scarcely say is less difficult.

[Music: Ex. 3. NAVA.]

[Music]

[Music]

Exercise 3 may be timed 76 on your metronome. It is a study to give

freedom and flexibility to your voice. None of the notes should be

forced, and the upper notes should be rendered with the mouth well open,

and with a quality of tone as similar as possible to that of the lower

notes. Breath should be taken (without losing time) at the rest-marks.

There should be no break or jump in the tone, but rather it should be

one unbroken stream of melody, as marked in the first phrase. The voice,

in this exercise, should be constantly moving: no sooner should you be

sounding the first note of the phrase than you should be moving to the

second, from the second to the next, and so on. Be careful to sing the

intervals exactly in time, and in descending to notes satisfy yourself

that you are singing the exact tone, and that with certainty. Indecision

is a grave fault in singing.

[Music: Ex. 4. Intervals of thirds.

Do Re Mi Re Do Re Mi Fa Mi Re

Mi Fa Sol Fa Mi &c.]

[Music: Ex. 5. Intervals of Fourths.

* Here take breath.]

[Music]

[Music: Ex. 6. Intervals of Fifths.]

[Music: Ex. 7. Intervals of Sixths.]

[Music: Ex. 8. Intervals of Sevenths.]

INDEX.

_Page_

Alto, 36

Bad Lessons, 50

Bad Masters, 50

Ballads, 80

Barytone, Basso-Cantante, 42

Bass, 44

Board Teachers' Laryngitis, 114

Books of Exercises, 51

Buffo, 48

Cathedral School, The, 72

Chest, Falsetto, and Head, 60

Chorus Singing, 69

Cleanliness, 13

Clearing the Throat, 59

Compass, 30

Consonants, 24

Contralto, 35

Decision, 84

Diet, 13

Dramatic Study, 27

Dress, 16

Duration of Practice, 67

Early Rising, 13

Education, General, 26

Emphasis, 25

English, 24

Execution, 105

Exercise, 15

Exercises, 115

Exercises, First, 62

" Books of, 51

" in Beating Time, 89

Expression, Facial, 54

Facial Expression, 54

Falsetto, 60

Fashion, 106

First Opinion, A, 44

Forming a Repertoire, 107

Forte, Mezzo-Voce, and Piano, 60

General Education, 26

" Musical Study, 70

German Lieder, Modern, 71

Hair, The, 14

Head, Singing in the, 58

High Notes, 59

"Holding" an Audience, 86

"How to Begin", 68

Humming, 69

Imitation, 70, 85

Individuality, 53

Institutions, 48

Larynx, The, 109

Late Hours, 19

Lessons, Bad, 50

Lips, Position of, 25

Masters, 48

Mezzo-Voce, 60

Mezzo-Contralto, 35

Mezzo-Soprano, 34

Mistakes in Public, 86

Modern German Lieder, 71

Morality, 19

Music to Suit the Voice, 103

Musical Study, General, 70

Names of Voices, 29

Nervousness, 21

Oratorio, 73

"Original Keys", 104

Opera, 79

Perseverance, 54

Physiological Surroundings, 109

Pharynx, The, 111

Position of Arms, 55

" Body, 55

" Hands, 56

" Larynx, 57

" Throat, 56

" Tongue, 57

Pronunciation, 22

Public Singing, 85

Public, Mistakes in, 86

Qualities of the Voice, 45

Recitative, 81

Repertoire, Forming a, 107

Scale, The, 60

" Practice, 62

"Schools" of Singing, 47

Self-Accompaniment, 55

Sentiment, 84

Singing in Tune, 67

Slurring, 83

Smoking, 18

Soprano, 32

Study of Songs, 20

Study of Words, 25

Styles, Traditional, 71

Teachers, Bad, 50

Teeth, The, 15

Tenore-Leggiero, 37

Tenore-Robusto, 39

Throatiness, 58

Thyroid, The, 110

Time in Singing, 87

Tone, 60

Traditional Styles, 71

Variety Indispensable, 68

Voices and their Names, 29

Voice, The; A Wind, Reed, or String Instrument, 111

Vowel-Sounds, 23

"Words," Study of, 25

Printed by BALLANTYNE, HANSON & CO.

London & Edinburgh

* * * * *

Transcriber's note:

Punctuation and formatting have been made consistent.

Apparent printer's errors have been retained, unless stated below.

Page 62, "disirable" changed to "desirable". (It cannot be too strongly

impressed upon, or too frequently pointed out to, the singer (no matter

what may be the stage of his or her artistic development) how desirable

and advantageous it is to be constantly singing exercises and solfeggi

in preference to songs.)

Page 73 and 74, "shool" changed to "school". (You will find its good

points equally insisted on in the oratorio school of singing, while its

defects should be avoided in any.)

Page 106, "divisious" changed to "divisions". (Those who have ever

delighted as well as astonished us by their rapid manner of running

through divisions must have been naturally endowed with flexible

organs.)

Advice to Singers · 第 7 / 7 段