Saxtuba

Last updated
Saxtuba
Saxtuba.jpg
Brass instrument
Classification
Playing range
Saxtuba range.svg
Written range
Related instruments
Saxhorn, Saxotromba
Trumpet, Bugle
Tuba, Wagner tuba
Cornu, Buccina, Roman tuba

The saxtuba is an obsolete valved brass wind instrument conceived by the Belgian instrument-maker Adolphe Sax around 1845. [1] The design of the instrument was inspired by the ancient Roman cornu and tuba. The saxtubas, which comprised a family of half-tube and whole-tube instruments of varying pitches, were first employed in Fromental Halévy's opera Le Juif errant (The Wandering Jew) in 1852. Their only other public appearance of note was at a military ceremony on the Champ de Mars in Paris in the same year. The term "saxtuba" may also refer to the bass saxhorn. [2]

Contents

History

In the 1770s, the French artist Jacques-Louis David carried out extensive researches into the ancient Roman instruments that appeared on Trajan's Column in Rome. Two of these instruments – the straight tuba and the curved cornu – were revived in Revolutionary France as the buccin and tuba curva. [3] To devise the saxtubas Sax merely added valves to these natural instruments, thus providing them with chromatic compasses. Furthermore, he designed them in such a way that the valves were hidden from general view, thus giving the impression that the instruments were primitive natural trumpets only capable of playing notes from a single harmonic series. [4]

A saxtubist Saxtuba1867.jpg
A saxtubist

The saxtuba was first conceived by Sax at his workshop in the Rue Saint-Georges in Paris around 1845. [5] On 5 May 1849 Sax applied for a patent for a series of brasswind instruments fitted with cylinders. On 16 July 1849 he was granted French Patent 8351. [6] The saxtubas were patented in 1852, in a certificate of addition to the main patent of 1849. [7] Like Sax's saxhorns and saxotrombas, which were also covered by this patent, the saxtubas were equipped with pavillons tournants – that is to say, their bells could be pointed forward – which was considered ideal for instruments intended to be played by marching or mounted bands in the open air.

The cylinders referred to in the patent application were piston valves which allowed the player to lower the pitch of the instrument's natural or open harmonics by one or more semitones. In 1843 Sax had patented his own version of the Berlin piston valve (i.e. the Berliner Pumpenventil, which had been invented independently by Heinrich Stölzel in 1827 and Wilhelm Friedrich Wieprecht in 1833). These were independent valves, which were not designed to be used in combination with one another, though the intonational problems that arose when they were so used could often be corrected by the player's technique. [8] This was especially true in the case of the higher-pitched half-tube instruments, which were usually provided with just three valves, allowing the player to lower the pitch of any open note by one, two or three semitones when the valves were used one at a time, or by four, five or six semitones when the valves were used in combination. Before the invention of compensating valves (which could be used in combination without producing faulty intonation), lower-pitched instruments generally required extra valves in order to lower the pitch of an open note by more than three semitones.

In 1859 Sax applied his system of six independent valves to the saxtuba. [9]

The saxtubas made their first public appearance at the premiere of Fromental Halévy's opera Le Juif errant (The Wandering Jew) at the Paris Opera on 23 April 1852. At the time, Sax was musical director of the Opéra's stage band (or banda ), so it was not unusual for instruments of his design to be showcased in popular productions. Although Sax appears to have designed the saxtuba as early as 1845, it is possible that he did not actually manufacture any specimens until they were required for Le Juif errant in 1852.

In the opera, the saxtubas are first heard on stage in the Triumphal March (No. 17) at the end of Act III. A total of eight different sizes of saxtuba were required to play ten individual parts. [10] Curiously, the saxtubas are not referred to by this name in the only surviving copy of the full score; [11] instead they are listed as saxhorns, which suggests that the decision to use saxtubas was a late one. In the score the instruments are designated as follows:

French
Petite Sax-horn aigue en Si
Sax-horn soprano en Mi
Cornet à pistons en Si [Sax-horn au pistons en Si in Act V]
Sax-horn Contre Alto en Si
1er Saxhorn alto en Mi
2e Saxhorn alto en Mi
Sax horn baryton en Si
Sax horn basse en Si
Sax horn C:basse en Mi
Sax horn C:basse en Si
English
Sopranino saxhorn in B
Soprano saxhorn in E
Cornet in B ["saxhorn with pistons in B" in Act V]
Contralto saxhorn in B
1st Alto saxhorn in E
2nd Alto saxhorn in E
Baritone saxhorn in B
Bass saxhorn in B
Contrabass saxhorn in E
Contrabass saxhorn in B
Opening bars of the March in Act V of Le Juif errant SaxhornMarziale.svg
Opening bars of the March in Act V of Le Juif errant

The only other appearance of the stage band in the opera occurs in the Judgment dernier ("Last Judgment") in Act V, which also includes parts for four saxophones, one of which was played by Sax himself. [12] On both occasions the performers are instructed to march across the stage, playing martial music typical of the period as they do so. This music has been compared to the Apothéose from Berlioz's Grande symphonie funèbre et triomphale of 1840. François-Joseph Fétis, who reviewed the opera's première, reported that the sound of the Sax's saxtuba banda was out of all proportion to that of the orchestra in the pit. At subsequent performances the instruments were muted, which resulted in a much better balance between the two bodies. [13]

Le Juif errant was not a success, despite being given fifty times over two seasons at the Paris Opéra; [14] when it disappeared from the repertoire, it took the saxtuba with it. The only other notable public appearance of the saxtubas occurred less than a month after the opera's première, on 10 May 1852, when twelve saxtubas participated in a military ceremony on the Champ de Mars, Paris, in which the President of the French Republic Louis Napoleon distributed the colours to his army. Although a total of 1500 musicians from thirty regiments were employed in the ceremony, the twelve saxtubas overwhelmed all the other instruments. According to an eyewitness the saxtubas were played by the same civilian players who had played them at the Opéra the previous month. [15]

The existence of a few saxtubas from the late nineteenth or early twentieth century including six specimens manufactured by Sax's son Adolphe-Edouard suggests that the instrument did not become completely obsolete after the disappearance of Le Juif errant from the repertoire. Records preserved in the Bibliothèque-Musée de l'Opéra National de Paris indicate sporadic appearances of saxtubas of various sizes in operatic productions throughout the late nineteenth century, both as solo instruments in the pit and as theatrical instruments in the onstage banda. Jules Massenet added a saxtuba to his pit orchestra in Le roi de Lahore (1877); [16] Charles Gounod used the same instrument in Le tribut de Zamora in 1881. [17] Massenet also wrote a solo for contrabass saxtuba in C in Esclarmonde , which was first performed at the Opéra-Comique in 1889. [18]

Sources

Sketches of Sax's saxtuba designs from his patent of 1849 Saxtuba Drawings.PNG
Sketches of Sax's saxtuba designs from his patent of 1849

In 1855, in a revised version of his Treatise on Instrumentation , the French composer Hector Berlioz described several of Sax's newly invented instruments, including the saxtubas:

These are instruments with mouth-piece [19] and a mechanism of three cylinders; they are of enormous sonorousness, carrying far, and producing extraordinary effect in military bands intended to be heard in the open air. They should be treated exactly like sax-horns; merely taking into account the absence of the low double-bass in E, and of the drone in B. Their shape—elegantly rounded—recalls that of antique trumpets on a grand scale. [20]

This description was repeated verbatim in an article Berlioz contributed to The Musical Times and Singing Class Circular five years later. [21] The two contrabass instruments which Berlioz says are lacking (the double-bass [contrebasse] in E and the drone [bourdon] in B) are in fact included among the eight different sizes of saxtubas that took part in Halévy's Le Juif errant.

The saxtuba is often mistaken for one of the larger members of Sax's saxhorn family. In 1908 W. L. Hubbard defined the term saxtuba thus:

The bass saxhorn; a brass bass wind instrument similar to the saxotromba, and one of the family of brass instruments invented by Adolphe Sax. It has three cylinders or pistons for regulating the pitch, a wide mouthpiece, and possesses a deep sonorous tone. [22]

The saxtuba has no entry in The New Grove Dictionary of Music and Musicians , but the New Grove Dictionary of Musical Instruments describes it as "a brass instrument in the circular form of the Roman buccina," adding that it has "three valves and was made in seven sizes from piccolo in B to contrabass in B." [23]

Acoustic principles of the saxtuba family

From the surviving copy of Halévy's opera, it would appear that the saxtubas were made in the same pitches as the saxhorns: indeed, it is quite probable that they were deliberately designed by Sax as substitutes for the saxhorns, whose music had already been composed. Berlioz claimed that the two deepest instruments (corresponding to the contrabass saxhorns listed above) did not exist, but this seems to be contradicted by both the surviving score and eyewitness accounts of Halévy's opera. [24]

In his Treatise on Instrumentation Berlioz described nine different sizes of saxhorn. These correspond to those listed above with one addition: a small sopranino in C: [25] Forsyth's Orchestration (1914) includes seven of these, though the nomenclature is quite different, as the following table shows:

Halévy
-
Aigue en Si
Soprano en Mi
Contre Alto en Si
Alto en Mi
Baryton en Si
Basse en Si
C:basse en Mi
C:basse en Si
Berlioz
Suraigu en Ut
Suraigu en Si
Soprano en Mi
Alto en Si
Tenor en Mi
Baritone en Si
Bass en Si
Contrabass en Mi
Bourdon en Si
Forsyth
-
-
Sopranino in E
Soprano in B
Alto in E
Tenor in B
Bass in B
Bass in E
Contrabass in B
Modern
Sopranino in C
Sopranino in B
Soprano in E
Alto in B
Tenor in E
Baritone in B
Bass in B
Bass in E
Contrabass in B

Of these, only the bottom three were whole-tube instruments capable of sounding their fundamentals. The remaining instruments were half-tube instruments, whose series of natural harmonics only descended as far as the second harmonic. Presumably the same applied to the saxtubas: some of the extant saxtubas have only three valves, while some have four valves.

The saxtuba was a brasswind instrument. It was constructed in such a way that the column of air inside the instrument was capable of vibrating at a number of different pitches that corresponded to the notes of the harmonic series. These pitches are known as the instrument's natural or normal modes of vibration, each one being a natural harmonic or open note. By vibrating his lips at the correct frequency, the player was able to compel the instrument's air column to vibrate at the correct pitch; by lipping, he could correct the minor intonational defects due to the discrepancies between the natural harmonic series and the tempered scales of classical music.

Like the modern valve trumpet and cornet, the first six saxtubas employed harmonics two through eight; the three lowest-pitched saxtubas employed harmonics one through eight. [26] The seventh harmonic was too much out of tune to be lipped; this partial was generally avoided by trumpeters and cornet players after the introduction of valves.

Harmonic series of the saxtuba (written notes). Saxtubaharmonicseries.svg
Harmonic series of the saxtuba (written notes).

In order to provide a half-tube saxtuba with a chromatic compass from the second harmonic upwards, it is essential to provide the player with some means of lowering the pitch of the third harmonic by as many as six semitones, this being the size of the gap between the second and third harmonics. Three independent valves will reduce the pitch of a natural or open harmonic by two, one and three semitones respectively. Used singly or in combination, these can bridge the gap between the second and third harmonics, though the player will be required to correct by lipping the faulty intonation produced when independent valves are used in combination. The gaps between the higher harmonics are smaller still, so no more than three valves are required to provide such an instrument with a full chromatic compass; this is true even if the seventh harmonic is not used.

The whole-tube saxtubas require at least four valves for a fully chromatic range from the fundamental upwards, as the gap between the first and second harmonics is a full octave. Valves that lower the pitch of an open note by one, two, three and five semitones can be used alone or in combination to supply all eleven notes that lie between the first two harmonics. Later models of saxtuba were provided with six independent valves, lowering the pitch of an open harmonic by one through six semitones, thus removing completely the need to use any valves in combination. [27]

Compass

Like the saxhorn, the saxtuba was a transposing instrument. According to Berlioz, its music was always written in the treble clef as though for an instrument pitched in C, but the actual sounds produced depended on the size of instrument used. For example, if a piece of music were performed on Halévy's soprano saxtuba in E-flat, it would sound a minor third higher than written. Halévy's score of Le Juif errant is in general agreement with this, though, curiously, the part for the bass saxtuba in B ("Sax horn basse en Si") is notated in the bass clef, sounding just one whole-tone lower than written.

In the following table, which follows Forsyth (1914), all eight saxtubas from Le Juif errant and the contrabass saxtuba in C from Massenet's Esclarmonde have been included with their probable ranges.

NameKeyFundamentalTranspositionSounding Range
SopraninoB B3 flat.svg minor seventh higher Range Saxotromba Sopranino B flat.svg
SopranoB E3 flat.svg minor third higher Range Saxotromba Soprano E flat.svg
AltoE B2 flat.svg major second lower Range Saxotromba Alto B flat.svg
TenorB E2 flat.svg major sixth lower Range Saxotromba Tenor E flat.svg
BaritoneE B1 flat.svg major ninth lower Range Saxotromba Bass B flat.svg
BassB B1 flat.svg major ninth lower Range Saxtuba Bass B flat.svg
BassE E1 flat.svg major thirteenth lower Range Saxtuba Bass E flat.svg
ContrabassC C1.svg two octaves lower Range Saxtuba Contrabass C.svg
ContrabassB B0 flat.svg octave plus a major ninth lower Range Saxtuba Contrabass B flat.svg

Extant saxtubas

Of the saxtubas manufactured by Adolphe Sax's firm, about half a dozen have survived to the present day. The following table includes one instrument which was lost during World War II: [28]

YearKeyValvesLocationComments
1855E3 Berlin piston valves Metropolitan Museum of Art, New York
1855B Musikinstrumenten-Museum, Berlin lost during World War II
1855E3 Berlin piston valves Trompetenmuseum, Bad Säckingen
189519074 valves Musée de la Musique, Paris pavillon pivotant
18951907 Musée de la Musique, Paris Adolphe-Edouard Sax
c. 19004 piston valves Musée de la Musique, Paris Adolphe-Edouard Sax
pavillon pivotant
c. 1900 Musée de la Musique, Paris
1907283 piston valvesParisAdolphe-Edouard Sax
pavillon pivotant
c. 19004 piston valves Musée de la Musique, Paris Adolphe-Edouard Sax
pavillon tournant

See also

Related Research Articles

<span class="mw-page-title-main">Adolphe Sax</span> Belgian musical instrument inventor (1814–1894)

Antoine-Joseph "Adolphe" Sax was a Belgian inventor and musician who invented the saxophone in the early 1840s, patenting it in 1846. He also invented the saxotromba, saxhorn and saxtuba, and redesigned the bass clarinet in a fashion still used to the present day. He played the flute and clarinet.

<span class="mw-page-title-main">Brass instrument</span> Class of musical instruments

A brass instrument is a musical instrument that produces sound by sympathetic vibration of air in a tubular resonator in sympathy with the vibration of the player's lips. Brass instruments are also called labrosones or labrophones, from Latin and Greek elements meaning 'lip' and 'sound'.

<span class="mw-page-title-main">Euphonium</span> Brass instrument

The euphonium is a medium-sized, 3 or 4-valve, often compensating, conical-bore, tenor-voiced brass instrument that derives its name from the Ancient Greek word εὔφωνος euphōnos, meaning "well-sounding" or "sweet-voiced". The euphonium is a valved instrument. Nearly all current models have piston valves, though some models with rotary valves do exist.

<span class="mw-page-title-main">Flugelhorn</span> Brass musical instrument

The flugelhorn, also spelled fluegelhorn, flugel horn, or flügelhorn, is a brass instrument that resembles the trumpet and cornet but has a wider, more conical bore. Like trumpets and cornets, most flugelhorns are pitched in B, though some are in C. It is a type of valved bugle, developed in Germany in the early 19th century from a traditional English valveless bugle. The first version of a valved bugle was sold by Heinrich Stölzel in Berlin in 1828. The valved bugle provided Adolphe Sax with the inspiration for his B soprano (contralto) saxhorns, on which the modern-day flugelhorn is modelled.

<span class="mw-page-title-main">Pitch of brass instruments</span>

The pitch of a brass instrument corresponds to the lowest playable resonance frequency of the open instrument. The combined resonances resemble a harmonic series. The fundamental frequency of the harmonic series can be varied by adjusting the length of the tubing using the instrument's valve, slide, key or crook system, while the player's embouchure, lip tension and air flow serve to select a specific harmonic from the available series for playing. The fundamental is essentially missing from the resonances and is impractical to play on most brass instruments, but the overtones account for most pitches.

<span class="mw-page-title-main">Saxhorn</span> Family of valved brass instruments

The saxhorn is a family of valved brass instruments that have conical bores and deep cup-shaped mouthpieces. The saxhorn family was developed by Adolphe Sax, who is also known for creating the saxophone family. The sound of the saxhorn has a characteristic mellow tone quality and blends well with other brass.

<span class="mw-page-title-main">Trombone</span> Brass instrument played with a slide

The trombone is a musical instrument in the brass family. As with all brass instruments, sound is produced when the player's vibrating lips cause the air column inside the instrument to vibrate. Nearly all trombones use a telescoping slide mechanism to alter the pitch instead of the valves used by other brass instruments. The valve trombone is an exception, using three valves similar to those on a trumpet, and the superbone has valves and a slide.

<span class="mw-page-title-main">Tuba</span> Brass instrument

The tuba is the largest and lowest-pitched musical instrument in the brass family. As with all brass instruments, the sound is produced by lip vibration – a buzz – into a mouthpiece. It first appeared in the mid-19th century, making it one of the newer instruments in the modern orchestra and concert band, and largely replaced the ophicleide. Tuba is Latin for "trumpet".

<span class="mw-page-title-main">Baritone horn</span> Low-pitched brass instrument

The baritone horn, sometimes called baritone, is a low-pitched brass instrument in the saxhorn family. It is a piston-valve brass instrument with a bore that is mostly conical, like the higher pitched flugelhorn and alto (tenor) horn, but it has a narrower bore compared to the similarly pitched euphonium. It uses a wide-rimmed cup mouthpiece like that of its peers, the trombone and euphonium. Like the trombone and the euphonium, the baritone horn can be considered either a transposing or non-transposing instrument.

<span class="mw-page-title-main">Tenor horn</span> Brass instrument in the saxhorn family

The tenor horn is a brass instrument in the saxhorn family and is usually pitched in E. It has a bore that is mostly conical, like the flugelhorn and euphonium, and normally uses a deep, cornet-like mouthpiece.

<span class="mw-page-title-main">Wagner tuba</span> Brass instrument related to tubas and French horns

The Wagner tuba is a four-valve brass instrument commissioned by and named after Richard Wagner. It combines technical features of both standard tubas and French horns, though despite its name, the Wagner tuba is more similar to the latter, and usually played by horn players. Wagner commissioned the instrument for his four-part opera cycle Der Ring des Nibelungen, where its purpose was to bridge the acoustical and textural gap between the French horn and trombone.

<span class="mw-page-title-main">Valve trombone</span> Brass instrument in the trombone family with valves

The valve trombone is a brass instrument in the trombone family that has a set of valves to vary the pitch instead of a slide. Although it has been built in sizes from alto to contrabass, it is the tenor valve trombone pitched in B♭ an octave lower than the trumpet which has seen the most widespread use. The most common models have three piston valves. They are found in jazz and popular music, as well as marching bands in Europe, where they are often built with rotary valves and were widely used in orchestras in the 19th century.

<span class="mw-page-title-main">Serpent (instrument)</span> Wooden early wind instrument

The serpent is a low-pitched early wind instrument in the brass family developed in the Renaissance era. It has a trombone-like mouthpiece, with six tone holes arranged in two groups of three fingered by each hand. It is named for its long, conical bore bent into a snakelike shape, and unlike most brass instruments is made from wood with an outer covering of leather. A distant ancestor of the tuba, the serpent is related to the cornett and was used for bass parts from the 17th to the early 19th centuries.

<span class="mw-page-title-main">Cimbasso</span> Contrabass valved brass instrument

The cimbasso is a low brass instrument that covers the same range as a tuba or contrabass trombone. First appearing in Italy in the early 19th century as an upright serpent, the term cimbasso came to denote several instruments that could play the lowest brass part in 19th century Italian opera orchestras. The modern cimbasso design, first appearing as the trombone basso Verdi in the 1880s, has four to six rotary valves, a forward-facing bell, and a predominantly cylindrical bore. These features lend its sound to the bass of the trombone family rather than the tuba, and its valves allow for more agility than a contrabass trombone. Like the modern contrabass trombone, it is most often pitched in F, although models are occasionally made in E♭ and low C or B♭.

<span class="mw-page-title-main">Ophicleide</span> 19th century keyed brass instrument

The ophicleide is a family of conical-bore keyed brass instruments invented in early 19th-century France to extend the keyed bugle into the alto, bass and contrabass ranges. Of these, the bass ophicleide in C or B took root over the course of the 19th century in military bands and as the bass of orchestral brass sections throughout Western Europe, replacing the serpent and its later upright derivatives. By the end of the 19th century, however, it had been largely superseded by early forms of the modern tuba, developed from valved ophicleides.

<span class="mw-page-title-main">Contrabass trombone</span> Lowest-pitched instrument in the trombone family

The contrabass trombone is the lowest-pitched instrument in the trombone family of brass instruments. While modern instruments are pitched in 12 ft F with a single slide, the first practical contrabass trombones appeared in the mid-19th century built in 18 B♭ an octave below the tenor trombone with a double slide. German opera composer Richard Wagner notably called for this instrument in his Der Ring des Nibelungen opera cycle in the 1870s, and contrabass trombone has since appeared occasionally in large orchestral works without becoming a permanent member of the modern orchestra.

<span class="mw-page-title-main">Helicon (instrument)</span> Musical instrument in the tuba family

The helicon is a brass musical instrument in the tuba family. Most are B basses, but they also commonly exist in E, F, and tenor sizes, as well as other types to a lesser extent.

<span class="mw-page-title-main">Subcontrabass tuba</span> Very low pitched instrument in the tuba family

The subcontrabass tuba is a rare instrument of the tuba family built an octave or more below the modern contrabass tuba. Only a very small number of these large novelty instruments have ever been built. Most are pitched in thirty-six-foot (36′) BBB♭ an octave lower than the BB♭ contrabass tuba, their fundamental note B♭-1 corresponding to a frequency of 15 Hz – such a slow vibration that it can scarcely be perceived as a note.

<span class="mw-page-title-main">Saxotromba</span> Musical instrument

The saxotromba is a valved brass instrument invented by the Belgian instrument-maker Adolphe Sax around 1844. It was designed for the mounted bands of the French military, probably as a substitute for the French horn. The saxotrombas comprised a family of half-tube instruments of different pitches. By about 1867 the saxotromba was no longer being used by the French military, but specimens of various sizes continued to be manufactured until the early decades of the twentieth century, during which time the instrument made sporadic appearances in the opera house, both in the pit and on stage. The instrument is often confused with the closely related saxhorn.

<span class="mw-page-title-main">Horn (instrument)</span> Brass instrument

A horn is any of a family of musical instruments made of a tube, usually made of metal and often curved in various ways, with one narrow end into which the musician blows, and a wide end from which sound emerges. In horns, unlike some other brass instruments such as the trumpet, the bore gradually increases in width through most of its length—that is to say, it is conical rather than cylindrical. In jazz and popular-music contexts, the word may be used loosely to refer to any wind instrument, and a section of brass or woodwind instruments, or a mixture of the two, is called a horn section in these contexts.

References

Bibliography

Notes

  1. Clifford Bevan (1990) gives the instrument's name as Saxtuba throughout. Other sources refer to the Sax-tuba or saxo-tuba.
  2. Mitroulia 172; "Definition of SAXTUBA". Merriam-Webster . Retrieved 2023-02-20.
  3. Bevan (1990), p. 136. The buccin of 1791 should not be confused with a slightly later instrument of the same name (buccin), which was a species of trombone.
  4. Mitroulia 170.
  5. Haine (1980), p. 57. Sax set up his first workshop at 10 Rue Neuve-Saint-Georges in July 1843.
  6. Brevet d'invention 8351. The patent was amended on 20 August 1849 and again on 23 April 1852; the latter, significantly, was the date of the première of Le Juif errant. According to Haine (1980), pp. 196197, Sax's two amendments were granted on 5 December 1849 (by which date Sax had moved his atelier to No. 50 Rue Saint-Georges) and 30 June 1852 respectively. But see also Bevan (1990), pp. 135 and 137, where the patent number is 4361.
  7. Mitroulia 169.
  8. This practice is known as lipping . By slightly opening or closing the aperture of the lips, the player can alter the pitch of the note being played.
  9. Haine (1980), p. 76.
  10. A contemporary account mentions fifteen players in all, as some of the individual parts were played by two, three or four instrumentalists. See Bevan (1990), pp. 138 and 142; and Carter (1999), p. 144.
  11. Halévy, Fromental (1852). Le Juif errant. Bibliothèque-Musée de l'Opéra National de Paris. A 576 a IV.{{cite book}}: CS1 maint: location missing publisher (link)
  12. Carter (1999), p. 145. Bevan (1990), pp. 138139, calls the Triumphal March in the Act III finale "No. 12", and identifies the other appearance of the saxtuba banda as No. 17 in Act IV.
  13. Carter (1999), pp. 144 f.
  14. Carter (1999), p. 145.
  15. Bevan (1990), p. 137; Horwood, Wally (1922). Adolphe Sax: 18141894: His Lfe and Legacy. Egon. p. 113. ISBN   978-1-4179-0200-2..
  16. Carter (1999), p. 137. Haine (1980), p. 98, identifies this instrument as a contrabass saxhorn in B.
  17. Haine (1980), p. 98.
  18. Carter (1999), pp. 137138.
  19. Berlioz, Hector; Richard Strauss (1948). Treatise on Instrumentation. trans. Theodore Front. Kalmus. These are instruments with cup-formed mouthpieces...."
  20. Berlioz, Hector (1856). A treatise Upon Modern Instrumentation and Orchestration. trans. Mary Cowden Clarke. London: Novello, Ewer and Co..
  21. Berlioz, Hector (1860-10-01). "New Instruments". The Musical Times and Singing Class Circular. 9 (212). Musical Times Publications: 345–348. doi:10.2307/3370661. JSTOR   3370661. S2CID   53566456..
  22. Hubbard, W. L. (1910). The American History and Encyclopedia of Music Dictionary. Toledo: The Squire Cooley Co. p. 454. ISBN   978-1-4179-0200-2.
  23. Stanley Sadie, ed. (1984). "Saxtuba". The New Grove Dictionary of Musical Instruments. Vol. 3. Macmillan. ISBN   978-0-943818-05-4 . Retrieved 2008-12-17.
  24. Bevan (1990), pp. 138142.
  25. Berlioz, Hector (1855). Grand Traité d'Instrumentation et d'Orchestration Modernes. Paris: Schonenberger. p. 234. I am assuming that Halévy's "sax-horn au pistons en Si" and "Sax-horn contre Alto en Si" are the same instrument.
  26. Forsyth (1914) gives these as the natural ranges of the half-tube and whole-tube saxhorns respectively, though he notes that "the top fourth on all three [whole-tube] instruments is a little difficult to get, and not much needed, while on [the Contrabass in B] the lowest seven semitones are unsteady and of doubtful intonation". Forsyth does not mention the saxtuba itself.
  27. Haine (1980), pp. 74 and 76. Haine dates this innovation to both 1859 and 1881, the latter being the year in which Sax patented his system of independent valves.
  28. Mitroulia, Eugenia; Myers, Arnold (2008). "List of Adolphe Sax Instruments". Archived from the original on 2007-04-29. Retrieved 2008-11-18.. According to Bevan (1990), p. 137, the first item in the table is the only saxtuba still in existence.