- Western concert flute
Flute Other names Transverse flute, Boehm flute, C flute Classification Playing range Related instruments
The Western concert flute is a transverse (side-blown) woodwind instrument made of metal or wood. It is the most common variant of the flute. A musician who plays the flute is called a flautist, flutist, or flute player.
This type of flute is used in many ensembles including concert bands, orchestras, flute ensembles, and occasionally jazz bands and big bands. Other flutes in this family include the piccolo, alto flute, bass flute, contrabass flute and double contrabass flute. Millions of works have been composed for flute.
The flute is a transverse (or side-blown) woodwind instrument that is closed at the blown end. The instrument is played by blowing a stream of air over the embouchure hole. The pitch is changed by opening or closing keys that cover circular tone holes (there are typically 16 tone holes). Opening and closing the holes produces higher and lower pitches. The direction and intensity of the air stream also affects the pitch, timbre, and dynamics.
The standard concert flute is pitched in C and has a range of about three and a half octaves starting from the musical note C4 (middle C). Some experienced flautists are able to reach C8. Modern flutes may have a longer foot joint (a B-foot), with an extra key to reach B3.
The piccolo is also commonly used in Western orchestras. Alto flutes, pitched a fourth below the standard flute, and bass flutes, an octave below, are also used occasionally.
The flute is one of the oldest and most widely used wind instruments. The precursors of the modern concert flute were keyless wooden transverse flutes, similar to modern fifes. These were later modified to include between one and eight keys for chromatic notes. The most common pitch for such flutes was and remains "six-finger" D, but other pitches sometimes occur. These primitive and simple-system flutes continue to be used in folk music (particularly Irish traditional music) and in "historically informed" performances of Baroque (and earlier) music. For flutes in general see flute. The following section follows a rough sketch history of the western concert flute.
Medieval flutes (1000–1400)
Throughout the 11th, 12th and 13th centuries, transverse flutes were very uncommon in Europe, with the recorder being more prominent. The transverse flute arrived in Europe from Asia, via the Byzantine Empire, where it migrated to Germany and France. These flutes became known as "German flutes", to distinguish them from others, such as the recorder. The flute became used in court music, along with the viol, and was used in secular music, although only in France and Germany. It would not spread to the rest of Europe for nearly a century. The first literary appearance of the transverse flute was made in 1285, by Adenet le Roi in a list of instruments he played. After this, a period of 70 years ensues, where there are few references to the flute.
Renaissance (1400–1600) and Baroque flutes (1600–1760)
Beginning in the 1470s, a military revival in Europe led to a revival in the flute. The Swiss army used flutes for signaling, and this helped the flute spread to all of Europe. In the late 16th century, flutes began to be used in court and theatre music (predecessors of the orchestra), and the first flute solos. Following the 16th century court music, flutes began appearing in chamber ensembles. These flutes were often used as the tenor voice. However, flutes varied greatly in size and range. This made transposition necessary, which led flutists to use Guidonian hexachords (used by singers and other musicians since their introduction in the 11th century) to transpose music more easily.
During the 16th and early 17th centuries in Europe, the transverse flute was available in several different sizes, in effect forming a consort much in the same way that recorders and other instrument families were used in consorts. At this stage, the transverse flute was usually made in one section (or two for the larger sizes) and had a cylindrical bore. As a result, this flute had a rather soft sound and limited range, and was used primarily in compositions for the "soft consort".
During the Baroque period, the transverse flute was redesigned. Now often called the traverso (from the Italian), it was made in three or four sections, or joints, with a conical bore from the head joint down. The conical bore design gave the instrument a wider range and a more penetrating sound, without sacrificing the softer, expressive qualities of the instrument. In addition to chamber music, the traverso began to be used in orchestral music.
In the baroque era, flutes become used in the scores of opera, ballet and chamber music. With this, composers now wrote music for the flute. These included Praetorius, Schütz, Rebillé and Descoteaux, Quantz, Bach, Telemann, Blavet, Vivaldi and Handel.
Because of the works of such composers, the flute became popular as a solo instrument. However there were few professional flutists who had the instrument as their main instrument (many had oboe as their main instrument). In 1707, Jacques Martin Hotteterre wrote the first method book on playing the flute: Principes de la flûte traversière. The 1730s brought an increase in operatic and chamber music feature of flutes. The end of this era found the publication of Essay of a Method of Playing the Transverse Flute by Quantz, considered[who?] the greatest exposition on flute method of its time.
Classical Flutes (1760–1820) and Romantic flutes (1820–1900)
The orchestras formed in the last half of the 18th century included flutes, which were featured in symphonies and concertos. Throughout the rest of the century the interest in flutes increased, and peaked in the early half of the 19th century. During that time, Theobald Boehm began flute making and Friedrich Dülon was perhaps the first flutist considered to be a great artist. Keys were added to the flute, and the taper was changed to strengthen its lower register.
With the romantic era, flutes begin to lose favor. Symphony orchestras featured brass and strings more, and many musicians did not accept Boehm’s new flute design. Flutes grew more popular throughout Europe as the century wore on, By the end of the century the Boehm flute had won favor and a flute revival was spurred by composers like Debussy. The early 19th century saw a great variety in flute designs. Conical bores giving a penetrating sound were used in Vienna, English flutes had a range to low C and played best in flat keys, French flutes gave a softer tone, and German flutes blended best with orchestras.
The Meyer flute was a popular flute in the mid 19th century. Including and derived from the instruments built by H.F. Meyer from 1850 to the late 1890s, it could have up to 12 keys and was built with head joints of either metal-lined ivory or wood. The final form was a combination of a traditional keyed flute and the Viennese flute, and became the most common throughout Europe and America. This form had 12 keys, body of wood, head joint of metal and ivory, and was common at the end of the century.
The dimensions and key system of the modern western concert flute and its close relatives are almost completely the work of the great flautist, composer, acoustician and silversmith, Theobald Boehm, who patented his system in 1847. It was immediately popular, and spread worldwide in just a few years. Minor additions to and variations on his key system are common but the acoustical structure of the tube remains almost exactly as he designed it. Major innovations were the change to metal instead of wood, large straight tube bore, "parabolic" tapered headjoint bore, very large tone holes covered by keys, and the linked key system which simplified fingering somewhat. The most substantial departures from Boehm's original description are the universal elimination of the "crutch" for the left hand, the almost universal adoption of Briccialdi's thumb key mechanism instead of Boehm's, and the almost universal adoption of a closed-standing G♯ key over an additional G♯ tone hole. Boehm's key system, with minor variations, continues to be regarded as the most effective system of any modern woodwind, allowing trained players to perform with facility in all keys and with extraordinary velocity and brilliance. The modern flute has three octaves plus C7-C♯7-D7 in the fourth octave. Many modern composers used the high D♯7; while such extremes are not commonly used, the modern flute can perform up to an F♯7 in its fourth octave.
Quite at the opposite end of the spectrum, in terms of the complexity of the key system developed by Boehm, was the Giorgi flute, an advanced form of the ancient holed flute. Patented in 1897, the Giorgi flute was designed without any mechanical keys, though the patent allows for the addition of keys as options. Giorgi enabled the performer to play equally true in all musical keys, as does the Boehm system. Giorgi flutes are now rarities, found in museums and private collections. The underlying principles of both flute patterns are virtually identical, with tone holes spaced as required to produce a fully chromatic scale. The player, by opening and closing holes, adjusts the effective length of the tube, and thus the rate of oscillation, which defines the audible pitch.
20th century flutes
With the ability to record sound (beginning in the 1890s), flutes begin to regain a popularity not seen since the classical era. Recordings of flute music became increasingly common, with professional flautists spending a great deal of time recording music. The 20th century brought the first recordings of Baroque music on modern flutes.
In the 1950s, Albert Cooper modified the Boehm Flute to make playing modern music easier. The flute was tuned to A440, and the embouchure hole was cut in a new way to change the timbre of the flute. These flutes became the most used flutes by professionals and by amateurs.
In the 1980s, Johan Brögger modified the Boehm-Lot-Cooper flute, by fixing two major problems that had existed for nearly 150 years: maladjustument between certain keys, and problems between the G key and the B♭ key. The result was non-rotating shafts, which gave a quieter sound and less friction on moving parts. Also the modifications allowed for springs to be adjusted individually, and the flute was strengthened. The Brögger flute is only made by the Brannen Brothers and Miyazawa Flutes.
The Kingma flute was developed at the end of the 20th century by Eva Kingma and Bickford Brannen to allow the use of quarter tones. It is essentially a Boehm flute, with the ability to play quarter tones and has better capability of producing multiphonics. These abilities are especially useful for those who wish to play eastern music and for jazz flutists. The Kingma system flute is only made by the Brannen Brothers and Sankyo Flutes.
Linear chromatic flute
The linear chromatic flute was developed by California instrument maker Jim Schmidt with a chromatic and linear fingering system.
Members of the concert flute family
From high to low, the members of the concert flute family include:
- Piccolo in C or D♭
- Treble flute in G
- Soprano flute in E♭
- Concert flute (also called C flute, Boehm flute, silver flute, or simply flute)
- Flûte d'amour (also called tenor flute) in B♭ or A
- Alto flute in G
- Bass flute in C
- Contra-alto flute in G
- Contrabass flute in C (also called octobass flute)
- Subcontrabass flute in G (also called double contra-alto flute) or C (also called double contrabass flute)
- Double contrabass flute in C (also called octocontrabass flute or subcontrabass flute)
- Hyperbass flute in C
Each of the above instruments has its own range. The piccolo reads music in C like the concert flute but sounds one octave higher. The alto flute is in the key of G, and extends the low register range of the flute to the G below middle C. Its highest note is a high G (4 ledger lines above the treble clef staff). The bass flute is an octave lower than the concert flute, and the contrabass flute is an octave lower than the bass flute.
Less commonly seen flutes include the treble flute in G, pitched one octave higher than the alto flute; the soprano flute, between the treble and concert; and the tenor flute or flûte d'amour in B♭ or A, pitched between the concert and alto.
The lowest sizes (larger than the bass flute) have all been developed in the 20th century; these include the sub-bass flute, which is pitched in F, between the bass and contrabass; the subcontrabass flute (pitched in G or C), the contra-alto flute (pitched in G, one octave below the alto), and the double contrabass flute in C, one octave lower than the contrabass. The flute sizes other than the concert flute and piccolo are sometimes called harmony flutes.
Construction and materials
Concert flutes have three parts: the headjoint, the body, and the foot joint. The headjoint is sealed by a cork (or plug). It is possible to make fine adjustments to tuning by adjusting the headjoint cork, but usually it is left in the factory-recommended position around 17.3 mm from the centre of the embouchure hole for best scale. Gross, temporary adjustments of pitch are made by moving the headjoint in and out of the headjoint tenon. The player makes fine or rapid adjustments of pitch and timbre by adjusting the embouchure, and/or adjusting the position of the flute in relation to the player, i.e., side and out.
Often, a different head can make the flute play like a different flute. Some flute makers sell both end blown heads and transverse heads that can be interchanged. The same flute body can be used as a whistle/recorder style instrument, or as a transverse flute.
Head joint shape
The head-joint tube is tapered slightly towards the closed end. Boehm described the shape of the taper as parabolic. Examination of his flutes did not reveal a true parabolic curve, but the taper is more complex than a truncated cone. The head joint is the most difficult part to construct, because the lip plate and tone hole have critical dimensions, edges and angles, which vary slightly both between manufacturers and in individual flutes especially where they are hand-made. Head joint geometry appears particularly critical to acoustic performance and tone, but there is no clear consensus on a particular shape amongst manufacturers. Acoustic impedance of the embouchure hole appears the most critical parameter. Critical variables affecting this acoustic impedance include: chimney length (hole between lip-plate and head tube), chimney diameter, and radiuses or curvature of the ends of the chimney. Generally, the shorter the hole, the more quickly a flute can be played; the longer the hole, the more complex the tone. Finding a particularly good example of a flute is dependent on play testing. Head joint upgrades are usually suggested as a way to improve the tone of an instrument.
Less expensive flutes are usually constructed of brass, polished and then silver-plated and lacquered to prevent corrosion or silver-plated nickel silver (nickel-bronze bell metal (63%Cu, 29%Zn, 5.5%Ni, 1.25%Ag, 0.75%Pb, alloyed:As, Sb, Fe, Sn)). Flutes that are more expensive are usually made of more precious metals, most commonly solid sterling silver (92.5 % silver), and other alloys including french silver (95%Ag, 5%Cu), "coin silver" (90% silver), or [Britannia silver] (95.8% silver). It is reported that old Louis Lot French flutes have a particular sound by nature of their specific silver alloy. Gold/silver flutes are even more expensive. They can be either gold on the inside and silver on the outside, or vice versa. All gold and all platinum flutes also exist. Density 21.5 is a piece of music for solo flute written by Edgard Varèse. The piece was composed at the request of Georges Barrère, an eminent flutist, for the premiere of his platinum flute, the density of platinum being close to 21.5 grammes per cubic centimetre. Flutes can also be made out of wood, with African blackwood (grenadilla or Dalbergia melanoxylon) being the most common today. Formerly cocuswood was used but this is hard to obtain today. Wooden flutes were far more common before the early 20th century. The silver flute was introduced by Boehm in 1847 but did not become common until later in the 20th century. Wm. S. Haynes, a flute manufacturer in Boston, told Georges Barrère that in 1905 he made one silver flute to every 100 wooden flutes but in the 1930s, he made one wooden flute to every 100 silver flutes.
Professionals tend to play more expensive flutes made from more expensive materials. However, the idea that different materials can significantly affect sound quality is under some contention, and some argue that different metals make less difference in sound quality than different flautists playing the same flute. Even Verne Q. Powell, a flute maker, admitted (In Needed: A Gold Flute or a Gold Lip?) that As far as tone is concerned, I contend that 90 percent of it is the man behind the flute.
Most metal flutes are made of alloys that contain significant amounts of copper or silver. These alloys are biostatic because of the oligodynamic effect, and thus suppress growth of unpleasant molds, fungi and bacteria.
Good instruments are designed to prevent or reduce galvanic corrosion between the tube and the key mechanism.
Tone holes are stopped by pads constructed of fish skin (gold-beater's skin) over felt, or in some very low-cost or “ruggedized” flutes, silicone rubber. Accurate shimming of pads on professional instruments to ensure pad sealing is very demanding of technician time. In the time-honored method, pads are seated on paper shims sealed with shellac. A recent development is "precision" pads fitted by a factory-trained technician. Student model flutes are more likely to have pads bedded in thicker materials like wax or hot melt glue. Larger sized closed hole pads are also held in with screws and washers. Synthetic pads appear more water resistant but may be susceptible to mechanical failure (cracking).
The keys can be made of the same or different metals as the tubing, nickel silver keys with silver tubing, for example. Flute key axles (or "steels") are typically made of drill rod or stainless steel. These mechanisms need periodic disassembly, cleaning, and relubrication, typically performed by a trained technician, for optimal performance. James Phelan, a flute maker and engineer, recommends single-weight motor oil (SAE 20 or 30) as a key lubricant demonstrating superior performance and reduced wear, in preference to commercial key oils).
The keywork is constructed by lost-wax castings and machining, with mounting posts and ribs silver-soldered to the tube. On the best flutes, the castings are forged to increase their strength.
Most flute keys have needle springs, made of phosphor bronze, stainless steel, beryllium copper, or a gold alloy. The B thumb keys typically have flat springs. Phosphor bronze is by far the most common material for needle springs because it is relatively inexpensive, makes a good spring, and is resistant to corrosion. Unfortunately, it is prone to metal fatigue. Stainless steel also makes a good spring and is resistant to corrosion. Gold springs are found mostly in high-end flutes because of its cost.
B♭ thumb key
Open hole keys versus plateau keys
Open-hole "French model" flutes have circular holes in the centers of five of the keys. These holes are covered by the fingertips when the keys are depressed. Open-hole flutes are frequently chosen by concert-level players, although this preference is less prevalent in Germany, Italy, and Eastern Europe. Students may use temporary plugs to cover the holes in the keys until they can reliably cover the holes with the fingertips. Some players claim that open-hole keys permit louder and clearer sound projection in the flute's lower register.
Open-hole keys are needed for traditional Celtic music and other ethnic styles and for some modern concert pieces which require the player to produce harmonic overtones or to manipulate "breathy" sounds. They can also facilitate alternate fingerings, "extended techniques" such as quarter-tones, glissando, and multiphonics. Closed holes (plateau keys) permit a more relaxed hand position for some players, which can help their playing.
Offset G versus in-line G keys
All of Boehm’s original models had offset G keys, which are mechanically simpler, and permit a more relaxed hand position, especially for younger players or those with small hands. Some players prefer the hand position of the in-line G. For many years, there was a misperception that inline G was for "professional" flutes while offset G was for "student" models, but this stereotype is largely debunked.
The split E modification makes the third octave E (E6) easier to play for some players. A less expensive option is the "low G insert".
The B foot extends the range of the flute down one semitone to B3 (the B below middle C).
The three standard trill keys permit rapid alternation between two notes with disparate standard fingerings: lowest, middle, and highest trill keys ease C-D♯, C-D, and B♭-A, respectively. Some higher notes (third octave B and B♭ and most fourth octave notes) also require use of the two lower trill keys. A fourth so-called C♯ trill key is an increasingly popular option available on many flutes. It is named after one of its uses (to ease the B to C♯ trill) but it also allows some trills and tremolos that are otherwise be very difficult indeed, such as high G to high A. Another way of trilling G6-A6 is a dedicated high G-A trill key.
Some models offer a D♯ roller option (or even an optional pair of parallel rollers on both the D♯ and C♯ keys) which eases motion of the right pinky on, for example, low C to D♯.
Soldered tone holes
Tone-holes may be either drawn (by pulling the tube material outwards) or soldered (cutting a hole in the tube and soldering an extra ring of material on). Soldered tone-holes are thought by some to improve tone but generally cost more.
Scale and pitch
The standard pitch has varied widely over history, and this has affected how flutes are made. Although the standard concert pitch today is A4=440 Hz, many manufacturers optimize the tone hole size/spacings for a higher pitch options such as A4=442 Hz or A4=444 Hz. (As noted above, adjustments to the pitch of one note, usually the A4 fingering, can be made by moving the headjoint in and out of the headjoint tenon, but the point here is that the mechanical relationship of A4 to all other pitches is set when the tone holes are cut. However, small deviations from the objective 'mechanical' pitch (which is related to acoustic impedance of a given fingering) can be made on the fly by embouchure adjustments.)
In jazz and rock
Flutes were rarely used in early jazz. Drummer and bandleader Chick Webb was among the first to use flutes in jazz, beginning in the late 1930s. Frank Wess was among the first noteworthy flautists in jazz, in the 1940s. Since Boehm's fingering is used in saxophones as well as in concert flutes, many flute players "double" on saxophone for jazz and small ensembles and vice versa.
Since 1950, a number of notable performers have used flutes in jazz. Frank Foster and Frank Wess (Basie band), Jerome Richardson (Jones/Lewis big band) and Lew Tabackin (Akiyoshi/Tabackin big band) used flutes in big band contexts. In small band contexts notable performers included Bud Shank, Herbie Mann, Rahsaan Roland Kirk, Charles Lloyd, Hubert Laws and Moe Koffman. Several modal jazz and avant-garde jazz performers have utilized the flute: Eric Dolphy, Sam Rivers and James Spaulding.
Jethro Tull is probably the best-known rock group to make regular use of the flute (played by Ian Anderson). The flute has a cameo role on You've Got to Hide Your Love Away by The Beatles (played by John Scott) and Supper's Ready by Genesis (Peter Gabriel).
- Flautist (also "flutist" or "flute player") — one who plays the flute.
- Crown — the cap at the end of the head joint that unscrews to expose the cork, and which helps keep the head joint cork positioned at the proper depth.
- Lip plate — the part of the head joint which contacts the player's lower lip, allowing positioning and direction of the air stream.
- Riser — the metal section that raises the lip plate from the head joint tube.
- Head joint — the top section of the flute, has the tone hole/lip plate where the player initiates the sound by blowing air across the opening.
- Body — the middle section of the flute with the majority of the keys.
- Closed-hole — a finger key which is fully covered.
- Open-hole — a finger key with a perforated center.
- Pointed arms — arms connecting the keys to the rods which are pointed and extend to the keys' centers; found on more expensive flutes.
- French model — a flute with pointed French-style arms and open-hole keys, as distinguished from the plateau style with closed holes.
- Inline G — the standard position of the left-hand G (third-finger) key — in line with the first and second keys.
- Offset G — a G key which is extended to the side of the other two left-hand finger keys (along with the G♯ key), making it easier to reach and cover effectively.
- Split E mechanism — a system whereby the second G key (positioned below the G♯ key) is closed when the right middle-finger key is depressed, enabling a clearer third octave E; standard on most flutes, but omitted from many intermediate- and professional-grade flutes, as it can reduce the tonal quality of 3rd octave F♯.
- Trill Keys — two small, teardrop shaped keys between the right-hand keys on the body; the first enables an easy C-D trill, and the second enables C-D♯. A-B♭ lever or "trill" key is located in line directly above the right first-finger key. An optional C♯ trill key which facilitates the trill from B to C♯ is sometimes found on intermediate- and professional-quality flutes. The two trill keys are also used in playing the high B♭ and B.
- Foot joint — the last section of the flute (played farthest towards the right).
- C foot — a foot joint with a lowest note of middle C (C4); typical on student model flutes.
- B foot — a foot joint with a lowest note of B below middle C (B3), which is an option for intermediate and professional-grade flutes.
- D♯ roller — an optional feature added to the E♭ key on the foot joint, facilitating the transition between E♭/D♯ and D♭/C♯, and C.
- "Gizmo key" — an optional key on the B foot joint which can assist in playing C7.
- List of flute makers
- Flute method
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- ^ Powell, Ardal, Dr. "Military flutes". FluteHistory.com. http://www.flutehistory.com/Instrument/Military.php3. Retrieved 15 November 2006.
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- ^ Powell, Ardal, Dr. "Classical flutes". FluteHistory.com. http://www.flutehistory.com/Instrument/Classical.php3. Retrieved 15 November 2006.
- ^ Powell, Ardal, Dr. "19th Century flutes". FluteHistory.com. http://www.flutehistory.com/Instrument/19C.php3. Retrieved 15 November 2006.
- ^ "Dorus G # key". http://www.oldflutes.com/articles/dorus.htm.
- ^ a b "The Intonation of the Modern Flute". http://www.larrykrantz.com/wyept2.htm#tune.
- ^ Brögger flutes. Brannenflutes.com, retrieved February 25, 2011
- ^ Brögger system. Miyazawa.com, retrieved February 25, 2011
- ^ Kingma System Flutes. Brannen Brothers Website, retrieved 12 February 2010
- ^ "Sankyo-Kingma flute". http://www.sankyoflute.com/e/catalog/kingma.html.
- ^ "Linear chromatic flute". http://www.jsengineering.net/flutes.asp.
- ^ "How It's Made - Flute". http://www.youtube.com/watch?v=DHSu0trGkRg.
- ^ Spell, Eldred (1983). "Anatomy of a Headjoint". The Flute Worker. ISSN 0737-8459. http://eldredspellflutes.com/Articles.htm.
- ^ Wolfe, Joe. "Acoustic impedance of the flute". Flute acoustics: an introduction. http://www.phys.unsw.edu.au/~jw/fluteacoustics.html#acousticimpedance.
- ^ Louis Lot Analysis. Eldredspellflutes.com, retrieved February 25, 2011
- ^ "Wooden flutes". http://www.markshep.com/flute/Finding.html#Wooden.
- ^ Goldman, Edwin Franko (1934). Band Betterment. Carl Fischer Inc. New York. p. 33
- ^ Toff, Nancy (1996). The flute book: a complete guide for students and performer. Oxford University Press. pp. 20. ISBN 9780195105025. http://books.google.com/?id=pCSanDD4CtsC&pg=PA20.
- ^ "SILVER, GOLD, PLATINUM - AND THE SOUND OF THE FLUTE"]. http://iwk.mdw.ac.at/Forschung/english/linortner/linortner_e.htm. Retrieved February 25, 2011. "Tests with experienced professional flutists and listeners and one model of a flute made by Muramatsu from 7 different materials showed no evidence that the wall material has any appreciable effect on the sound color or dynamic range of the instrument."
- ^ The Flute Book: Chapter 7; Tone. pp. 89–90. http://books.google.com/books?id=pCSanDD4CtsC&lpg=PA104&ots=blCHLWSerU&dq=woodwind%20world%2013%201974&pg=PA89#v=onepage&q=woodwind%20world%2013%201974&f=false. "Quote from Dale Higbee article "Needed: A Gold Flute or a Gold Lip", Woodwind World 13 no. 3 (1974): 22."
- ^ Phelan 2001, p.58
- ^ Toff, Nancy (1996). The Flute Book: A Complete Guide for Students and Performers at Google Books, page 56. New York: Oxford University Press US. ISBN 0195105028.
- ^ "What kind of flute option is best, open or closed hole?". http://www.larrykrantz.com/faqflute.htm#2127.
- ^ "Which is better, Offset or In-Line G?". http://www.larrykrantz.com/faqflute.htm#2125.
- ^ "Inline G vs. Offset G". http://www.miyazawa.com/index.php?option=com_content&task=view&id=33&Itemid=61.
- ^ Nancy Toff (1996). The flute book: a complete guide for students and performers. p. 24. ISBN 9780195105025. http://books.google.com/books?id=pCSanDD4CtsC&lpg=PP1&dq=Nancy%20Toff%20The%20Flute%20Book&pg=PA24#v=onepage&q&f=false.
- ^ "Trill Fingering Chart for Flute and Piccolo". http://www.wfg.woodwind.org/flute/index.html.
- ^ Edward Johnson. "The C♯ Trill". http://www.brannenflutes.com/ctrill.html.
- ^ "Sankyo Flutes, mechanical options". http://www.sankyoflute.com/e/catalog/options.html#mecha.
- ^ "How has the pitch standard evolved?". http://www.larrykrantz.com/faqflute.htm#2131.
- ^ Scott Yanow: Frank Wess — Biography (at allmusic.com)
- ^ "Ian Anderson's equipment, flutes". http://www.jethrotull.com/musicians/iananderson/equipment.html#flutes.
- Boehm, Theobald; Dayton C. Miller (trans.) (1964). The Flute and Flute-Playing in Acoustical, Technical, and Artistic Aspects. New York: Dover Publications. ISBN 0486212599.
- Каchmarchyk, Vladimir. German flute art in XVIII-XIX centuries. Yugo-Vostok, Donetsk, 2008.ISBN 978-966-7271-44-2 http://www.mosconsv.ru/publications.aspx?p_pageAlias=Pub&pub_id=122992.
- Phelan, James (2001). The Complete Guide to the Flute and Piccolo. Burkart-Phelan, Inc.. ISBN 0970375301.
- Powell, Ardal, Dr. "FluteHistory.com". http://www.flutehistory.com/. Retrieved 25 August 2006.
- Rockstro, Richard Sheperd (1890). A Treatise on the Construction, the History and the Practice of the Flute, Including a Sketch of the Elements of Acoustics, and Critical Notices of Sixty Celebrated Flute-Players. London: Rudall, Carte and Co., Ltd.. Second Edition, London: Rudall, Carte and Co., Ltd., 1928. Reprint of the second edition, in four volumes, Buren: Frits Knuf, 1986.
- Toff, Nancy (1996). The Flute Book: A Complete Guide for Students and Performers (second ed.). Oxford and New York: Oxford University Press. .
- FluteHistory.com A comprehensive history of the transverse flute in Western music
- The Dayton C. Miller Flute Collection, many pictures of flutes through the ages, among other useful information
- Sir James Galway's Flute Chat Moderated flute discussion forum
- Larry Krantz Flute Pages, wide range of flute related information contributed by many professional flute players
- Jennifer Cluff Flute Articles, extensive list of articles on hard-to-find flute topics
- Nina Perlove YouTube Channel, teaching tips, performances, vlogs, etc.
- FluteInfo Contains fingering charts, performance articles, free sheet music and other musical information
- The Woodwind Fingering Guide, large, easy-to-navigate listing of flute fingerings
- Flute Acoustics, a scientific explanation of flute acoustics
- An Illustrated Basic Flute Repair Manual for Professionals PDF of Thesis for Doctor of Musical Arts by Horng-Jiun Lin, M.Mus
- FluteTunes.com Database of free sheet music for the flute
- IMSLP/Petrucci Music Library Public domain sheet music - Scores featuring the Flute
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