Focus on fundamentals, not localized fixes

As I’ve discussed here previously, when trying to solve woodwind-playing problems there’s a useful distinction between problem-specific solutions and simply shoring up fundamental technique.

Here are some examples of problem-specific solutions:

  • Second-octave G-sharp tends to crack on saxophone, especially tenor? When you get to that note, blow warmer air (in other words, use a lower voicing).
  • Low notes on oboe respond sluggishly? Try dropping your jaw a bit as you descend into that register.
  • Flute pitch sagging at softer dynamics? Increase your breath support as you decrescendo.

Notice that all of these suggestions give you a sort of localized task to perform—make some change to your tone-production technique whenever you play a certain note. This is an exhausting way to play: trying to remember and execute a handful of directives for each note that goes by; discovering that a constantly-changing tone-production technique makes tone, pitch, and response unstable; adding another layer of fixes to try to counteract the instability. It can quickly become too much to process, and higher-order things like musical expression get sacrificed.

Sometimes these localized fixes are necessary, usually as a workaround to some flaw or compromise in the equipment’s design or manufacture. But much more often the “fix” should be an improvement to fundamental technique:

  • If lowering your voicing helps the cracking G-sharp on tenor, what would happen if you used that lower voicing on every note?
  • If taking some jaw pressure off the oboe reed helps the low notes speak, what would happen if you didn’t add that pressure back in the higher registers?
  • If increasing breath support helps buoy up softer notes, would it hurt the louder ones?

My guess is that by making these fixes part of your fundamental technique, instead of applying them here and there like bandages, you would discover:

  • a richer, more in-tune tenor saxophone tone
  • clearer, more immediate oboe articulation, with less fatigue/pain
  • flute playing improved in virtually every aspect

Examine your problem-specific fixes carefully, and try making them your default approaches rather than special-occasion ones.

When dealing with problem spots in your music, it’s okay to remind yourself of relevant and helpful fundamental techniques, but the ultimate goal should be to remove as much as possible of the mental overhead and physical gymnastics from your playing. Develop good basic technique that lets the instrument more or less play itself, so you can focus on the creative aspects.

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  • Q&A: Reeds

    Here are some of the questions readers sent me in celebration of this blog’s 10-year anniversary. I have edited, combined, and otherwise adapted some of them but hopefully there are answers here for those of you who were kind enough to inquire.

    How do you (or how do you help a student) select the appropriate hardness of reed?

    This is a careful balancing act and involves tradeoffs. In general a too-soft reed causes pitch instability (tending toward flatness), good piano response but limited forte range, improved low-register response but weak upper register, and a thin and/or bright tone. A too-hard reed usually has poorĀ pianoĀ response, a more resistant low register, and a stuffy or labored tone.

    I find that many reed players use reeds that are too stiff, perhaps due to the strange but pervasive idea of “moving up” in reed strength as a rite of passage or indicator of skill.

    Also: with clarinet and saxophone, reed strength is (a) inconsistent between brands and (b) tied very closely to the characteristics of the mouthpiece, so it’s not especially useful to make broad recommendations (“beginners should start on a 2½…”). It’s entirely likely that two clarinetists playing different mouthpieces might need dramatically different reed strengths.

    How can I obtain better than mass produced double reeds for my beginning oboe and bassoon students? Do you have any tips on how to learn to improve already made reeds, store bought or otherwise?

    Absolutely double reed players should, if at all possible, work with private teachers for this very reason. The ideal scenario is for a private teacher to make and continually adjust reeds for beginning double reed players. An alternative might be to connect with nearby symphony players, professors or graduate students, military musicians, or other nearby double reeders who might be willing to sell reeds (face-to-face, so adjustments can be made) or do occasional reed classes or adjustment sessions.

    Improving/adjusting reeds involves some specialized skills, one of which isĀ playing the instrument at a high level.Ā Reed adjustment is an iterative process of making a small change and then testing, small change and test, small change and test. If you can’t play the instrument well, then reed adjustment is shooting in the dark.

    One possible exception is thatĀ minorĀ changes to bassoon reed wires are basically reversible, so there may be some room to experiment with that. I won’t get specific here as wire adjustments have been dealt with in detail by many previous authors, but careful, small adjustments can potentially improve response in various registers, pitch, and tone.


    Thanks for your questions, and good luck with your reeds!

    More 10-year anniversary Q&A

  • Changing octaves on the flute: a survey of published opinions

    On the flute, there are several notes that have identical fingerings: each note from bottom-line E through third-space C-sharp has exactly the same fingering as the note an octave higher. Obviously, some factor other than fingerings must account for the octaves, but flutists as a group seem to be unclear on what it is.

    I got curious and dug through some pedagogical sources to see what flutists have published about it. I have compiled my findings into a chart:

    To achieve the upper octaves on the flute

    I have started from the baseline of the lowest octave’s tone production methods, and framed the authors’ ideas in terms of what has to be done to move into higher octaves. And I’ve grouped the answers together as best I can, hopefully with reasonable accuracy as to the authors’ intended meanings. For example, “move jaw” and “move jaw forward” obviously overlap, but I separated them to try to maintain the authors’ original levels of specificity. And “jaw” and “chin” may really be the same thing for most flute-playing purposes, but I’ve separated in them in a case where the author seemed to see them as distinct.

    Some of the authors address the issue specifically and in detail, while others just mention something in passing, so the chart does not necessarily represent their complete and definitive views. I have provided a bibliography with page numbers so you can read the authors’ words in context, and I highly recommend doing this if you’re interested in the topic. I’ve color-coded things so you can see at a glance which ideas are most popular, though I don’t think this is an issue to be settled by popular vote.

    There are some surprising outliers. Most authors who mentioned the size of the aperture indicated that it should get smaller in the upper octaves, but a couple insisted that it should not change. Several authors indicated that the distance from the aperture to the blowing edge decreases for upper registers, but one said it actually increases.Ā There’s significant disagreement on whether blowing harder is part of achieving the higher octaves.

    I think some of the differences of opinion shown in the chart may be due to flutists actually doing the same things but describing them differently. It’s also possible that the techniques listed can be combined in different ways to create different tone production “recipes” that produce similar results.

    I’m interested in continuing to expand this in the future. If you can point me toward a published source, then send it alongĀ (I’m not really interested in anecdotes or private opinions), or let me know if you think I have misread or misinterpreted someone’s views (especially if you’re the author!). Read More “Changing octaves on the flute: a survey of published opinions”

  • Bassoon jaw movement: survey of published opinions

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    I mentioned in a previous post that I wanted to examine a “controversial” aspect of bassoon playing: the movement of the jaw during articulation.

    I was already aware of Terry Ewell’s well-reasoned article from The Double Reed journal, which concludes that jaw movement is unnecessary and inefficient. But I was also under the impression that there were advocates of jaw movement. A skimming of some pedagogical materials at hand seems to debunk this—I couldn’t find a single author strongly and clearly in favor of jaw movement.

    The Ewell article should be the go-to for anyone interested in the topic.Ā In a different article, Ewell summarizes:

    Chewing motions with the jaw should not be used during the tonguing because the tongue should function independently of the jaw.

    Terry Ewell: “Basic Bassoon Articulations,” in Woodwind Anthology, Volume II, 1999 edition. Northfield, Illinois: The Instrumentalist, 1999, p. 951. Article originally printed in The Instrumentalist

    Here are the other anti-jaw-movement examples I could find:

    One of the worst possible habits is to tongue in a “chewing” fashion. The movement of the jaw and lips not only distorts the tone each time they move, but actually slows down the action of the tongue.

    William Spencer, rev. Frederick A Mueller:Ā The Art of Bassoon Playing.Ā Princeton, New Jersey: Summy-Birchard Music, 1958, p. 54.

    In staccato passages, the collapse of pressure can produce a ‘gobbling’ reaction in the jaw. As a result the quality of tone and attack may suffer. … As we tongue more rapidly, we must try to involve only the tongue and not allow the jaw and throat to become involved… The momentary opening and closing of our lower jaw may be in response to the change of pressure inside the mouth once the support is switched off; however it is more likely to betray and involuntary ‘gobbling’ with the jaw in sympathy with the activity of the tongue.

    William Waterhouse,Ā Bassoon.Ā Yehudi Menuhin Music Guides. London: Kahn & Averill, 2003, p. 116-123.

    Needless to say, there should be minimum outward movement of the lip or jaw, as this will hinder the tongue’s freedom of motion.

    Homer Pence, Teacher’s Guide to the Bassoon. Elkhart, Indiana: H. & A. Selmer, Inc., 1963, p. 2-3.

    The following refers to the woodwinds in general:

    Jaw should not move during articulation

    H. Gene Griswold:Ā Teaching Woodwinds.Ā Upper Saddle River, New Jersey: Pearson Education, Inc., 2008, p. 31.

    Movement of the jaw in tonguing. This is the result of too large or too violent movement of the tongue, frequently accompanied by changes in pitch of the tone. … Jaw movements can occur with all methods of correct tongue placement, as well as with incorrect tongue placement, and these prevent the development of speed in articulation.

    Frederick W. Westphal, Guide to Teaching Woodwinds, Fifth Edition. Boston: McGraw Hill, 1990, p. 227.

    This may include the jaw:

    The goal on all wind instruments, and particularly the bassoon, is to maintain an open mouth and throat position while playing. The bassoon tone is very sensitive to this positioning.

    William Dietz:Ā Teaching Woodwinds: A method and resource handbook for music educators.Ā Belmont, California: Schirmer, 1998, p. 14.

    Here is the closest I could find to advocacy for jaw movement, though it’s not 100% clear that that is what the author intends:

    On both double reeds, embouchure pressure on the reed will vary to control the ends of notes. Increasing pressure on the reed will keep the pitch from dropping. For this reason, you will see embouchure movement while articulating, which will be more pronounced with bassoonists…

    Charles West:Ā Woodwind Methods: An essential resource for educators, conductors, and students.Ā Delray Beach, Florida: Meredith Music, 2015, p. 68.

    I also turned to Christopher Weait’sĀ Bassoon Strategies for the Next LevelĀ and Arthur Weisberg’sĀ The Art of Wind Playing,Ā both of which seemed like likely sources on information, but could not locate passages in either that directly addressed the issue.

    In summary, there seems to be little support for the idea of jaw movement in bassoon articulation. If you are aware of sources that encourage this technique, I would be curious to hear about them.

  • What are registers?

    “Registers” are a tricky concept in woodwind playing. Here’s how they work.

    For simplicity’s sake, let’s say I am playing a flute with a C footjoint. If I finger a low C, that closes all the instrument’s toneholes and produces a C4:

    Make your own woodwind fingering diagrams: fingering.bretpimentel.com

    As I work my way up the chromatic scale, I gradually open more and more of the flute’s holes. When I reach C-sharp 5, I run out of holes to open. (Using standard fingerings, that is.) To continue upward, the fingerings sort of restart—I close a bunch of toneholes again, fingering D5 in almost the same way I played D4. By the time I get to E5 I am using fingerings identical to the ones from an octave lower.

    I can play higher notes using the same fingerings I used for lower ones because I have moved into a higher register, which in this case is an octave above the lower register. On flute, I do this by changing something about my tone production; on reed instruments I get extra help from octave/register/”whisper” keys.

    If I continue my scale up to C-sharp 6, I run out of toneholes again, and move up to the third register, which is a fifth higher than the second. To play D6, I use a fingering that looks similar to G5, but sounds a fifth higher.

    So, for typical flute playing situations, we can consider the second register to begin at D5, and the third to begin at D6.

    But this doesn’t paint a complete picture in terms of the instrument’s acoustical properties. When the fingerings “start over” at D5, that’s not really starting over—I have left out the low C and C-sharp fingerings. And it turns out I can in fact play C5 and C-sharp 5 using those fingerings. The reason that flutists typically don’t is that the “standard” fingerings (with most of the toneholes opened) happen to work better for most situations, with regard to pitch, tone, and/or response. Likewise, when I reach C-sharp 5 and C-sharp 6, I haven’t completely run out of toneholes to open. If I open everything I have left (both trill keys, plus maybe the G-sharp key) I can get up to about D-sharp in either octave. But I usually don’t do that unless I have a special reason, because the standard fingerings are more usable.

    And starting the third register on D6 with an adapted “G” fingering raises this question again, but with an even larger gap. What about third-register notes using the fingerings from “low C” up to “F-sharp?” The answer is that those fingerings work, too (producing G up to C-sharp, an octave plus a fifth above the corresponding low-register fingerings). But, again, they aren’t as useful because of their pitch, tone, and response characteristics.

    So from an acoustical standpoint the first and second registers overlap in the C5-D-sharp 5 range, and the second and third overlap in the G5-D-sharp 6 range.

    When there’s overlap, there are fingering options available. The “standard” fingerings are the ones that have been chosen over the centuries by flutists as the ones best suited to most situations, but the others (sometimes called “overtone” fingerings or “harmonic” fingerings) can be used to good musical effect at times.

    The flute and most of the reed instruments follow the same pattern of registers: the second register is an octave above the first, and the third is a fifth above that. Additional registers above those are also used sometimes, spaced with increasingly small intervals. This series of intervals is a naturally-occurring phenomenon known as the harmonic series.

    The clarinet is an exception; due to its acoustical characteristics it uses only every other harmonic. This is why the clarinet doesn’t have an “octave” key, it has a “register” key that skips the octave register and goes straight to an octave plus a fifth.

    Understanding registers is helpful in navigating between them and in finding alternate fingerings for special situations. Happy practicing!

  • The modern saxophonist: The changing career climate of the concert saxophone artist

    The neglected saxophone

    Despite the saxophone’s widespread acceptance in jazz and popular music styles, its acknowledgment as a viable solo instrument in classical music has been slow. Few composers have included it in orchestral scores. Only in recent years have conservatories and university music departments begun to recognize the saxophone on a somewhat equal footing with, say, the flute, the piano, or the violin.

    Perhaps this neglect was a lingering byproduct of the instrument’s chronology. After all, by the time of its invention by Adolphe Sax in the 1840’s, the instrumentation of the modern orchestra was already becoming somewhat standardized. Maybe the inattention had something to do with the saxophone’s longstanding reputation as a “jazzy horn” and association with burlesque1. Or maybe the upsurge in amateur interest since the 1920’s had spawned too many inferior saxophonists for anyone to take the instrument seriously2. Read More “The modern saxophonist: The changing career climate of the concert saxophone artist”

  • Saxophone low notes

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    The saxophone’s lowest notes can be notoriously unresponsive. This is partly due to the instrument’s acoustics, particularly its fairly extreme conical bore. (For technical details, see for example Acoustics of Musical Instruments by Chaigne and Kergomard, section 7.4.6.1.) The oboe and bassoon, whose bores are conical but not to such an extreme, have this problem to a lesser extent, and the tips that follow apply to those instruments as well.

    For the best chance at successful low notes you need:

    • A well-adjusted, high-quality instrument. Even a small leak anywhere on the saxophone makes the lowest notes more difficult. And the best-designed and most meticulously-made instruments help to minimize the difficulties of the low range.
    • A good mouthpiece and reed combination. This may involve tradeoffs: a mouthpiece/reed combination that really improves the low register may, for example, make the highest notes more difficult. Since mouthpieces and reeds vary in so many ways it’s hard to make reliable generalizations, but often I find that a wider tip opening with a softer reed tend to favor the low register more (and the high register less).
    • Good, stable fundamentals of saxophone technique. Breath support, voicing, articulation, and embouchure (let’s include jaw position in embouchure here) should be properly set, and shouldn’t change for the low register. If you find that you need to increase breath support, lower your voicing, change your embouchure or tonguing, or open your jaw to make the low notes succeed, then you should probably already be doing those things, in every register. Don’t make the low notes even harder by creating a moving target.

    To expand on that last point a little, if you find that your low notes need a little extra help, then a small alteration to your voicing is the right way to provide it. But know the tradeoffs: lowering your voicing as you approach the low register affects pitch and tone, besides creating instability in your tone production technique. Manage these concerns by aiming for the smallest possible change.

    Practice smart. No shortcuts!

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