Woodwind playing and pedagogy

The magical properties of air

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Often, when I discuss with my students issues in their playing technique, I follow up by asking them, “How can you solve this problem?” They learn quickly that “breath support” (or a rough synonym like “more air”) is generally a safe answer.

And with good reason. Breath support is absolutely key to tone production—it is crucial to reliable response, consistent tone quality, and stable intonation. If I can get a student to improve their breath support, I can generally count on each of those things improving immediately and noticeably.

But I think there are other things that are improved, perhaps indirectly, with air:

  • Finger and tongue movement. I am lumping these together because I have a theory that air helps them in the same couple of ways. The first is that focusing on breathing—a movement so natural that we literally do it for our whole lives and barely think about it—diverts attention away from the finger and tongue movements that woodwind players get so stressed and tense about. This lets the autopilot (or Gallwey’s “Self 2”) take over and execute in a relaxed, natural way. The second way air helps here is that good breath support requires good breathing, and good breathing gets more oxygen to the finger and tongue muscles.
  • Expression. Expressive playing often involves things like dynamic contrasts, vibrato, and nuances of tone color (to name only a few). Each of those things functions better when well-supported: dynamic range expands, and vibrato is smoother and more controlled (again a result of better-oxygenated muscles?). Tone color, I think, actually gets less flexible, in the sense that it becomes more consistent note-to-note despite quirks of the instrument; this means that tone color changes may be applied in a more deliberate way.
  • Confidence and relaxation. Deep breaths are a common and effective insecticide for pre-recital butterflies. The breathing should remain centered and Zen even after the music starts.
Pictured: air. Photo, Matt Peoples
Pictured: air. Photo, Matt Peoples

Health, wellness, and woodwind doubling

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I got an email from a college student taking an Occupational Health and Wellness course. He asked me some questions about health and wellness issues in woodwind doubling, and I tried to answer the best I could.

How do you prepare for the many instrument switches in a musical which require changes of embouchure and hand position/key action adjustments? How do you deal with the physical demands of switches between many instruments?

The best preparation is to develop good, relaxed technique on each instrument independently. I try to practice each instrument carefully and produce the best possible sound on each one.

If I have the luxury of reviewing the part ahead of time, I will often practice the “choreography” for quick instrument switches, and make plenty of pencil marks so that I know ahead of time what switches are coming up. I try to keep a consistent layout of my instrument stands for each show, so that I get used to where each instrument is.

As I am making each switch (even very quick ones) I will try to take a moment to totally relax my facial muscles, hands, etc., and, maybe most importantly, flip a mental switch to oboe mode or clarinet mode or whatever.

Good reliable stands and neckstraps are vital.

Would you say that having to adjust to the action and key pressure of multiple instruments makes you more susceptible to hand/forearm injury than a musician who plays a single instrument?

I’m not an expert, but I would think that playing a single instrument is more dangerous in terms of repetitive motion injuries, etc. If I spend five hours a day practicing (I wish!) then I think I’m better off with more varied physical activities.

Photo, MissTessmacher
Photo, MissTessmacher

Does playing any one instrument create body tension that affects another instrument? (ex. flute might create shoulder tension which affects playing the sax)

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Commonly-fudged woodwind fingerings

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Beginning woodwind players, including doublers, sometimes cheat a bit on fingerings, using fingerings that are almost right. If you’re doing this, it’s likely that you have notes with poor tone, intonation, and/or response. If you think you are getting away with it, you’re probably mistaken, and you may be cementing bad habits that are going to become even more apparent as aspects of your tone production improve.

Flute

The most common culprits at a beginning or intermediate level are the right-hand pinky and the left-hand first finger.

  • The pinky should stay down for virtually every standard fingering, with the exceptions being anything below the low D, anything above the high (4th-ledger-line) A, and the D in the staff. This is not only crucial to the pitch and tone of many notes (you’ll hear it as your embouchure improves!), but also helps to stabilize the instrument.
  • The left-hand first finger must lift for second-octave D and E-flat. You can probably make the notes respond without doing so, but you’ll sound better and struggle less if you do it right.
Make your own diagrams with the Fingering Diagram Builder

Oboe

It’s tempting to be a bit lazy with the various octave mechanisms: the half-hole, the first (thumb) octave key, and the second (side) octave key. Practice slowly and carefully:

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The few, the proud, the woodwind doublers

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I’m back from the the excellent Region VI conference of the North American Saxophone Alliance. I went to soak up some good saxophone playing and to deliver what is becoming more or less my standard spiel on woodwind doubling. This time I gave away half of the handouts I brought with me. That’s a dramatic … Read more

“Tip of the tongue” mythology and the flute

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As woodwind players we are often taught that articulation requires the use of the tip of the tongue and no more—to use more than the tip would just be wrong! For reed instruments, I think this is essentially true, but I don’t think it works that way on the flute. Try this: Using a reed … Read more

Crossing the break on the clarinet is easy

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The following is a comprehensive list of what clarinetists need to do to successfully Cross the Dreaded Break:

  1. Put the correct fingers in the correct places at the correct time.
  2. That is all.

I frequently meet young clarinetists who have been taught that a successful Crossing of the Dreaded Break requires many other things, including but not limited to:

Photo, MikeBlogs
Photo, MikeBlogs

If breath support, embouchure, and voicing are correctly established, then Crossing the Dreaded Break ceases to be a Thing. It’s just another note: a moment ago you were playing B-flat, and now you are playing B-natural. As long as your fingers get where they are supposed to go, then that’s all there is to it. Personally, I don’t even use the word “break” with a beginning student—there’s no need to get them all uptight about what really is a non-event.

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Clarinet/saxophone doubling and “loose” and “tight” embouchures

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I have been watching with dismay some recent online message board conversations about clarinetists picking up the saxophone and saxophonists picking up the clarinet. I am of course a big supporter of doubling, but much of the discussion seems to center around embouchure, and the language used is not only misleading but also vaguely pejorative. Clarinetists seem to regard the saxophone embouchure as “loose,” a term I think most saxophonists would take exception to, and saxophonists consider the clarinet embouchure to be “tight,” a concept I would expect clarinetists to shy away from.

Photo, Adrian Midgley
Photo, Adrian Midgley

I am not aware of any difference in looseness/tightness between the embouchures of the two instrument families, and can’t think of a reason why there should be one. In both cases, the embouchure—the lips and surrounding facial muscles—need to be “tight” enough to form a non-leaking seal around the mouthpiece and reed, and “loose” enough to allow the reed to vibrate at the desired amplitude (volume). The most common looseness/tightness problem I see in teaching both instruments is excessive tightness, often used in an attempt to compensate for pitch stability problems caused by poor breath support, and resulting in sluggish response, restricted dynamic range, and stuffy tone.

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Changing octaves on the flute: a survey of published opinions

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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. 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 along (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!).

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Which instrument should I learn next?

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Photo, Jon Delorey

One of the questions I get most frequently from aspiring woodwind doublers is “Which instrument should I learn next?”

The short answer is “Whichever you want.” Woodwind doublers’ motivations (career, artistic, or personal) are varied, and your interests and goals should override any advice I (or anyone) can offer. If you really want to learn to play a certain instrument, then no need to read further—that’s the one you should tackle next. And if you don’t feel motivated about a certain instrument, then your chances of success aren’t good.

But many of the doublers I hear from have designs on picking up several instruments over the long term, and are just looking for advice to maximize some aspect of their current careers:

Employability

If your goal is to get as many doubling gigs as possible, then there are some relatively common combinations of instruments that are used for musical theater, jazz big bands, and other commercial-type live-performance situations. (If you play another combination, then there are probably still opportunities out there if you find them or make them yourself.) Some of the common ones are:

  • Flute, clarinet, and saxophone. For jazz situations, you need good saxophone chops coupled with a good grasp of jazz style and possibly improvisation. If doubling is required, it will almost always be C flute, B-flat clarinet, or both, and often the bar isn’t terribly high on these. For theater, you will find that the weighting depends on the show and the book; often the Reed 1 and Reed 2 books both call for flute, clarinet, and saxophone, but Reed 1 might have the lead flute parts and solos, and Reed 2 is the lead/solo clarinet part. If it’s a jazz-heavy musical, then either part might call for orchestral-type soloing on flute or clarinet, plus demand convincing lead alto saxophone playing. Theater books are also likely to call for doubling on “secondary” instruments like piccolo, E-flat clarinet, and soprano saxophone.
  • Low reeds. In a jazz big band, this means primarily baritone saxophone with some bass clarinet (and occasionally B-flat clarinet and/or flute). For theater, a more “classical” show will likely be bassoon-heavy, with bass clarinet and baritone saxophone doubles; a jazzy show will lean toward baritone saxophone and bass clarinet with less (or no) bassoon. Bass saxophone and contrabass clarinets occasionally appear as well; most smart arrangers will provide ossia lines to enable covering these on more standard instruments.
  • Oboe specialist. This surprising combination shows up in many musicals: oboe, sometimes with English horn, plus B-flat clarinet and tenor saxophone. Generally the oboe and English horn parts call for a soloist-level player, with little more than inner harmonies on the single reed instruments.

Reader email: maintaining doubles

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I love getting good questions by email: I have a question about maintenance on your doubles. Once you feel like you have a good foundation and can play them at a high level, how do you maintain that in your practice routine? There’s no great answer to your question. Playing one instrument “at a high … Read more