Harmonic Exercises, with Articulation too!

PDF pageEmail pagePrint page

When playing through the harmonic series, the second overtone (a twelth above the fundamental) is a great check point. When students begin learning harmonics, this one often proves elusive because of the tendency to cover too much of the embouchure hole. By rolling out a bit and blowing down, it usually speaks. The following exercise I find useful because it begins by alternating between the normal fingerings and the harmonic fingerings. For those new to harmonic exercises, it provides a good anchor.

Harmonicsstudies

The next page gives a workout for the lips, and introduces articulation to harmonics, although it is also useful to practice legato in bars 13 to 38. I find articulation exercises with harmonics, such as those in Trevor Wye’s book, to be great stabilizers and strengtheners for the embouchure.

Harmonicsstudies2

 

Continuing with articulation, I am further inspired by Paul Edmund-Davies’ “The 28 Day Warm Up Book”. His articulation exercises are a mainstay of my warm up, and I decided to go one further and translate some into harmonic exercises. (Read my review of this book here.) This first exercise strengthens the elusive second overtone:

PEDHarmonics

 

This next one overblows the third overtone. It is for those already strong in this area; please don’t over do it, or any of these exercises. It is useful to combine these variations with Edmund-Davies’ original.

PEDHarmonics2

 

Share

The True Range of the C Flute

PDF pageEmail pagePrint page

Back in the USSR, when information was really suppressed, many people were hungry for the truth. Now governments hide the truth from us under a deluge of information. I think composers suffer from this deluge, but it is not a government conspiracy.

The true range of the concert C flute is a matter of public domain, published in text books, on the internet, and God knows where else as a cold, hard fact. It is neither a state secret nor rocket science. Yet why is it ignored?

Sometimes I can understand why. We often work with composers of electronic music who transfer their sound world into “scores” and leave the instrumentation up to us. There are also arrangers who don’t sweat the details of register, and tell me up-front that I am free to choose which size flute I want to use when. That’s cool.

But when that’s not the case, how to bring this issue out from under the deluge information? I considered several options. Swear words, Russell Brand revolutionary rhetoric, sexing-up – what can I do to get your attention?

Here is my first attempt. Download it here as a PDF, or view it here. Suggestions are welcome, but please keep it family-friendly.

True_Range

Share

Are intervals born of air or lips? Let the leopard decide.

PDF pageEmail pagePrint page

On forums and in masterclasses there has been a lot of discussion about which element plays a more important role in producing intervals on the flute. Aside from the change of fingering, do we change more with the lips, with the air speed, or with air volume?

Take the fingering element out of the equation and try playing through the harmonic series on low C or D. How do you produce the upper partials?

The trend these days is to say the air makes the changes. Emily Beynon makes a good example and case for air speed:

In this (long) masterclass series, Phillipe Bernold has a student start the day on a rising dominant 7 chord. Here he suggests the most important thing to start the day is to wake up the air column. There should be a natural increase of both volume and speed of air as you ascend. The lips stay neutral. This is very important for legato.

Here is why I agree that the air, either volume or speed, rather than the lips should play the major role in interval moving. Please note I do not deny that the lips must remain flexible, and that exercises for suppleness also include playing intervals and harmonics (at least some of mine do).

As humans, which is more necessary for survival, fast reflexes of our breathing apparatus, or of our facial muscles? Imagine a pre-historic flutist out strolling, searching for good material to build the perfect bone or wood flute. She is set upon by a leopard. She screams and runs. The lightning-quick reflexes of that sharp intake of breath to make sound and to get enough oxygen for the muscles to run is what saves her life. Fast-talking a leopard has been a known fail.

A Cro Magnon Bone Kingma-System, gimme gimme!!

“A Cro Magnon Bone Kingma-System, gimme gimme!!”

So it is my unscientific opinion that the muscles controlling the breathing apparatus, including the diaphragm, have much quicker reflexes, thus can make quicker adjustments than the facial muscles used in the embouchure. Of course, we all know some fast talkers, but they are a scientific law unto themselves!

Wildlife disclaimer: when stalked by a predator in real life, do not act like a prey animal and run. You will be chased. And caught. Unless they are bees.

Photo: bigkitten.com

Share