harmonic minor scale
The harmonic minor group of pitches
is comprised of a cool combination of colors. A close relative of the natural minor, the harmonic minor
grouping of pitches is unique in that there are three half steps in its intervalic construction.
From the below chart we see that the pitches of the two groups are identical excepting the
7th scale degree, which is raised a half step up, creating the leading tone pitch as usually found on in
the major scale group of pitches.
Comparing the natural and harmonic minor groups using A as the root. Example 1.
| scale
degree / interval |
1 / root |
2 /
major 2nd |
3 /
minor 3rd |
4 /
perfect 4th |
5 /
perfect 5th |
6 /
minor 6th |
7 /
major 7th |
8 /
octave |
| natural
minor scale |
A |
B |
C |
D |
E |
F |
G |
A |
| harmonic
minor scale |
A |
B |
C |
D |
E |
F |
G# |
A |
As the above chart shows, the
pitches of these two groups are nearly identical. The essential minor third interval above
the root is present, creating an overall minor tonal environment. The uniqueness of
the harmonic minor color is that it combines the minor third with the major seventh. Over
the years I've heard the harmonic minor group of pitches also described as the
"Hungarian" or "gypsy minor scale" because of it's distinct, ancient
cultural flavor, associated with the people of that European region and their traditions.
This group of pitches goes way back in history, try this lick with lots of vibrato. Example 1a.

A bit different eh? But cool perhaps
in that this musical phrase uses the three half
step intervals which helps define the harmonic minor group. The half step resolution
to the tonic in bar 4 becomes a reasonably radical departure from the sound of the minor
seventh of the natural minor group.
So why is this group important?
Well, standing alone, the harmonic minor grouping of pitches is a very strong, definable
and historically significant color. There is an ancient European culture that uses this
group and variations thereof as the center of their musical universe. The above
configuration is the way that it comes into the world of equal temperament, but the only
way to hear how the pitches and the resulting music sound is to go to the music. Part
Gypsy, part Klezmer
(?), look for recordings wherever you can. Lest we forget in our listening that much of
our American, musical world is "equal tempered", where many of the tuning
concerns are "adjusted." Secondly, that
when used in conjunction with the natural minor group, the harmonic minor group expands
the resource with the addition of the major seventh, an important pitch in regards to tonal gravity, both melodically and
harmonically. This simple expansion of the resource adds another artistic and potentially
very intense emotional dimension to the minor tonal environment.
Harmonically, the addition of the
leading tone into the minor tonal environment as provided by the harmonic minor scale
creates a situation where the chord built on the fifth scale degree, the dominant chord, evolves from a minor triad to a major triad. A simple shifting of
pitches creates a much stronger cadential
motion. Example 2.
|
without leading tone |
with leading tone |

Are you hip
to spelling chords? A second important contribution from the harmonic minor grouping of pitches
is termed the fully
diminished seventh chord / arpeggio.
Let's explore. Here is the harmonic minor scale as presented above then rewritten in its
arpeggiated form. Example 3.
| |
|
|
|
|
|
|
leading
tone |
|
| harmonic minor scale |
A |
B |
C |
D |
E |
F |
G# |
A |
| harmonic minor arpeggio |
A |
C |
E |
G# |
B |
D |
F |
A |
So where is the fully diminished
chord? Hint, its located in the harmonic minor arpeggio. Need another hint? Okay. Can you
find three consecutive minor third intervals? See it, cool, it
starts on the leading tone G#, which becomes the root
of the chord. Three consecutive minor thirds? Here's a chart. Example 3a.
| interval from root |
root |
minor
third |
minor
third |
minor
third |
| pitches |
G# |
B |
D |
F |
Hip to the sound of the diminished
color? Check it out moving to first the minor then major tonalities. Example 3b.

Pretty
harsh eh? Oh well, it never gets to be the tonic
anyway. So why is this
harsh and dissonant diminished color potentially so important? Well, for a number of
reasons. Again, the idea that "how important" is really an individual
thing. Although very rare in folk, rock and even blues music, the diminished color is
an important component in jazz harmony. Especially in standards, where it is perhaps the ultimate passing chord of all time. Why? Well, as
G# is the leading tone of the major and minor tonality associated with the key of A, it
turns out that the other pitches of the fully diminished chord are also leading tones
to other keys. Really? Yes. So, the one fully diminished chord can actually resolve to
four different tonal centers or tonics? Yep. Perhaps this is why this color is potentially
the ultimate passing chord? Here is the sound of the one fully diminished color built on
the root G# resolving to four different minor tonics. Example 3c.
| A
minor |
C minor |
Eb minor |
Gb minor |

What about the relative major
tonalities of the four keys from example 3c? Sure why not. Example 3d.
| A major |
C major |
Eb major |
Gb major |

Needless to say, we are barely
scratching the surface of the theoretical discussion of the diminished color here, but
please realize that only from within the harmonic minor group can we diatonically derive the diminished color,
excepting of course the chromatic
scale, but we can derive all of our equal tempered colors are
contained within the chromatic group, right? Right. So this "scratch" is just
for the record so to speak, to look at the diminished colors "organic" origin
from harmonic minor and arouse a bit of curiosity perhaps. The real discussion of this
important color and its resolving potentials fully takes place in the improvisation
section. Go there now if your curious about the "harsh" color that can
potentially work so many gorgeous wonders.
Back to basics, here is the harmonic
minor color created from the 12 different pitches of the chromatic scale, sequenced by the
cycle of fourths. Example
4.
| scale degree / interval |
1 / tonic |
2 / major 2nd |
3 / minor 3rd |
4 / perfect 4th |
5 / perfect 5th |
6 / minor 6th |
7 / major 7th |
8 / octave |
| C har. minor |
C |
D |
Eb |
F |
G |
Ab |
B |
C |
| G har. minor |
G |
A |
Bb |
C |
D |
Eb |
F# |
G |
| D har. minor |
D |
E |
F |
G |
A |
Bb |
C# |
D |
| A har. minor |
A |
B |
C |
D |
E |
F |
G# |
A |
| E har. minor |
E |
F# |
G |
A |
B |
C |
D# |
E |
| B har. minor |
B |
C# |
D |
E |
F# |
G |
A# |
B |
| F# har. minor |
F# |
G# |
A |
B |
C# |
D |
E# |
F# |
| Db har. minor |
Db |
Eb |
Fb |
Gb |
Ab |
Bbb (A) |
C |
Db |
| Ab har. minor |
Ab |
Bb |
Cb |
Db |
Eb |
Fb (E) |
G |
Ab |
| Eb har. minor |
Eb |
F |
Gb |
Ab |
Bb |
Cb (B) |
D |
Eb |
| Bb har. minor |
Bb |
C |
Db |
Eb |
F |
Gb |
A |
Bb |
| F har. minor |
F |
G |
Ab |
Bb |
C |
Db |
E |
F |
Here are the above 12 harmonic minor
scales written out in standard musical notation.
Things get a bit tricky accidental wise, work carefully. Same format as above. Example 4a.












Here is the extended version for
shedding the harmonic minor color for one key. Try to adapt this shaping of the line to
the other 11 keys, do it from memory and gradually over the years extend the range of the
melodic minor color throughout your horn. Example 5.

Here is a twenty four bar
"tour" of the 12 harmonic minor keys, moving one, two bar melodic idea around
the cycle of fourths starting on C. Watch for enharmonic keys. Example 6.

The following tune, "Bluer Than
Black", by the author, features a first theme created with the harmonic minor color,
contrasted with the major tonality in the second theme. At 200 m.m. or so, here is the
music. Example 7.

"Bluer Than Black" composed by Joseph A. Craig © 2003
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If you think education is
expensive, try ignorance. Derek Bok