is the oboe d'amore higher or lower in pitch than the orchestral oboe
Oboe The standard oboe has several siblings of various sizes and playing ranges. The most widely known and used today is the cor anglais, or English horn, the tenor (or alto) member of the family. A transposing instrument; it is pitched in F, a perfect fifth lower than the oboe. The oboe d'amore, the alto (or mezzo-soprano) member of the family, is pitched in A, a minor third lower than the oboe. J.S. Bach made extensive use of both the oboe d'amore as well as the taille and oboe da caccia, Baroque antecedents of the cor anglais. Even less common is the bass oboe (also called baritone oboe), which sounds one octave lower than the oboe. Delius and Holst both scored for the instrument. Similar to the bass oboe is the more powerful heckelphone, which has a wider bore and larger tone than the baritone oboe. Only 165 heckelphones have ever been made. Not surprisingly, competent heckelphone players are difficult to find due to the extreme rarity of this particular instrument.[14] The least common of all are the musette (also called oboe musette or piccolo oboe), the sopranino member of the family (it is usually pitched in Eâ™­ or F above the oboe), and the contrabass oboe (typically pitched in C, two octaves deeper than the standard oboe).
Alonso Álvarez de Pineda
My Ántonia
Sound Pitch is perceived as how "low" or "high" a sound is and represents the cyclic, repetitive nature of the vibrations that make up sound. For simple sounds, pitch relates to the frequency of the slowest vibration in the sound (called the fundamental harmonic). In the case of complex sounds, pitch perception can vary. Sometimes individuals identify different pitches for the same sound, based on their personal experience of particular sound patterns. Selection of a particular pitch is determined by pre-conscious examination of vibrations, including their frequencies and the balance between them. Specific attention is given to recognising potential harmonics.[15][16] Every sound is placed on a pitch continuum from low to high. For example: white noise (random noise spread evenly across all frequencies) sounds higher in pitch than pink noise (random noise spread evenly across octaves) as white noise has more high frequency content. Figure 1 shows an example of pitch recognition. During the listening process, each sound is analysed for a repeating pattern (See Figure 1: orange arrows) and the results forwarded to the auditory cortex as a single pitch of a certain height (octave) and chroma (note name).