Title Page Abstract/Notes/Dedication/Acknowledgements Table of Contents
<< 1 2 3 4 5 6 7
8 Bibliography >>
CHAPTER 3-"THE HORNS TRUE CHARACTERISTICS"Brahms wrote his Horn Trio for the natural horn, not for the valve horn. This was a striking choice, as Brahms composed the piece at a time when the valve horn had been broadly accepted throughout Germany and Austria. In order to understand this decision and its implications, we need to investigate the history of the valve and its struggle for acceptance. We will then examine Brahms relationship to the horn, and his reasons for choosing the valveless instrument for the Horn Trio. The invention of the valve at the beginning of the nineteenth century was to revolutionize brass playing. The first extant mention of the valve occurs in a letter dated December 6, 1814. Heinrich Stölzel, one of the two early inventors of the valve, wrote to King Frederick William III of Prussia, and asked him to try using the valve in the Kings bands. On May 3, 1815, the following announcement, heralding the new invention, was published in the Leipzig periodical Allgemeine Musikalische Zeitung. It was written by Gottlob Benedict Bierey, the music director of the theater at Breslauthat. A New Invention Heinrich Stölzel, the chamber musician from Pless in Upper Silesia, in order to perfect the Waldhorn, has succeeded in attaching a simple mechanism to the instrument, thanks to which he has obtained all the notes of the chromatic scale in a range of almost three octaves, with a good, strong and pure tone. All the artificial notes which, as is well known, were previously produced by stopping the bell with the right hand, and can now be produced merely with two levers, controlled by two fingers of the right hand - are identical in sound to the natural notes and thus preserve the character of the Waldhorn. Any Waldhorn-player will, with practice, be able to play on it. So that his invention may become more widely known and used, Herr Stölzel has laid his invention at the feet of His Majesty the King of Prussia and now awaits a favourable outcome. I have become convinced of this mechanism and its usability and declare, as a matter of both my insight and the truth, that its use imparts to the Waldhorn a perfection not hitherto attained, and produces an effect in full-voiced music not previously known. Although I have heard this invention being used only on the Waldhorn, I believe that I can easily be convinced that, because of its simplicity, it can also be used on trumpets and signal horns, and with similar success. What a new realm of beautiful effects this has opened up to composers! On November 26, 1817, there appeared in the same publication the following review of the valve, written by the music director and organist Friedrich Schneider. Important Improvement in the Waldhorn. Because of its full and strong, yet soft and attractive tone, the Waldhorn is an extremely beautiful instrument; but, as is well known, it has until now been far behind almost all other wind instruments in its development, being very restricted to its natural notes... Herr Stölzel of Breslau has now completely removed these shortcomings thanks to his long reflection upon the obstacle and his unremitting labour; moreover, like many inventors of mechanical things, the correct, suitable solution lay far closer at hand than where it had been sought and was far simpler than had been imagined. He has simply provided his horn with two airtight valves, which are depressed with little effort by two fingers of the right hand, like the keys of the pianoforte, and restored to their previous position by the same two fingers with the help of attached springs; with these it is not only possible but also easy to produce a pure and completely chromatic scale from the lowest to the highest notes with a perfectly even tone. On this horn, therefore, there is no need to change from one key to another, and the same passage can be repeated immediately in a different key; even passages which previously were absolutely impossible to play on the normal horn can now be performed without difficulty. How solo horn-playing will benefit from this invention is easy to imagine: one only has to think of the eternal monotony of passages played on the horn in concert music up to the present. Now it is particularly striking and effective to hear low notes with the full, even strength of the horns tone. It is to be hoped that Herr Stölzel receives numerous orders to compensate him for his efforts and expense; and indeed every musical administration, every concert society of military music and every orchestra should acquire a pair of such horns, thereby enjoying the advantages for their art that can be obtained from such a significant improvement and enhancing considerably the enjoyment of all attentive listeners. For this is bound to happen; and indeed this invention will have even greater ramifications if the mechanism is applied to trumpets and trombones, as seems likely; and any connoisseur of art can see that an entirely new province has been opened up to the composer, as concerns both his ideas and their more efficacious, surer and more beautiful execution. Moreover, this discovery of Herr Stölzels has been tested by others, that is, by highly competent judges, and has been distinguished with decisive approval; Herr Stölzel has also received a letter of praise from His Royal Majesty. Five months after this review, on April 6, 1818, Heinrich Stölzel and Friedrich Blühmel, the other early valve pioneer, applied in Berlin for a joint patent for the valve. They received it six days later. The valve caused quite a controversy, and in this controversy are the roots of Brahms decision to write the Horn Trio for natural horn. In order better to understand this, we shall examine what the valve was intended to do, what the valve actually did, and how musicians felt about it. We shall then turn to how various composers, including Brahms, reacted to the valve. The valve was initially intended to enable the hornist merely to change the key of the horn instantaneously, without his needing to change crooks. The horn player would depress a valve combination in order to choose a key for the instrument, and would use hand horn technique as he always had. The horn player would no longer need time between key changes, and perhaps more importantly, he would no longer have to carry around a heavy, awkward box filled with crooks. As the above announcements show, it soon became clear that the valve made it possible to forego hand horn technique entirely. Different valve combinations could choose different harmonic series, and the overlapping of these series allowed for a complete chromatic scale without any hand stopping. By using valves in this manner, a horn player could eliminate the unevenness of tone that was inherent to hand horn technique and that many felt to be a severe impediment. Despite the excitement about the new invention, it took nearly a century for the valve to become completely accepted. There were several reasons for this. For one thing, horn players were naturally reluctant to give up a tradition they had spent their lives learning in order to start over with a completely new technique. In addition, there were serious mechanical problems with the early valves. They leaked air, and compressed and bent the air flow in ways that caused poor intonation and poor tone quality. By the 1830s, however, these mechanical problems had essentially been solved. The largest and longest lasting obstacle to the valves acceptance was the feeling among many musicians that the new mechanism had compromised the true sound of the horn. These musicians felt that the sound that had resulted from hand horn technique was not merely sufferable, but actually desirable. Hand horn players, in order to minimize the difference between stopped and open notes on the natural horn, had kept the open tones quite covered. This resulted in a very dark, mysterious sound, which, combined with the even darker color of the stopped tones, was what many considered to be the true sound of the instrument. With the use of valves, the horn lost the stopped notes and the need for a covered sound. Some early valve horn players went so far as to completely remove their right hand from the bell, drastically changing the tone color of the horn. Another way that the valve changed the horns sound had to do with crooks. Different crooks have different tone qualities, with the higher (shorter) crooks having a much brighter, more brilliant sound than the lower (longer) crooks. The natural horn was thus able to impart to each key its own color. The valve horn rendered unnecessary the different crooks with their different colors, and many felt this to be a change for the worse. The conductor and composer Karl Gottleib Reissiger voiced the opposition to the new instrument particularly well. In 1837, more than twenty years after the valves invention, he wrote an article for the Allgemeine Musikalische Zeitung in which he expressed his distaste for the valve horn. His greatest concern was with the change in the sound of the instrument. He wrote I hear such a beautiful, sustained solo performed in a colorless monotone on a valve horn, and it seems to me as if the instrument is moaning: My love, I am a horn. Dont you recognize me any more? I admit that I am too severely constricted, I am somewhat uncentered and hoarse, my sweetness is gone, my tone sounds as if it has to go through a filter sack in which its power gets stuck. Composers reacted to the change in horn technique in a variety of ways. Some, like Weber, flatly rejected the valve-horn. He referred to the new instruments disparagingly as the "neuen Maschinenhörner" - the "new machine-horns." Most composers, however, were not so completely dismissive. Before turning to Brahms relationship to the horn, we shall briefly examine the crucial influences of Schubert, Schumann, and Wagner on the acceptance of the valve horn. The first piece that was written by a major composer specifically for the valve horn was probably Franz Schuberts 1828 composition Auf dem Strom for piano, voice, and valve horn. Schubert wrote the horn part for Joseph Rudolphe Lewy, one of the first important valve horn players, with whom Schubert premiered the piece. Although Schubert did take advantage of the valve instrument by writing some pitches that were very difficult if not impossible on natural horn, the horn part remains in the hand horn idiom, relying heavily on the harmonic series and nearby pitches. It was Robert Schumann who was the first major composer to make a substantial break with hand horn tradition, writing chromatically for the instrument throughout its range. In 1849 he wrote two wonderful pieces for the valve horn. In February he composed in three days the Adagio and Allegro for horn and piano, which he described to Clara in a letter, writing "the piece is splendid, fresh and passionate, so that I like it!" On April 10 he wrote to Ferdinand Hiller that "...recently Ive written a Concertpiece for four horns with orchestral accompaniment that strikes me as one of my best pieces." These two pieces were breakthroughs for valve horn writing. The valve horn now came into its own as an instrument that was more than just a technically advanced natural horn. It was a different instrument with a different technique for which one could write in a completely different style. Richard Wagner approached the valve horn in a variety of ways. At first, Wagner appreciated the technical advances of the valve horn, but felt that the new instrument compromised the true horn sound. In his early operas Rienzi (1840) and Flying Dutchman (1841), Wagner wrote for two valve horns and two natural horns, in an attempt to have the best of both worlds. In 1848, Wagner tried a new approach in Lohengrin. While composing this work, Wagner probably worked in close conjunction with the valve hornist Lewy (the same one for whom Schubert wrote Auf dem Strom) who played at the Dresden Opera. Wagner wrote his horn parts using the same technique that Lewy had used for twelve studies he had written for valve horn. Wagner would indicate a key, and thus a valve combination, for a passage, and have the hornist use hand horn technique. Sometimes he would go so far as to indicate a different key every few measures, as in the introduction to the third act. This technique caused all sorts of confusion for the horn player, and was abandoned. In 1859, with Tristan und Isolde, Wagner decided to leave more up to the hornist. In the introduction to the opera, he wrote about his decision, and about what he thought of the difference between natural and valve horn. The composer desires to draw special attention to the treatment of the horns. This instrument has undoubtedly gained so greatly by the introduction of valves as to render it difficult to disregard this extension of its scope, although the horn has thereby indisputably lost some of its beauty of tone and power of producing a smooth legato. On account of these grave defects, the composer (who attaches importance to the retention of the horns true characteristics) would have felt himself compelled to renounce the use of the valve-horn, if experience had not taught him that capable artists can, by specially careful management, render them almost unnoticeable, so that little difference can be detected either in tone or smoothness. Pending the inevitable improvement in the valve-horn that is to be desired, the horn-players are strongly recommended most carefully to study their respective parts in this score, in order to ascertain the crooks and valves appropriate to all the requirements of its execution. The composer relies implicitly on the use of the E (as well as F) crook; whether the other changes which frequently occur in the score, for the easier notation of low notes, or obtaining the requisite tone of high notes, are effected by means of the appropriate crooks or not, is left to the decision of the players themselves; the composer accepts the principle that the low notes, at all events, will usually be obtained by transposition. Single notes marked + indicate stopped sounds; if they have to be produced in a key in which they are naturally open, the pitch of the horn must be altered by the valves, so that the sound may be heard as a stopped note. Brahms was even more emphatic than Wagner about retaining what he felt were the "true characteristics" of the horn. Brahms referred to the valve horn disparagingly as the "Blechbratsche"- the "brass viola." Although Brahms probably conceived most or all of his orchestral horn parts for the natural horn, he knew that they would often, if not always, be played on valve horn. In his first symphony and in the Academic Festival Overture, Brahms, like Wagner, indicated certain notes which he insisted be stopped, even if the parts were played on valve horns. Part of the reason why Brahms felt so strongly about retaining the "true characteristics" of the horn was probably that, as a child, he had studied the instrument with his father. In addition to working as a double bass player, Jakob Brahms was a professional horn player with the Hamburg Bürgerwehr (town militia) for 36 years, from 1831 to 1867. The young Johannes thus grew up in the presence of the Waldhorn and probably strongly associated it with his childhood. This might explain why the first piece he wrote after his mothers death was one for Waldhorn just as, after his fathers death in 1872, Brahms wrote ten etudes for Waldhorn that he dedicated "to the memory of my father." Brahms appreciation of the natural horn was reinforced by his work as a performer. When Brahms was working in the court at Detmold as pianist and choir director in the late 1850s, he had the opportunity to work with the excellent natural horn player August Cordes, "whose rich, mellow tone drew from Brahms enthusiastic expressions of admiration." Together, they played the piano and wind quintets of Beethoven and Mozart, and Beethovens Horn Sonata. There is no question that Brahms intended the Horn Trio to be played on natural horn, despite the fact that the valve horn had been widely accepted in Germany and Austria by 1865. In both the 1866 and 1891 editions of the piece, Brahms specified "Waldhorn." In addition, every time Brahms performed the piece he did so with a natural horn player. In one case in particular, Brahms choice of a horn player for a performance of the Horn Trio demonstrates his insistence on using the natural horn. When Brahms performed the piece in Vienna on December 29, 1867, he played it with Wilhelm Kleinecke, a natural horn player who was second horn in the Vienna Opera and a teacher at the Vienna Conservatory. The principal horn player in the Opera, whom Brahms did not choose for the performance, was Richard Lewy (the nephew of Joseph Rudolph Lewy, the hornist of Auf dem Strom and Lohengrin). Lewy, although more famous and esteemed than Kleinecke, played only the valve horn. It seems that the ability to play the piece on natural horn was more important to Brahms than the general reputation of the player. Brahms also urged the use of the natural horn for performances in which he himself was not involved. In a letter to Albert Dietrich he wrote that for a quartet evening I can with a good conscience recommend my horn trio, and your horn player would do me a great favour if he would do like the Karlsruhe man and practice the French horn [Waldhorn - natural horn] for some weeks beforehand so as to be able to play it on that. Brahms dear friend Clara Schumann recognized the importance of the instrument to Brahms. When she wrote to him about a performance she played of the Horn Trio, she explained the use of valve horn almost apologetically, writing that the horn-player was excellent. I do not think he spluttered once, and that says a great deal, though it is true that he played on a Ventilhorn [valve horn] as he would not be induced to try a Waldhorn [natural horn]. Brahms expressed one of his reasons for choosing the natural horn in a letter published in the Beilage zur Allgemeine Music-Zeitung in 1899. He wrote that "if the performer is not obliged by the stopped notes to play softly the piano and violin are not obliged to adapt themselves to him, and the tone is rough from the beginning." Brahms was thus not only concerned about the horn player sounding too loud and rough, but about the effect that this would have on the whole ensemble. Bessaraboff, in his Ancient and European Musical Instruments points out that It should be taken into consideration that the piano of Brahms period was not so loud as the modern instrument. Even then the pianist and violinist had to subdue themselves so as not to overpower the hornist. This gives an idea of the softness of the hand-horn tone and suggests a proper dynamic level for performing Brahms Horn Trio. As someone who has performed the trio on hand horn with a period piano and a violinist using gut strings, I can wholeheartedly confirm Bessaraboffs astute observation. The issue of general dynamic level, and the corresponding tone quality, is exactly what Brahms was referring to in the above quotation. Here, then, is our first opportunity to apply our knowledge to a performance of the Horn Trio. If a valve hornist wants to play the trio in a manner in keeping with what Brahms conceived and desired, (s)he will be very careful about keeping his/her dynamic level generally lower than (s)he is used to, and using a soft, not "rough" tone "from the beginning." Using a more closed hand position in the bell is an excellent way to accomplish this, since, as we have seen, this was an essential part of the hand horns color, and it is this color that Brahms clearly preferred. The performer, obviously, must play with a sound that is in keeping with his/her taste, but one should, at the very least, experiment. The hornist is on the right track if (s)he must reprimand the violinist and pianist for playing too loud, especially in softer passages. In the following chapters, we shall examine specific examples of how Brahms used the closed tones of hand horn technique for dynamic control, as well as other ways in which hand horn technique affects a performance of the piece. The fact that Brahms wrote the piece expressly for natural horn has caused some confusion for certain writers. There are principally three related misconceptions that one finds in the literature, and it is worth taking a moment to dispel these. Michael Musgrave, in The Music of Brahms, has the dubious distinction of voicing all three misconceptions in a single paragraph. He writes that the works most notable quality, its sheer sound, is never heard in modern performance as Brahms intended it, since he insisted on the use of the natural, or Waldhorn, an instrument already growing obsolete by this time: not only Wagner but Schumann had long opted for the modern valve instrument which facilitated the use of the total chromatic. Brahms limits his natural notes to those of the harmonic series; thus (E flat)-E flat2-B flat3-E flat4-G5,B flat6-D flat7-E flat8-F9-G10, etc. up to E flat16...Such a limitation explains the unique use in four movements of a tonic E flat and the formal restriction of these, the normal tonal range being unavailable, most notably in the first, his only first movement not in sonata form in the instrumental compositions. The first misconception, that Brahms somehow limits his pitches to the notes of the harmonic series, is particularly glaring and misleading. Malcolm MacDonald, in his study Brahms, echoes this mistake when he writes that Brahms "choice of a natural horn...caused him to limit his notes to those of the harmonic series obtainable on that instrument, whose strong natural sonority he clearly preferred." A simple look at the score makes it clear that Brahms absolutely did not limit himself to the notes of the harmonic series - in the first movement, almost half the notes are stopped. More importantly, the reason Brahms so clearly preferred the natural horn was not because of its "strong natural sonority," but because of the effect that hand horn technique had on its sound. What is interesting about the use of hand horn in the Horn Trio is, with few exceptions, the use of the stopped notes and not the use of the open notes. A piece with no stopped tones, as MacDonald and Musgrave mistakenly suggests the trio is, would thus lack exactly the quality that Brahms sought out. In addition, in such a piece there would be little difference between a performance on hand horn and one on valve horn, as the main difference between the two is the use of stopped tones with the former. The second misconception that we see at the end of the Musgrave quotation is that somehow the hand horn caused Brahms to limit his tonal variety with the specific result being that the first movement is not in sonata form. MacDonald echoes this mistake when he writes that "the need to evolve themes suitable for [the horns] participation on equal terms with the other instruments probably influenced him in the direction of simpler forms." David Elliott writes that "with a rather limited possibility for modulation Brahms forgoes his usual first movement sonata form..." Peter Latham, in his book Brahms, writes that it is to humour this rigid instrument that he retains the same tonic for all four movements and forsakes in the first movement his customary sonata form for an episodical shape similar (as Schauffler has noticed) to that of the first movement of Beethovens piano Sonata, Op. 54. Even so he sets the performer some problems. There is nothing that is impossible, but it is not often that the natural horn is asked to play in a key signature of four flats, as in the trio to the scherzo. What is particularly interesting about this last quote is that Latham himself, after conveying the misconception that the limitations of the natural horn are the reason behind the first movements unique form, immediately contradicts himself. Brahms does indeed call for the horn to play in the minor subdominant in the trio of the scherzo movement, with a very large proportion of its notes stopped. This shows that Brahms, if he had desired, could certainly have managed a sonata form movement complete with tonal variety, even if that required many stopped notes. As it is, the first movement visits the keys of G flat major, g minor, Cb major, b flat minor, A major, and Ab major, to name a few. This hardly justifies a feeling of "the normal tonal range being unavailable," as Musgrave wrote above. Brahms reasons for forsaking first movement sonata form for this one piece in his instrumental output must lie elsewhere, and we shall investigate them in the next chapter. The final misconception, which is related to the previous one, we have seen in the Musgrave and Latham quotes. This is the idea that the natural horn somehow required all four movements to be in E flat. Elliott is simply wrong when he describes Brahms choice of E flat as the key for all the movements as an example of "typical hand horn technique and practice." Certainly there were reasons that Brahms chose E flat for all four movements, and those reasons at least partially relate to the use of the natural horn, but it is wrong to suppose that Brahms had no other options or was keeping with tradition. It is true that it would have been very difficult for Brahms to have used different crooks for different movements. Using one crook for an entire piece was standard practice for solo and chamber music for the hand horn, for the following reason. The best crooks for solo playing, due to where their harmonic series lie on the horn, are the middle crooks of F, E, E-flat and D. These were the standard crooks for solos and chamber music. One can see that it is impossible to choose two of these solo crooks that bear a close key relationship to each other. If a composer wanted to use different crooks for different movements, he would have had to rely on high or low crooks. It is also possible that it was considered unseemly for a hornist to change crooks in the middle of a solo or chamber work. Although crook changes were unrealistic, Brahms did have another, viable alternative. He could have written different movements in different keys, while keeping the same crook on the horn. This was standard procedure, and Brahms certainly knew about it - Mozart and Beethoven both did this in their piano and wind quintets, which Brahms knew and played. In both of these pieces, the second movements are in B flat, even though the horn remains crooked in E flat. Why then did Brahms write all four movements in E flat? For one thing, we shall see in our discussions of the movements that in many ways, on many levels, the harmonic structure of the piece is about the key of Eb, major and minor. Brahms keeping all four movements in Eb is, then, the largest scale manifestation of the harmonic life of the piece. Another possible reason for the retention of Eb throughout is that Brahms wanted to intensify the feeling of harmonic departure and return. As written, the tonic in each movement is reinforced by the open tones of the horn. The farther away the music gets from the tonic, the more chord tones are stopped, and the closer the music is to the tonic, the more chord tones are open. By keeping the same tonic for each movement, and by consistently reinforcing this tonic with the open tones of the horn, the key structure and form are particularly highlighted, and the sense of harmonic return to the home key is particularly strong. Feelings of return are very important in the trio. We already have a sense of this from our knowledge of the pieces genesis. Brahms mother had passed away, and he chose to write a piece for an instrument he strongly associated with his childhood home - a sort of return to his early youth. This sense of return to childhood will be further examined when we investigate the possibility that a theme in the last two movements is derived from a folksong that the young Brahms learned from his mother. And the feeling of return can help explain the unique form of the first movement, to which we now turn our attention. |
Title Page Abstract/Notes/Dedication/Acknowledgements Table of Contents
<< 1 2 3 4 5 6 7 8 Bibliography >>
| Osmun Music, Inc. | |
|
PHONE: 1 (781) 646-5756 |
FAX: 1 (781) 646-2480 |
COMPANY | SERVICES | STORE | INSTRUMENTS | REFERENCE | HOME |
|
|
Copyright© 1996-2008, 2009 All rights reserved. |
|
|
Visit our Retail Store and Repair Shop in Arlington, Massachusetts |
|