This article presents a summary of our presentation that was invited by the Research Committee of ASTA and given at the 2009 ASTA National Conference in Atlanta. In this article we describe and discuss previous and current research studies concerning string vibrato performance and listeners’ perception of vibrato. Topics addressing performance aspects of vibrato include rates and widths, pitch center, initial direction, and continuity during slurs. Investigations that have used various approaches to determine the perceived pitch center of string vibrato are also summarized. We present suggestions for further investigation of vibrato in both the study of listener perception and performance practice and discuss pedagogical applications of research findings.
AllenM. L., GeringerJ. M., & MacLeodR. B. (2009). Performance practice of violin vibrato: An artist-level case study. Journal of String Research, 4, 27–38.
2.
ApplebaumS. (1986). Vibrato. In The art and science of string performance (pp. 64–71). Van Nuys, CA: Alfred.
3.
BoersmaP., & WeeninkD. (2009). Praat: doing phonetics by computer (Version 5.1.06) [Computer program]. Retrieved May 11, 2009, from http://www.praat.org/
4.
BrownJ. C., & VaughnK. V. (1996). Pitch center of stringed instrument vibrato tones. Journal of the Acoustical Society of America, 100, 1728–1735.
5.
BrownS. F. (1991). Determination of location of pitch within a musical vibrato. Bulletin of the Council for Research in Music Education, 108, 15–30.
6.
CheslockL. (1931). An introductory study of the violin vibrato. Research Studies in Music, 1.Baltimore: Peabody Conservatory.
7.
DoschekA. (1968). Some physical aspects of the vibrato. American String Teacher, 18(3), 19–20.
8.
FischbachG. (1998). The birth of a vibrato. American String Teacher, 48(4), 28–35.
9.
FischbachG. F., & FrostR. S. (1997). Viva vibrato.San Diego, CA: Neil A. Kjos.
10.
FischerS. (1997). Vibrato. In Basic: 300 exercises and practice routines for the violin/viola (pp. 662–663). London: Edition Peters.
11.
FletcherH. E., & SandersL. C. (1967). Quality of violin vibrato tones. Journal of the Acoustical Society of America, 41, 1534–1544.
12.
FletcherH. E., BlackhamD., & GeertsenN. (1965). Quality of violin, viola, cello, and bass-viol tones. Journal of the Acoustical Society of America, 37, 851–863.
13.
GalamianI. (1962). Vibrato. In Principles of violin playing and teaching (pp. 37–43). Englewood Cliffs, NJ: Prentice-Hall.
14.
GeringerJ. M., & AllenM. L. (2004). An analysis of vibrato among high school and university violin and cello students. Journal of Research in Music Education, 52, 167–178.
15.
GeringerJ. M., AllenM. L., & MacLeodR. B. (2005). Initial movement and continuity in vibrato among high school and university string players. Journal of Research in Music Education, 53, 248–259.
16.
GeringerJ. M., MacLeodR. B., & AllenM. L. (2010). Perceived pitch of violin and cello vibrato tones among music majors. Journal of Research in Music Education, 57, 351–363.
17.
HamannD., & GillespieR. (2004). Strategies for teaching strings: Building a successful string and orchestra program.New York: Oxford University Press.
18.
HollinsheadM. T. (1932). A study of the vibrato in artistic violin playing. In SeashoreC. E. (Ed.), University of Iowa studies in the psychology of music: Vol. 1. The vibrato (pp. 281–288). Iowa City: University of Iowa.
19.
IwamiyaS., KosugiK., & KitamuraO. (1983). Perceived principal pitch of vibrato tones. Journal of the Acoustical Society of Japan (E), 4(2), 73–82.
20.
JoelsonE. W. (1964). Teaching violin vibrato-start early. American String Teacher, 14(3), 17–20.
21.
LucktenbergJ. (1994). Developing violin vibrato. The Instrumentalist, 48(10), 32–36.
22.
MacLeodR. B. (2008). Influences of dynamic level and pitch register on the vibrato rates and widths of violin and viola players. Journal of Research in Music Education, 56, 43–54.
23.
MacLeodR. B. (2010). A pilot study of relationships between pitch register and dynamic level and vibrato rate and width in professional violinists. String Research Journal, 1, 75–83.
24.
MantelG. (1972). Cello technique: Principles of forms of movement. (B. H., Thiem, Trans.). Bloomington & London: Indiana University Press.
25.
MellodyM., & WakefieldG. H. (2000). The time-frequency characteristics of violin vibrato: Modal distribution analysis and synthesis. Journal of the Acoustical Society of America, 107(1), 598–611.
26.
PapichG., & RainbowE. (1974). A pilot study of performance practices of twentieth-century musicians. Journal of Research in Music Education, 20, 24–34.
27.
PapichG., & RainbowE. (1975). Research in the performance practices of musicians. Psychology of Music, 22, 4–8.
28.
RegerS. N. (1932). The string instrument vibrato. In SeashoreC. E. (Ed.), University of Iowa studies in the psychology of music: Vol. 1. The vibrato (pp. 305–338). Iowa City: University of Iowa.
29.
RollandP. (2000). Basic principles of violin playing (2nd Ed.). Mesa, AZ: Clara Roland.
30.
RollandP., MutchlerM., & HellebrandtF. (2000). The teaching of action in string playing. (3rd ed.). Urbana, IL: Illinois String Research.
31.
SeashoreC. E. (1938). A musical ornament, the vibrato. In Psychology of music (pp. 33–52). New York: McGraw-Hill.
32.
ShackfordC. (1960). Pitch range and the actual pitch of vibrato tones. American String Teacher, 10(2), 25, 28.
33.
ShonleJ. I., & HoranK. E. (1980). The pitch of vibrato tones. Journal of the Acoustical Society of America, 67, 246–252.
34.
SmallA. M. (1937). An objective analysis of artistic violin performance. In SeashoreC. E. (Ed.), University of Iowa studies in the psychology of music: Vol. 4. Objective analysis of musical performance (pp. 172–231). Iowa City: University of Iowa.
35.
ThibeaultM. (1997). The vibrato rate of professional double bass players. American String Teacher, 47(1), 71–73.
36.
YoungP. (1999). Great shakes: Matchboxes and sponges – expert tips on teaching vibrato. Strad, 110(1313), 934–937.
