How do we know that 15 pieces prepared for Austin Symphony‘s new season likely have never been played before by the ensemble? We answer that question in today’s newspaper.
Here’s a little introduction:
Could it be true that this season the Austin Symphony will perform 15 works it has never before played? After all, the ensemble goes back to 1911. That is a lot of concerts, almost all of them consisting of at least three or four musical pieces. Surely, the major works of the classical repertoire have been performed here at least once?
“It’s part luck that so many pieces this season are firsts for the Austin Symphony,” music director Peter Bay says. “I try to include works that are well-known to everyone as well as works that aren’t. Sometimes, the selection of the soloist triggers ideas for the rest of the program, such as (pianist) Anton Nel’s interest in playing Mozart as well as something on harpsichord for our first concert.”
Just how would the symphony staff know what has been played during the past 106 years? Turns out, hundreds of printed programs have been preserved and are stored, high and dry, in a narrow storage room just off the entrance of the symphony’s offices on Red River Street. New public relations expert Rachel Santorelli, who comes to Austin from the Lansing Symphony Orchestra, gave us access to the trove, which includes reproductions of the inaugural program from April 25, 1911.
About the size of a Catholic holy card and printed on gray stock, it announces that the Austin Symphony Society will be led by Dr. Hans Harthan at the Hancock Opera House, a grand venue formerly located at West Sixth Street and Congress Avenue. The second page lists the new society’s “patronesses,” which include some Old Austin surnames, such as Pennybaker, Ramsey, Hancock, Brush, Bremond and Bickler. The list of musicians includes, even then, four women. The group’s first piece ever? W.A. Mozart’s Symphonie in C No. 28.
Taken as a whole, these preserved programs provide a rare look at Austin’s cultural, economic and creative evolution.