• 1987 Acknowledgement in A Cast of Killers (paperback edition) by Sidney D. Kirkpatrick.
• 1990 Acknowledgement in A Deed of Death by Robert Giroux.
• 1994 Acknowledgement in Mabel Normand: A Source Book to Her Life and Films by William Thomas Sherman.
• 2004 Acknowledgement in Murder in Hollywood by Charles Higham.
• 2004 Acknowledgement in Keystone: The Life and Clowns of Mack Sennett by Simon Louvish.
• 2004 Acknowledgement in The Film Comedy Reader by Gregg Rickman.
• 2007 Acknowledgement in Wallace Reid: The Life And Death of a Hollywood Idol by E. J. Felming.
• 2014 Acknowledgement in Tinseltown by William J. Mann.

• 1990 Acknowledgement in Behind the Mask of Innocence by Kevin Brownlow.

• 1991 Acknowledgement in Eighty Silent Film Stars by George A. Katchmer.

• 1993 Acknowledgement in True Crime: Unsolved Crimes by Time-Life Books.

• 1993 Acknowledgement in Ernst Lubitsch: Laughter in Paradise by Scott Eyman.

• 1999 Acknowledgement in Florence Lawrence, The Biograph Girl by Kelly R. Brown.

• 1999 Acknowledgement in Silent Films, 1877-1996: A Critical Guide to 646 Movies by Robert K. Klepper.

• 2001 Acknowledgement in Golden Images: 41 Essays on Silent Film Stars by Eve Golden.

• 2001 Acknowledgement in Behind the Screen: How Gays and Lesbians Shaped Hollywood 1910-1969 by William J. Mann.

• 2002 Acknowledgement in King Baggot by Sally A. Dumaux.

• 2002 Acknowledgement in Beyond Paradise: The Life of Ramon Novarro by Andre Soares.

And from Bruce's real job at ASU:

• 1994 Acknowledgement in The Theory of the Chemostat: Dynamics of Microbial Competition by Hal L. Smith and Paul Waltman.

• 1994 Acknowledgement in Arithmetic Geometry: Conference on Arithmetic Geometry With an Emphasis on Iwasawa Theory by Nancy Childress and John W. Jones.

• 1995 Acknowledgement in Monotone Dynamical Systems by Hal L. Smith.

• 1998 Acknowledgement in Terrestrial Radiative Transfer: Modeling, Computation and Data Analysis by H. H. Natsuyama, S. Ueno, and A. P. Wang.

• 2001 Acknowledgement in Combinatorics and Partially Ordered Sets: Dimension Theory by William T. Trotter.