The claim that broadcast radio tends to increase the sales of music has been one argu-
ment for why in the US broadcast stations have not had to pay for the performance rights
to the music that they play. This position is, however, somewhat anomalous, as broadcast
stations in many other countries do pay for performance rights and, since the 1994 Digital
Performance Rights Act, cable, Internet and satellite radio stations in the US have been
paying quite substantial fees for performance rights. In 2009, the Performance Rights Act
was introduced into Congress, with some support from both parties and the Obama
Administration, to make commercial broadcast music stations pay for performance rights.
In line with how music stations pay for composition rights, it was envisaged that music
stations would pay a proportion of their advertising revenues for so-called blanket licenses
which would give them the rights to air music in any of the repertoires owned by orga-
nizations such as ASCAP, BMI, or SESAC. Non-commercial stations and stations play-
ing only small amounts of music were to be exempted.
The effects on the radio industry of having to pay for performance rights would obvi-
ously depend on how expensive these blanket licenses would be (
United States
Government Accountability Office, 2010
). Currently, stations pay about 1–2% of their
revenues for composition rights, but the charges for performance rights might be much
greater, potentially as high as 25% based on how much is paid by cable, Internet, and
satellite services.
106
Audley and Boyer (2007) and Watt (2010) provide potential meth-
odologies for assessing the value of music to radio in order to set appropriate performance
rights fees.
One likely effect of introducing performance rights fees would be that some stations
would switch from music to non-music formats, which could potentially affect the wel-
fare of listeners, advertisers who want to reach the types of consumers who tend to listen
to music, and the music industry itself if aggregate music airplay and the number of people
listening to music radio were reduced.
Sweeting (2013) uses a dynamic model of station
format choice to try to predict how large this type of supply-side substitution effect would
be in both the short run, for example in the 2–3 years after fees were introduced (assum-
ing that they arrived as an unanticipated shock), and in the long run. The size and
106
See, for example, http://www.broadcastlawblog.com/2010/03/articles/music-rights/copyright-
royalty-board-approves-settlement-for-sound-recording-royalty-rates-for-new-subscription-services-
any-hints-as-to-what-a-broadcast-performance-royalty-would-be/ (accessed December 5, 2010). XM
Sirius paid 8% of its subscription revenues for performance rights in 2010–2012, even though some
of its programming is not musical, and this fee included a discount recognizing that satellite radio was
struggling to become established (Federal Register vol. 75, p. 5513, 2010-02-03). Companies providing
audio programming on cable pay 15% of revenues (Federal Register vol. 75, p. 14075, 2010-03-24).
Pandora, the leading Internet radio service, pays 25% of its revenue or one-twelfth of a cent per
song, whichever is greater. However, because its revenues are low, the absolute amount of money
paid by Pandora in performance rights is controversially small given the number of songs that it plays
(http://www.businessweek.com/articles/2013-07-01/should-pan dora-pay-less-in-music-royalties,
accessed December 31, 2013).
390 Handbook of Media Economics