City of New York Municipal Broadcasting System (Wnyc) v. Federal Communications Commission, Wcco Radio, Inc., Intervenor

744 F.2d 827, 240 U.S. App. D.C. 203
CourtCourt of Appeals for the D.C. Circuit
DecidedSeptember 25, 1984
Docket83-1663
StatusPublished
Cited by7 cases

This text of 744 F.2d 827 (City of New York Municipal Broadcasting System (Wnyc) v. Federal Communications Commission, Wcco Radio, Inc., Intervenor) is published on Counsel Stack Legal Research, covering Court of Appeals for the D.C. Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
City of New York Municipal Broadcasting System (Wnyc) v. Federal Communications Commission, Wcco Radio, Inc., Intervenor, 744 F.2d 827, 240 U.S. App. D.C. 203 (D.C. Cir. 1984).

Opinion

BORK, Circuit Judge.

This is an appeal from the Federal Communications Commission’s decision to terminate a special exemption given to WNYC, a New York City-owned radio station since 1943. The termination restricts WNYC’s broadcast hours and so ends its nighttime co-channel interference with WCCO, Minneapolis. This case has been before the Commission since 1954. We *828 have jurisdiction under 47 U.S.C. § 402(b) (1982). The case is important both to WNYC’s current nighttime listeners and to the future of the FCC’s fundamental allocation rules for the AM band. Though we recognize the unique and valuable nature of much of WNYC’s programming, and the “significant loss to New York City” that is the inevitable consequence of the Commission’s decision, we cannot overturn the agency's reasoned decision. We hold that the Commission rationally weighed the competing policies in determining that the public interest is best served by halting WNYC’s long-time interference with WCCO’s nighttime operations.

I.

The procedural history of this case is intimately linked to the issues before us and to the Commission’s long and arduous efforts to achieve the best allocation of the broadcase spectrum. Before detailing the protracted procedural history of this case, we will briefly describe the two basic kinds of radio signals, their different propagation characteristics, and the implications for the allocation of AM frequencies of these physical facts.

A.

Stations operating on standard broadcast (AM) frequencies are assigned to 107 channels in the frequency range of 540-1600 kilohertz (kHz). Stations operating on these frequencies simultaneously transmit a groundwave and a skywave signal. Groundwave signals move horizontally across the earth’s surface. The intensity of these signals diminish rapidly with distance and typically radiate between 100 and 150 miles from the transmitter. They are highly dependable and remain relatively constant at any location, day and night, season to season. This is not at all true with skywave signals, that portion of energy travelling from the transmitter upward and outward into the ionosphere. During the day, these signals are absorbed into the atmosphere. At night, however, these signals “bounce” off the atmosphere and are reflected back to earth, often to places far removed from the transmitter. As a result, at night, skywave signals cover areas not covered by the groundwave signals of a particular station. Skywave service is less reliable than groundwave service because the intensity of the signal is affected by a number of factors including time of year, sunspot activity, and atmospheric noise. The Commission rules consider the service provided by these skywaves as “secondary service” and the constant groundwave service is classified as “primary service.” See generally Clear Channel AM Broadcasting, 78 F.C.C.2d 1345, 1349-50, reconsideration denied, 83 F.C.C.2d 216 (1980), aff'd sub nom. Loyola University v. FCC, 670 F.2d 1222, 1223-24 & n. 3 (D.C.Cir.1982).

Despite its drawbacks when compared with groundwave service, skywave service can render useful nighttime service over wide areas. But to provide effective service, skywave signals must be protected from other stations on the same frequency, because if a skywave lands in an area already receiving service from another station on the same frequency the two signals may cancel one another out. Loyola University, 670 F.2d at 1224 n. 4.

Since 1927, the Commission and its predecessor agency, the Federal Radio Commission, have pursued three basic goals in allocating radio frequencies and in setting conditions on the use of those frequencies:

(1) provision of at least one service to all persons;
(2) provision of service to as many persons from as many diversified sources as possible; and (3) provision of outlets for local self-expression addressed to each community’s needs and interests.

Loyola University, 670 F.2d at 1223-24, citing In re Clear Channel AM Broadcasting, 78 F.C.C.2d 1345, 1349 (1980). To accomplish these goals, the Commission has divided the AM frequency into three groups: local, regional, and clear channel. Stations using the local and regional channels operate at relatively low power and are often authorized to operate during the *829 day only. By contrast, clear channels are occupied by Class I-A stations. These stations were created as one way of achieving the goal of providing all persons with at least one service. They are high-power stations whose skywave signal is given maximum protection in order to provide secondary service at night to areas of the country — so-called “white areas” — not receiving primary nighttime service from any other station. Clear-channel stations operate day and night with the maximum permissible power of 50 kilowatts (kW) and their signals radiate in all directions. The frequency being fought over here, 830 kHz, is a clear channel frequency, and WCCO Radio, Inc. Minneapolis, Minnesota, WNYC’s competitor in this proceeding, is a clear-channel station assigned that frequency-

B.

The allocation policy described above is the result of many rulemaking proceedings, conducted for close to half a century. Originally, the Commission’s rules granted to all Class I-A clear channel stations exclusive use of their frequencies at night. Exclusivity was necessary to bring the twenty-five million people without primary nighttime service some service, even if it was the less desirable secondary service. By 1945, however, the growing demand for more stations made exclusivity increasingly impractical, and the Commission was strongly urged to make the clear channels available to stations other than Class I-A stations. As a result, in that year the Commission instituted a rulemaking proceeding to consider the most efficient way to use the clear channel frequencies. For fifteen years the Commission struggled with the question, and in 1961, the Commission issued a report and order amending its rules. The 1961 amendments authorized full time stations on thirteen of the twenty-five Class I-A clear channels. Loyola University, 670 F.2d at 1224, citing In re Clear Channel Broadcasting in the Standard Broadcast Band, 31 F.C.C. 565 (1961) {“Clear Channel Broadcasting”). 1 The Commission also announced that it would not approve a nighttime assignment on one of the newly opened clear channels unless the subordinate station protected the dominant station’s 0.5 mV/m 50% skywave contour. 2 An additional rulemaking, begun in 1975 and concluded in 1980, allowed the existing dominant Class I-A stations, one of which is WCCO, to operate omnidirectionally at 50 kW of power. Loyola University, 670 F.2d at 1225.

C.

WNYC-AM is a municipally owned and operated Class II 3 1 kW radio station licensed to serve New York City on 830 kHz.

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744 F.2d 827, 240 U.S. App. D.C. 203, Counsel Stack Legal Research, https://law.counselstack.com/opinion/city-of-new-york-municipal-broadcasting-system-wnyc-v-federal-cadc-1984.