On February 17, 2014, the CRTC approved Radio Ch�ticamp's application to operate a repeater in Sydney, broadcasting at 97.5 MHz with an average effective radiated power of 830 watts ( non-directional antenna with an effective height of antenna above average terrain of-6.5 metres ).
42.
On March 17, 2011, the station applied change the authorized contours by increasing the average effective radiated power ( ERP ) from 3, 000 to 60, 000 watts ( maximum ERP from 6, 000 to 100, 000 watts with an effective height of antenna above average terrain to 40 metres ).
43.
On 23 April 2012, McBride received permission to change the technical parameters of the station by relocating the transmitter site, increasing the average effective radiated power from 470 to 540 watts, and by increasing the effective height of the antenna above average terrain from-193.2 metres to-155.1 metres.
44.
On October 25, 2013, the CRTC approved the CBC's application to decrease the power of CBLJ-FM Wawa from 50, 000 watts to 4, 807 watts, combined with an increase in the effective height of antenna above average terrain ( EHAAT ) from 114.6 to 132.6 metres.
45.
On October 20, 2015 the CRTC approved the CBC's application to operate a low-power FM rebroadcasting transmitter in Ucluelet, which will operate at 92.7 MHz with an effective radiated power of 50 watts ( non-directional antenna with an effective height of antenna above average terrain of 27 metres ).
46.
On October 25, 2011, the CRTC approved an application by CIAM-FM Media & Radio Broadcasting Association to change the authorized contours of its transmitter CIAM-FM-12 Cleardale, Alberta by decreasing the antenna s effective height above average terrain from 48.5 to 39.07 metres and relocating the transmitter site.
47.
On October 6, 2015, the CRTC approved the CBC's application for a nested FM transmitter in Sydney at 92.1 MHz with an average effective radiated power ( ERP ) of 6, 540 watts ( maximum ERP of 10, 650 watts ) and an effective height above average terrain of 122.8 metres.
48.
In 2011, Le5 Communications filed an application to change the station's authorized signal contours by increasing the effective radiated power from 1, 400 to 4, 620 watts ( from class A to class B1 ) and by increasing the effective height of the antenna above average terrain from 165.3 to 181.9 metres ).
49.
On August 7, 2012, Rogers received approval to change the authorized contours of the radio programming undertakings CJRQ-FM and CJMX-FM Sudbury, in order to change the polarization of CJRQ-FM s antenna, and to increase CJMX-FM s effective height of antenna above average terrain from 227.5 to 285 metres.
50.
On May 21, 2015, CFNR-FM received approval to operate a low-power FM rebroadcasting transmitter at Fort Nelson at 96.1 MHz with an effective radiated power ( ERP ) of 8 watts ( non-directional antenna with an effective height of antenna above average terrain ( EHAAT ) of 36.7 metres ).
