RUSSIAN JOURNAL OF EARTH SCIENCES, VOL. 15, ES2002, doi:10.2205/2015ES000549, 2015


Table 1. Local Circumstances for Annular Solar Eclipse on 29 April 2014 at all Five Locations
Station Geog. Geog. Start Maximum End Maximum $\Delta f_oF2$, $\Delta f_oE_s$, $\Delta h'F2$, $\Delta h'E_s$,
latitude longitude time time time obscur., % MHz MHz km km
Brisbane, QLD $-27.5$ 152.9 06:31 07:17s – s 0.239 -1.39 0.12 0 21.6
Canberra, NSW $-35.3$ 149.1 06:08 07:12 – s 0.461 -1.39 0.55 7.2 -15
Hobart, TAS $-42.9$ 147.3 05:51 07:00 – s 0.644 1.43 -0.69 25.2 18.8
Perth, WA $-31.955$ 115.859 05:17 06:42 07:59 0.492 -1.38 -0.36 24 3.6
Antarctica(Mawson) $-70.6455$ 131.2573 04:53 06:03 07:11 0.987 0.23 2.59 -16.8 -12
Note: The time is in UT and "s" indicates eclipse in progress at sunset.

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Citation: Atulkar Roshni, Parvaiz A. Khan, Hussain Jeevakhan, P. K. Purohit (2015), Ionospheric response to annular and partial solar eclipse of 29 April 2014 in Antarctica and Australian Regions, Russ. J. Earth Sci., 15, ES2002, doi:10.2205/2015ES000549.


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