Thread-Index: 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!
 wACrc7RAAp9jlAAAiVBmwAD
	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!
 ELUAApjUdg
	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!
 Jce/YAAync
	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!
 AALwwagAAs
	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!
 zRAAY9mt0A
	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: "USGS \(South Pole\)" 
To: 

SEISMO N3157
Yr2003

SPA

MAY31	
EP013923.8	T0.6 A1.2
EP022904.4	T0.6 A4.5
IPKPD033515.7	E033527.2
EP035451.2	T0.8 A3.4	LZ T19.3 A0.27
IPC040228.9	T0.9 A14	E040240.1
EP043215.5	T1.0 A6.1
EP062232.8	T1.0 A4.0
EP063753.3	T0.7 A2.3
EP100159.9	T1.0 A6.8
EP113917.9	T1.4 A14	LZ T21.9 A0.10
EP150806.5	T0.9 A4.1
QP152914	T1.3 A10	LZ T19.0 A0.052
EP155341.3	T0.7 A1.1
EP164402.9	T1.1 A17	E164409.1	LZ T21.1 A0.17
EPKP175658.9
IPD191259.9	T0.6 A19
QP192446	T0.5 A1.2
EP224047.2	T1.1 A12	E224222.5	LZ T21.6 A0.11
EP230944.7	T0.6 A1.6
EP232112.1	T0.7 A2.5
QP233543	T0.6 A0.7

STOP