Electronic Supplement to
Complex Rupture Process of the 19 March 2013, Rudna Mine (Poland) Induced Seismic Event and Collapse in Light of Local and Regional Moment Tensor Inversion

by Łukasz Rudziński, Simone Cesca, and Grzegorz Lizurek

Table S3. Source Parameters of 19 March 2013 Seismic Event Calculated from In-Mine, LUMINEOS Network, and Regional Broadband Station Records

Network	Station	Seismic Moment (N·m)	Moment Magnitude, Mw	Radius (m)	Slip (m)	EP (J)*	ES (J)*	ES/EP*
IN MINE	Average	5.58×1014	3.8	223	0.13	1.3×108	1.72·109	13.2
LUMINEOS local short-period stations	MOSK	2.80×1014	3.6	175	0.11	2.4×108	4.60×109	19.2
	TRBC	1.82×1014	3.5	198	0.06	7.7×107	1.84×109	23.9
	TARN	1.26×1014	3.4	125	0.09	9.2×107	4.80×109	5.2
	ZUKW	1.58×1014	3.4	132	0.11	7.5×107	1.82×109	24.3
Regional broadband stations	KSP	8.34×1014	3.9	180	0.30	7.20×108	9.62×108	1.34
	PVCC	1.3×1016	4.7	299	1.71	2.16×1011	4.19×1011	1.94
	RUE	1.6×1016	4.7	385	1.27	1.87×1011	6.36×1011	3.40
	GKP	7.6×1015	4.5	359	0.69	2.24×1010	1.44×1011	6.43
	CLL	5.9×1015	4.4	490	0.29	1.68×1010	8.65×1010	5.15
	MORC	1.3×1015	4.0	283	0.19	4.42×109	4.20×109	0.95
	OJC	3.0×1015	4.3	280	0.45	7.07×1010	5.55×1010	0.79
	NIE	2.5×1015	4.2	360	0.23	2.24×1010	1.55×1010	0.69

* E_P and E_S are the S and P spatial energy densities,

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