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 S2. Comparison of Full MT Results for the 19 March 2013 Seismic Event, Estimated from Data of Regional, In-Mine, and LUMINEOS Networks

Networks	Moment Tensor (MT) Components						Seismic Moment, M0	Moment Magnitude, Mw	MT Decomposition Components*			Strike (°)	Dip (°)	Rake (°)
	m11	m22	m33	m12	m13	m23			ISO	CLVD	DC
In-Mine	−1.26×1014	−0.71×1014	4.46×1014	−0.67×1014	0.05×1014	−0.71×1014	3.05×1014	3.6	25	33	42	309	47	96
LUMINEOS	−6.11×1014	−3.99×1014	4.50×1014	−0.75×1014	0.35×1014	0.69×1014	3.59×1014	3.6	−50	9	41	285	42	83
Regional: CRUST2.0†	−1.46×1015	−1.55×1015	−3.51×1015	−0.05×1015	−0.38×1015	0.16×1015	2.91×1015	4.2	−60	−34	6	245	34	−90
Regional: MM2012†	−2.84×1015	−2.92×1015	−8.40×1015	−0.05×1015	−0.36×1015	0.22×1015	6.61×1015	4.4	−56	−43	2	243	41	−89
Regional: GM2003†	−1.38×1015	−1.43×1015	−4.12×1015	−0.05×1015	0.24×1015	0.11×1015	3.24×1015	4.2	−55	−42	3	250	49	−84

* ISO, isotropic; CLVD, compensated linear vector dipole; DC, double couple.

† Regional models: CRUST2.0 based on Bassin et al. (2000) and two local models based on Majdański (2012; model MM2012) and Grad et al. (2003; model GM2003).

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