Citation:

PANGAEA.920893

Name: Measurements of fault throw displacements of cumulative morphological fault scarp of the Mt.Vettore-Mt.Bove Fault System (central Italy)
Published: 2020-07-27
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Active Tectonics; Central Italy; coseismic ruptures; cumulative fault throw

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Published: 2020-07-27 • DOI registered: 2020-08-06

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Keyword(s):

Active Tectonics; Central Italy; coseismic ruptures; cumulative fault throw

Supplement to:

Puliti, Irene; Pizzi, Alberto; Benedetti, Lucilla; Di Domenica, Alessandra; Fleury, Jules (submitted): Comparing slip distribution of an active fault system at various timescales: insights for the evolution of the Mt. Vettore- Mt. Bove fault system in Central Apennines. Tectonics

Further details:

Hodge, S M; Biggs, Juliet; Fagereng, Åke; Elliott, James A; Mdala, Hassan; Mphepo, Felix (2019): A semi-automated algorithm to quantify scarp morphology (SPARTA): application to normal faults in southern Malawi. Solid Earth, 10(1), 27-57, https://doi.org/10.5194/se-10-27-2019

Rosu, Ana-Maria; Pierrot-Deseilligny, Marc; Delorme, Arthur; Binet, Renaud; Klinger, Yann (2015): Measurement of ground displacement from optical satellite image correlation using the free open-source software MicMac. ISPRS Journal of Photogrammetry and Remote Sensing, 100, 48-59, https://doi.org/10.1016/j.isprsjprs.2014.03.002 (Satellite images processing methodology)

Coverage:

Median Latitude: 42.852785 * Median Longitude: 13.228016 * South-bound Latitude: 42.803347 * West-bound Longitude: 13.157229 * North-bound Latitude: 42.972117 * East-bound Longitude: 13.263672

Event(s):

Mt-Vettore-Mt-Bove_Fault-System * Latitude: 42.852785 * Longitude: 13.228016 * Location: Central Apennines, Central Italy

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Puliti, Irene
2	LATITUDE	Latitude		Puliti, Irene		Geocode
3	LONGITUDE	Longitude		Puliti, Irene		Geocode
4	UTM Easting, Universal Transverse Mercator	UTM east	m	Puliti, Irene
5	UTM Northing, Universal Transverse Mercator	UTM north	m	Puliti, Irene
6	UTM Zone, Universal Transverse Mercator	UTM Zone		Puliti, Irene
7	Dip	Dip	deg	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	minimum fault dip
8	Dip	Dip	deg	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	maximum fault dip
9	Dip	Dip	deg	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	mean faul dip
10	Standard deviation	Std dev	±	Puliti, Irene	Calculated with Digital Elevation Model (DEM)
11	Slope	Slope	deg	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	surface slope
12	Offset	Offset	m	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	Topographic offset
13	Error	Error		Puliti, Irene	Calculated with Digital Elevation Model (DEM)	Topographic offset error
14	Throw	Throw	cm	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	Down-throw
15	Error, absolute	Error a	±	Puliti, Irene	Calculated with Digital Elevation Model (DEM)	[cm], down-throw error
16	Height	Height	m	Puliti, Irene	SPARTA algorithm (SPARTA)	Scarp Height
17	Width	w	m	Puliti, Irene	SPARTA algorithm (SPARTA)	Scarp width
18	Slope	Slope	deg	Puliti, Irene	SPARTA algorithm (SPARTA)	Scarp Slope
19	Throw	Throw	cm	Puliti, Irene	SPARTA algorithm (SPARTA)	Down-throw
20	Offset	Offset	m	Puliti, Irene		Misfit offset: difference between the SPARTA and the manual offset measurementsdifference between the SPARTA calculated offsets and manual offset measurements

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

903 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Sample label	2 Latitude	3 Longitude	4 UTM east [m]	5 UTM north [m]	6 UTM Zone	7 Dip [deg] (minimum fault dip, Calculated...)	8 Dip [deg] (maximum fault dip, Calculated...)	9 Dip [deg] (mean faul dip, Calculated wit...)	10 Std dev [±] (Calculated with Digital Eleva...)	11 Slope [deg] (surface slope, Calculated wit...)	12 Offset [m] (Topographic offset, Calculate...)	13 Error (Topographic offset error, Cal...)	14 Throw [cm] (Down-throw, Calculated with D...)	15 Error a [±] ([cm], down-throw error, Calcu...)	16 Height [m] (Scarp Height, SPARTA algorithm)	17 w [m] (Scarp width, SPARTA algorithm)	18 Slope [deg] (Scarp Slope, SPARTA algorithm)	19 Throw [cm] (Down-throw, SPARTA algorithm)	20 Offset [m] (Misfit offset: difference bet...)
CU-1.1	42.9625	13.1630	350180	4758289	33	48	89	65	10.81	27	10.0	10	0.087	0.087
CU-1.2	42.9650	13.1611	350028	4758567	33			73	6.70	25	8.0	10	0.064	0.080
CU-1.3	42.9693	13.1583	349806	4759048	33			73	6.70	32	12.0	10	0.091	0.076
CU-1.4	42.9721	13.1572	349729	4759366	33			73	6.70	29	5.0	10	0.039	0.078
MB- 1.1	42.8947	13.2123	354035	4750672	33	68	90	81	7.86	33	7.5	1	0.050	0.007	7.99	10	-40	0.0537	-0.49
MB- 1.2	42.8968	13.2108	353923	4750908	33	56	88	76	10.40	30	17.0	5	0.127	0.037
MB- 1.3	42.9136	13.1918	352406	4752809	33	57	89	72	10.55	32	4.0	3	0.031	0.023
MB- 1.4	42.8999	13.2068	353602	4751262	33	63	90	76	9.03	31	10.0	1	0.073	0.007
MB- 1.5	42.9010	13.2046	353424	4751386	33	60	83	72	7.99	29	10.0	1	0.079	0.008	10.67	11	-42	0.0843	0.67
MB- 1.6	42.9113	13.1961	352752	4752539	33	65	9	81	6.57	30	10.0	6	0.070	0.042
MB- 1.7	42.9127	13.1945	352625	4752703	33	71	82	77	3.74	28	18.0	1	0.134	0.007
MB-2.1	42.9089	13.1783	351295	4752313	33	71	85	76	4.69	28	20.0	1	0.152	0.008	25.94	76	-18	0.1969	5.94
MB-2.2	42.9118	13.1751	351042	4752634	33	66	84	73	5.17	32	7.0	1	0.053	0.008
MB-2.3	42.9126	13.1741	350965	4752722	33			73	6.70	33	9.0	1	0.068	0.007
MP-1.1	42.8369	13.2294	355297	4744222	33			73	6.70	28	13.0	1	0.102	0.008
MP-1.2	42.8442	13.2273	355141	4745034	33			73	6.70	27	11.0	1	0.087	0.008	10.30	13	-45	0.0812	0.55
MP-2.1	42.8574	13.2425	356420	4746475	33			73	6.70	31	4.0	1	0.031	0.008
MP-2.3	42.8818	13.2268	355188	4749215	33			73	6.70	27	10.0	1	0.079	0.008
MP-2.4	42.8855	13.2261	355144	4749626	33	68	81	75	3.80	25	10.0	1	0.098	0.008
MP-3.1	42.8521	13.2354	355822	4745906	33	62	69	66	2.21	21	2.0	1	0.018	0.009
MP-3.2	42.8527	13.2349	355784	4745969	33	55	88	81	6.43	31	4.0	1	0.028	0.007
MP-3.3	42.8573	13.2327	355614	4746485	33	60	84	69	5.96	31	17.0	3	0.139	0.025
MP-3.4	42.8620	13.2314	355523	4747011	33	62	85	72	5.42	28	5.0	3	0.039	0.024	5.70	1	89	0.0450	0.70
MP-3.5	42.8574	13.2328	355625	4746490	33	66	89	76	5.85	20	10.0	1	0.080	0.008
MP-3.6	42.8587	13.2324	355591	4746636	33	60	85	71	8.92	28	12.0	6	0.096	0.048	12.20	92	-33	0.0979	0.20
MP-3.7	42.8620	13.2314	355521	4747008	33			73	6.70	25	9.0	3	0.072	0.024
MP-3.8	42.8631	13.2296	355376	4747130	33	51	88	71	11.31	27	7.0	1	0.056	0.008
MP-3.9	42.8650	13.2281	355261	4747350	33	53	86	76	9.29	29	7.0	1	0.063	0.009	5.49	5	-41	0.0491	1.51
MP-4.1	42.8548	13.2109	353827	4746245	33			73	6.70	15	20.0	5	0.169	0.042	24.54	13	-55	0.2069	-0.30
MP-4.2	42.8569	13.2082	353612	4746486	33	63	72	69	2.66	0	20.0	1	0.179	0.009	20.30	3	-40	0.1814	0.30
MP-4.3	42.8608	13.2044	353313	4746924	33	59	88	72	7.63	20	16.0	1	0.133	0.008	12.00	2	-39	0.0996	4.00
MP-4.4	42.8622	13.2031	353210	4747079	33	60	90	73	6.95	27	8.0	1	0.063	0.008	8.38	5	-40	0.0660	0.38
MP-5.1	42.8489	13.2216	354685	4745566	33	64	87	72	7.44	2	9.5	1	0.084	0.009
MV-1.1	42.8070	13.2637	358031	4740849	33			73	6.70	25	8.0	1	0.064	0.008
MV-1.2	42.8095	13.2613	357844	4741121	33			73	6.70	27	8.0	1	0.063	0.008
MV-1.3	42.8100	13.2587	357635	4741184	33			73	6.70	27	2.0		0.016	0.008
MV-1.4	42.8109	13.2564	357442	4741294	33			73	6.70	27	6.0		0.054	0.009
MV-2.1	42.8126	13.2609	357813	4741469	33			73	6.70	30	10.0		0.077	0.008	6.12	19	-44	0.0472	3.88
MV-2.10	42.8280	13.2474	356746	4743199	33	70	70	70		30	9.0		0.072	0.008	7.34	27	-44	0.0591	1.66
MV-2.11	42.8300	13.2470	356718	4743428	33	62	73	68	5.50	39	15.0		0.120	0.008	15.50	77	-40	0.1239	0.50
MV-2.12	42.8327	13.2484	356845	4743724	33			73	6.70	28	15.0		0.118	0.008	13.76	95	-36	0.1077	1.24
MV-2.13	42.8350	13.2492	356909	4743980	33	48	85	70	13.53	27	6.0		0.044	0.008
MV-2.14	42.8434	13.2477	356813	4744916	33			73	6.70	28	8.0		0.063	0.008	5.05	13	-42	0.0396	2.95
MV-2.2	42.8139	13.2591	357669	4741617	33	75	86	81	5.50	11	15.0		0.144	0.008	17.06	36	-43	0.1423	2.06
MV-2.3	42.8152	13.2576	357553	4741763	33	69	84	77	6.64	8	18.0		0.169	0.009	18.69	46	-42	0.1604	0.69
MV-2.4	42.8162	13.2561	357431	4741879	33	42	87	73	11.80	33	20.0		0.196	0.015	22.61	93	-43	0.1705	2.61
MV-2.5	42.8191	13.2519	357094	4742207	33	46	61	56	5.31	30	21.0		0.173	0.011	17.76	24	-55	0.1866	3.24
MV-2.6	42.8203	13.2506	356992	4742343	33	72	81	76	2.68	32	22.0		0.223	0.007	24.74	51	-46	0.1796	2.74
MV-2.7	42.8216	13.2492	356884	4742495	33	55	88	70	11.13	31	20.0		0.190	0.008	19.14	42	-48	0.1532	0.86
MV-2.8	42.8231	13.2485	356826	4742662	33	36	90	70	12.36	23	23.0		0.216	0.008
MV-2.9	42.8246	13.2474	356738	4742826	33	53	89	71	11.71	30	25.0		0.240	0.008	27.77	58	-45	0.2200	2.77
MV-3.1	42.8115	13.2514	357036	4741360	33	48	69	63	5.85	26	4.0		0.035	0.036
MV-3.2	42.8145	13.2488	356829	4741702	33			73	6.70	21	6.0		0.049	0.012
MV-4.1	42.8100	13.2470	356671	4741206	33			73	6.70	18	8.0		0.067	0.042
MV-4.2	42.8122	13.2468	356664	4741447	33			73	6.70	31	4.0		0.033	0.008	4.13	16	-42	0.0343	0.13
MV-4.3	42.8138	13.2459	356596	4741634	33			73	6.70	22	13.0		0.065	0.008
MV-4.4	42.8161	13.2456	356577	4741885	33	79	89	84	3.77	27	8.0		0.056	0.007	7.06	25	-37	0.0495	0.94
MV-4.5	42.8179	13.2449	356524	4742087	33	74	90	85	5.07	26	10.0		0.071	0.014
MV-4.6	42.8205	13.2458	356601	4742375	33	55	90	76	10.35	21	13.0		0.104	0.008
MV-4.7	42.8250	13.2457	356599	4742877	33	80	90	88	4.10	22	3.0		0.022	0.007
MV-4.8	42.8282	13.2433	356414	4743236	33	90	90	90		12	8.0		0.064	0.008
MV-5.1	42.8180	13.2234	354766	4742132	33			73	6.70	13	1.5		0.013	0.009
MV-5.2	42.8207	13.2228	354724	4742433	33			73	6.70	23	3.0		0.024	0.008	1.73	3	-31	0.0140	1.27
MV-5.3	42.8228	13.2227	354717	4742665	33			73	6.70	23	2.2		0.018	0.008
MV-5.4	42.8243	13.2220	354667	4742841	33			73	6.70	26	1.7		0.014	0.008
MV-6.1	42.8033	13.2590	357643	4740447	33			73	6.70	24	13.0		0.104	0.008