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Table 1 Data used in this paper

From: From pilot knowledge via integrated reservoir characterization to utilization perspectives of deep geothermal reservoirs: the 3D model of Groß Schönebeck (North German Basin)

Kind of data

Name(s)

References

Boreholes—stratigraphy and main lithology

E Ob 1/68, E GrSk 2/67, E GrSk 3/90, Gt GrSk 4/05

drilling reports, partly published in: Hoth et al. (1993), Rockel and Hurter (2000), Holl et al. (2005)

Boreholes—petrophysical rock analysis (cores)

E GrSk 3/90

Rockel and Hurter (2000), Trautwein (2005), Blöcher et al. (2016), Lotz (2004), this paper

Boreholes—geophysical well logging

E GrSk 3/90, Gt GrSk 4/05

Huenges and Hurter (2002), Huenges and Winter (2004)

2D seismic

FIW–LEW: Finowfurt–Liebenwalde campaign, acquired in 1987

König and Meyer (1988); this paper

DAS–VSP data of Groß Schönebeck

Different lines and volumes

Martuganova et al. (2022)

3D seismic of Groß Schönebeck

PoSTM, NMO Stack, CRS-Stack, CRS-PoSTM, PreSDM-DeMultiple (in time and depth domain)

Acquisition in Krawczyk et al. (2019); interpretation: this paper

  1. For location of boreholes see Fig. 1
  2. Abbreviations of different processed seismic volumes: PoSTM post-stack time migration, NMO normal move out, CRS common reflection surface, PreSDM pre-stack depth migration, DeMultiple suppression of seismic multiples