41 to 50 of 202 Results
May 17, 2024 -
Smye et al. (2024) Role of deep fluid injection in induced seismicity in the Delaware Basin, West Texas and Southeast New Mexico
ZIP Archive - 24.2 MB -
MD5: ca31cdc8e497c15bafd652c1125e3eb6
Smye_etal2024_Glg-PP_grids_NDB.zip folder contains Geographic Information System (GIS) shapefiles and Zmap files of the structure, thickness, average matrix porosity, and pore pressure of the Ordovician, Siluro-Devonian and Pennsylvanian injection intervals of the Northern Delawa... |
May 8, 2024
This Dataverse serves as the durable repository for initial drafts and final reports for contract research work performed by the Center for Injection and Seismicity Research and affiliated UT Austin groups for The Railroad Commission of Texas and to provide public access for the... |
Apr 12, 2024 -
Smye et al. (2024) Role of deep fluid injection in induced seismicity in the Delaware Basin, West Texas and Southeast New Mexico
ZIP Archive - 47.2 MB -
MD5: 212bbe85f485a646d23da627a9c4dc0e
Smye_etal2024_fault-facets_most_lileky_stress_stability.zip folder contains (1) one xls file with all the triangular fault facets as used in Morris et al. (2021); included in the file are their stress states as calculated for the most likely stress conditions at the location of t... |
Apr 12, 2024 -
Smye et al. (2024) Role of deep fluid injection in induced seismicity in the Delaware Basin, West Texas and Southeast New Mexico
ZIP Archive - 37.9 KB -
MD5: b1fafcee43880cc7eee654174365437b
Smye_etal2024_injectivity_permeability.zip folder contains (1) one xls file with all injectivity data used in the numerical flow model as described in the manuscript, and (2) a txt file (readme file) summarizing and explaining the collected permeability data in the xls file. |
Apr 12, 2024 -
Smye et al. (2024) Role of deep fluid injection in induced seismicity in the Delaware Basin, West Texas and Southeast New Mexico
Plain Text - 1.6 KB -
MD5: 762c9672e26c4567c7ea3e5cee77b948
|
Feb 2, 2024 -
Data for: Interpretation, Characterization and Slip Hazard Assessment of Faults in the Midland Basin, West Texas, USA
ZIP Archive - 756.1 KB -
MD5: 9937629383dcd385d3481b41c2300d1c
Faults split into 1km segments used to perform distance to earthquake (Figure 9) and Fault Slip Potential analyses (Figures 11-14) (V1).
ArcMap layer files for distance to nearest earthquake (Figure 9), deterministic FSP (Figure 11) and three scenarios of probabilistic FSP (Fig... |
Feb 2, 2024 -
Data for: Interpretation, Characterization and Slip Hazard Assessment of Faults in the Midland Basin, West Texas, USA
ZIP Archive - 136.2 KB -
MD5: 4cc047d00dfe94eb80a3a19ec04e0012
Original (V1) fault segments used to produce Figures 7-9 and 11-14 within the paper. ArcMap layer files for mapping confidence (Figure 7) and fault orientation (Figure 8) are also provided. |
Feb 2, 2024 -
Data for: Interpretation, Characterization and Slip Hazard Assessment of Faults in the Midland Basin, West Texas, USA
ZIP Archive - 198.8 KB -
MD5: 08070c02bfde12e6cd52fc51c6725b67
This zipped folder contains an ArcGIS shapefile of the regional, simplified (framework) fault traces, which are shown in Figure 1 and Figure 15. Original (V1) |
Feb 2, 2024 -
Data for: Interpretation, Characterization and Slip Hazard Assessment of Faults in the Midland Basin, West Texas, USA
MS Word - 13.6 KB -
MD5: 11dcbb3d1cc4914c8e4648430ac4cf73
Read Me document describing data set provided. |
Jan 26, 2024 -
Crustal Velocity Model of the Greater Permian Basin
Tabular Data - 860.6 KB - 4 Variables, 31857 Observations - UNF:6:IJ9b46ToQuLOvEl1LHpzuA==
Vp model |
