cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.12695218
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of the thermal structure of subduction zones: II—numerical approach and validation", Wilson & van Keken, PEPS, 2023 and "An introductory review of the thermal structure of subduction zones: III—Comparison between models and observations", van Keken & Wilson, PEPS, 2023.

Directories & Files

The subdirectories of `vankeken_wilson_peps_2023.zip` are:



`D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran

`D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`Figure_III_4_models`: the results used in Figure 4, Part III.


Files include:



`Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009.

`Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`.

`Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III.

`Subduction_parameters.pdf` and `Subduction_parameters.json`: a description of the parameters used in the global suite.

`PEPS_part_II_preprint.pdf`: preprint of part II.

`PEPS_part_III_preprint.pdf`: preprint of part III.


Running a simulation

Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository (`TF` subdirectories).  Running them requires a working installation of TerraFERMA.  If one is not available then consider using the docker image provided for this paper at:

https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023

This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS.  For a full description of TerraFERMA please refer to the webpage:

http://terraferma.github.io
DOI: 10.5281/zenodo.13234021
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of the thermal structure of subduction zones: II—numerical approach and validation", Wilson & van Keken, PEPS, 2023 and "An introductory review of the thermal structure of subduction zones: III—Comparison between models and observations", van Keken & Wilson, PEPS, 2023.

Directories & Files

The subdirectories of `vankeken_wilson_peps_2023.zip` are:



`D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran

`D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`Figure_III_4_models`: the results used in Figure 4, Part III.


Files include:



`Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009.

`Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`.

`Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III.

`Subduction_parameters.pdf` and `Subduction_parameters.json`: a description of the parameters used in the global suite.

`PEPS_part_II_preprint.pdf`: preprint of part II.

`PEPS_part_III_preprint.pdf`: preprint of part III.

`vankeken_wilson_peps_2023_TF_lowres_minimal.zip`: contains a set of low resolution vtu files from TerraFERMA with the final potential temperature output from steady state and time dependent simulations.  Intended for fast downloading (compared to `vankeken_wilson_peps_2023.zip`) and comparison.


Running a simulation

Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository (`TF` subdirectories).  Running them requires a working installation of TerraFERMA.  If one is not available then consider using the docker image provided for this paper at:

https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023

This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS.  For a full description of TerraFERMA please refer to the webpage:

http://terraferma.github.io
DOI: 10.5281/zenodo.14854311
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of the thermal structure of subduction zones: II—numerical approach and validation", Wilson & van Keken, PEPS, 2023 and "An introductory review of the thermal structure of subduction zones: III—Comparison between models and observations", van Keken & Wilson, PEPS, 2023.

Directories & Files

The subdirectories of `vankeken_wilson_peps_2023.zip` are:





`D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones with a "dynamic" slab (Stokes equations solved in the slab portion of the domain as in van Keken & Wilson, PEPS, 2023 and `D80new` below) and performed using Sepran




`D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.




`benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.


`Figure_III_4_models`: the results used in Figure 4, Part III.


Files include:



`Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009.

`Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`.

`Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III.

`Subduction_parameters.pdf` and `Subduction_parameters.json`: a description of the parameters used in the global suite.

`PEPS_part_II_preprint.pdf`: preprint of part II.

`PEPS_part_III_preprint.pdf`: preprint of part III.

`vankeken_wilson_peps_2023_TF_lowres_minimal.zip`: contains a set of low resolution vtu files from TerraFERMA with the final potential temperature output from steady state and time dependent simulations.  Intended for fast downloading (compared to `vankeken_wilson_peps_2023.zip`) and comparison.


Running a simulation

Input files are provided for the TerraFERMA (the Transparent Finite Element Rapid Model Assembler) simulations in this repository (`TF` subdirectories).  Running them requires a working installation of TerraFERMA.  If one is not available then consider using the docker image provided for this paper at:

https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023

This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS.  For a full description of TerraFERMA please refer to the webpage:

http://terraferma.github.io
DOI: 10.5281/zenodo.7843967
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of the thermal structure of subduction zones: II—numerical approach and validation", Wilson & van Keken, PEPS, 2023 and "An introductory review of the thermal structure of subduction zones: III—Comparison between models and observations", van Keken & Wilson, PEPS, 2023.

Directories & Files

The subdirectories of `vankeken_wilson_peps_2023.zip` are:





`D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones with a "dynamic" slab (Stokes equations solved in the slab portion of the domain as in van Keken & Wilson, PEPS, 2023 and `D80new` below) and performed using Sepran




`D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.




`benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.


`Figure_III_4_models`: the results used in Figure 4, Part III.


Files include:



`Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009.

`Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`.

`Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III.

`Subduction_parameters.pdf` and `Subduction_parameters.json`: a description of the parameters used in the global suite.

`PEPS_part_II_preprint.pdf`: preprint of part II.

`PEPS_part_III_preprint.pdf`: preprint of part III.

`vankeken_wilson_peps_2023_TF_lowres_minimal.zip`: contains a set of low resolution vtu files from TerraFERMA with the final potential temperature output from steady state and time dependent simulations.  Intended for fast downloading (compared to `vankeken_wilson_peps_2023.zip`) and comparison.


Running a simulation

Input files are provided for the TerraFERMA (the Transparent Finite Element Rapid Model Assembler) simulations in this repository (`TF` subdirectories).  Running them requires a working installation of TerraFERMA.  If one is not available then consider using the docker image provided for this paper at:

https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023

This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS.  For a full description of TerraFERMA please refer to the webpage:

http://terraferma.github.io
DOI: 10.5281/zenodo.7843968
title: An introductory review of thermal structure of subduction zones: II. Numerical approach, validation, and comparison

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of thermal structure of subduction zones: II. Numerical approach, validation, and comparison", van Keken & Wilson, PEPS, 2023. <strong>Directories & Files</strong> The subdirectories are: `D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran `D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. `benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. Files include: `Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009. <strong>Running a simulation</strong> Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository<br> (`TF` subdirectories). Running them requires a working installation of TerraFERMA. If one is not available then consider using<br> the docker image provided for this paper at: https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023 This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu<br> 20.04LTS OS. For a full description of TerraFERMA please refer to the webpage: http://terraferma.github.io
DOI: 10.5281/zenodo.7859701
title: An introductory review of thermal structure of subduction zones: II. Numerical approach, validation, and comparison

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of thermal structure of subduction zones: II. Numerical approach, validation, and comparison", van Keken & Wilson, PEPS, 2023. <strong>Directories & Files</strong> The subdirectories are: `D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran `D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. `benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. Files include: `Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009. `Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`. <strong>Running a simulation</strong> Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository<br> (`TF` subdirectories). Running them requires a working installation of TerraFERMA. If one is not available then consider using<br> the docker image provided for this paper at: https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023 This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu<br> 20.04LTS OS. For a full description of TerraFERMA please refer to the webpage: http://terraferma.github.io
DOI: 10.5281/zenodo.8241786
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of thermal structure of subduction zones: II. Numerical approach, validation, and comparison", van Keken & Wilson, PEPS, 2023. <strong>Directories & Files</strong> The subdirectories of `vankeken_wilson_peps_2023.zip` are: `D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran `D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. `benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA. Input files provided for TerraFERMA. `Figure_III_4_models`: the results used in Figure 4, Part III. Files include: `Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the Syracuse et al., PEPI, 2010 global suite. `Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009. `Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`. `Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III. `D80_geometry`: a description of the geometries used in the global suite. `PEPS_part_II_preprint.pdf`: preprint of part II. `PEPS_part_III_preprint.pdf`: preprint of part III. <strong>Running a simulation</strong> Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository (`TF` subdirectories). Running them requires a working installation of TerraFERMA. If one is not available then consider using the docker image provided for this paper at: https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023 This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS. For a full description of TerraFERMA please refer to the webpage: http://terraferma.github.io
DOI: 10.5281/zenodo.8309731
title: An introductory review of thermal structure of subduction zones: II & III

description: This repository contains the output from a global suite of subduction zone models used in: "An introductory review of the thermal structure of subduction zones: II—numerical approach and validation", Wilson & van Keken, PEPS, 2023 and "An introductory review of the thermal structure of subduction zones: III—Comparison between models and observations", van Keken & Wilson, PEPS, 2023.

Directories & Files

The subdirectories of `vankeken_wilson_peps_2023.zip` are:



`D80`: a reproduction of the "D80" Syracuse et al., PEPI, 2010 suite of subduction zones using Sepran

`D80new`: a new global suite based on Syracuse et al., PEPI, 2010 but using a lower mantle potential temperature and an error function boundary condition and performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`benchmark`: a new subduction benchmark performed using both Sepran and TerraFERMA.  Input files provided for TerraFERMA.

`Figure_III_4_models`: the results used in Figure 4, Part III.


Files include:



`Table2_Syracuse2010_updated.pdf` and `Table2_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Table3_part_Syracuse2010_updated.pdf` and `Table3_part_Syracuse2010_updated.xlsx`: updated parameter values for the  Syracuse et al., PEPI, 2010 global suite.

`Figure_comp_D80_WW09_all.pdf`: a comparison between the Sepran models presented in `D80` and `D80new` and those in Wada & Wang, G-cubed, 2009.

`Figure_comp_D80new_TF-Sepran_all.pdf`: comparison between the TerraFERMA and Sepran models presented in `D80new`.

`Figure_III_6_all_D80.pdf`: complete set of model results for Figure 6, Part III.

`Subduction_parameters.pdf` and `Subduction_parameters.json`: a description of the parameters used in the global suite.

`PEPS_part_II_preprint.pdf`: preprint of part II.

`PEPS_part_III_preprint.pdf`: preprint of part III.


Running a simulation

Input files are provided for the TerraFERMA (the Transparent Finite ELement Rapid Model Assembler) simulations in this repository (`TF` subdirectories).  Running them requires a working installation of TerraFERMA.  If one is not available then consider using the docker image provided for this paper at:

https://github.com/users/cianwilson/packages/container/package/vankeken_wilson_peps_2023

This docker image contains a complete installation of TerraFERMA and its dependencies, PETSc, FEniCS and SPuD, within an Ubuntu 20.04LTS OS.  For a full description of TerraFERMA please refer to the webpage:

http://terraferma.github.io
DOI: 10.5281/zenodo.11058889
title: SKS measurements and null measurements for seismic stations in Eritrea and Yemen

description: These files relate to "Channelized mantle flow through the Afar Triple Junction and around the Arabian plate: evidence from seismic anisotropy" by Gauntlett et al. (2024). Original seismic waveforms are from the Eritrea Seismic Project (Hammond et al., 2011) and the Young Conjugate Margins Lab in the Gulf of Aden network (Leroy et al., 2007) and are publicly available throughEarthScope Data Services.

The repository consists of three files:



SKS_ALL.csv

SKS_NULL_ALL.csv

stations_all.csv


The first file provides individual shear-wave splitting results reported in the study for the SKS phase. The columns are as follows: 



Station longitude

Station latitude

Orientation of the fast split shear wave (φ)

Time delay between the fast and slow shear waves (dt)

Error in phi

Error in dt

Event longitude

Event latitude

Event backazimuth

Distance in degrees from event-station

Event code

Station name


The second file provides information on null results reported in the study, where no shear-wave splitting is observed for the SKS phase. The columns are as follows: 



Station longitude

Station latitude

Event longitude

Event latitude

Event backazimuth

Distance in degrees from event-station

Event code

Station name


The station file contains the station name, the station latitude, station longitude and station elevation in km above sea level.
DOI: 10.5281/zenodo.11058890
title: SKS measurements and null measurements for seismic stations in Eritrea and Yemen

description: These files relate to "Channelized mantle flow through the Afar Triple Junction and around the Arabian plate: evidence from seismic anisotropy" by Gauntlett et al. (2024). Original seismic waveforms are from the Eritrea Seismic Project (Hammond et al., 2011) and the Young Conjugate Margins Lab in the Gulf of Aden network (Leroy et al., 2007) and are publicly available through IRIS Data Services.

The repository consists of three files:



SKS_ALL.csv

SKS_NULL_ALL.csv

stations_all.csv


The first file provides individual shear-wave splitting results reported in the study for the SKS phase. The columns are as follows: 



Station longitude

Station latitude

Orientation of the fast split shear wave (φ)

Time delay between the fast and slow shear waves (dt)

Error in phi

Error in dt

Event longitude

Event latitude

Event backazimuth

Distance in degrees from event-station

Event code

Station name


The second file provides information on null results reported in the study, where no shear-wave splitting is observed for the SKS phase. The columns are as follows: 



Station longitude

Station latitude

Event longitude

Event latitude

Event backazimuth

Distance in degrees from event-station

Event code

Station name


The station file contains the station name, the station latitude, station longitude and station elevation in km above sea level.