3-D data of thermal state, water content, and slab dehydration in the Colombia-Ecuador subduction zone

The data includes the three-dimensional temperature field (degrees Celsius), water content (wt%), dehydration rate (wt%/km), rock phase change distribution, and subduction velocity field (cm/yr) of the subducting Nazca Plate, as well as the coastline and volcano distribution.
The data coordinates are an orthogonal coordinate system, where the origin of the coordinates is (79.86W,2.61N), the x+ azimuth is 304.2 degrees clockwise from the north, the y+ azimuth is 214.2 degrees clockwise from the north, and the z+ direction is vertical downwards, in kilometers.
The data source method is a three-dimensional finite difference numerical simulation. The geophysical calculation is ensured after the subduction thermal regime reaches a steady state. The temperature field error range is ±50 degrees Celsius, and the velocity field error range is ±0.1cm/ yr. This data can be further used analyzing the geophysical field of subduction zone.

File naming: the data is stored in text paraview format.
Data reading method: All ASCII code files in the data set can be directly opened with paraview software.
Data list:
1. paraview_eqkt2ge762_all_mag_cen.vtk (Earthquake Catalog by Centenial, 1900-2000, Engdahl and Villasenor，2002)
2. paraview_eqkt2ge762_all_mag_USGS.vtk (Earthquake Catalog by IRIS, 2000-2010, Trabant et al., 2012)
3. paraview_kz762.vtk (global volcanoes at NCEI, Siebert et al., 2010)
4. paraview_state762.vtk (state boundary, GMT, Wessel and Smith, 1998)
5. paraview_map762.vtk (global coast, GMT, Wessel and Smith, 1998)
6. paraview_plb762.vtk (global plate boundaries, Bird, 2003)
7. paraview_Kt_2box762.vtk (model boundary)
8. paraview_Kt_2sad762 (3-D thermal state, slab water content and slab dehydration, this study, 0km-24km from plate interface).