DOI: 10.5281/zenodo.12620525
title: Unraveling the Connection between Subsurface Stress and Geomorphic Features: Dataset

description: This repository stores data using for the manuscript: Unraveling the Connection between Subsurface Stress and Geomorphic Features

The data file using in this study is 'Input_stress_fault_river_BK.csv'.

The file contain these following data:




Column
unit
range
description


lat
degree
(-90, 90)
Latitude


lon
degree
(-180, 180)
Longitude


azi_R
degree
(0, 180)*
Interpolated azimuth of river network (interpolate without considering river order)


azi_r1
degree
(0, 180)*
Interpolated azimuth of 1'-order river


azi_r2
degree
(0, 180)*
Interpolated azimuth of 2'-order river


azi_r3
degree
(0, 180)*
Interpolated azimuth of 3'-order river


azi_r4
degree
(0, 180)*
Interpolated azimuth of 4'-order river


azi_r5
degree
(0, 180)*
Interpolated azimuth of 5'-order river


Drainage_area
number of cells
-
Drainage area


river_order
order
(1, 7)
Majority of the order river in grid cell


elev
km
(0, 5.1375)
Elevation


azi_Z
degree
(0, 180)*
Topographic aspect


azi_F
degree
(0, 180)*
Interpolated azimuth of faults


reg_F
-
(0, 1)
Regime of F


azi_SO
degree
(0, 180)*
Interpolated azimuth of feature 𝜎𝑂


reg_SO
-
(0, 1)
Regime of 𝜎𝑂


azi_SL
degree
(0, 180)*
Interpolated azimuth of feature 𝜎𝐿


reg_SL
-
(0, 1)
Regime of 𝜎𝐿


sp1_SL
Pa
-
Magnitude of principal stress 1 for 𝜎𝐿


sp2_SL
Pa
-
Magnitude of principal stress 2 for 𝜎𝐿


azi_SM
degree
(0, 180)*
Interpolated azimuth of feature 𝜎𝑀𝜎𝑀


reg_SM
-
(0, 1)
Regime of 𝜎𝑀


sp1_SM
Pa
-
Magnitude of principal stress 1 for 𝜎𝑀


sp2_SM
Pa
-
Magnitude of principal stress 2 for 𝜎𝑀


azi_ST
degree
(0, 180)*
Interpolated azimuth of feature 𝜎𝑇


reg_ST
-
(0, 1)
Regime of 𝜎𝑇


sp1_ST
Pa
-
Magnitude of principal stress 1 for 𝜎𝑇


sp2_ST
Pa
-
Magnitude of principal stress 2 for 𝜎𝑇


azi_SB
degree
(0, 180)*
Interpolated azimuth of feature 𝜎𝐵


delta_SO_F
degree
(0, 90)
Δ𝜎𝑂−𝐹


delta_SL_F
degree
(0, 90)
Δ𝜎𝐿−𝐹


delta_SM_F
degree
(0, 90)
Δ𝜎𝑀−𝐹


delta_ST_F
degree
(0, 90)
Δ𝜎𝑇−𝐹


delta_SB_F
degree
(0, 90)
Δ𝜎𝐵−𝐹


delta_SO_R1
degree
(0, 90)
Δ𝜎𝑂−𝑅1: 1' order river


delta_SL_R1
degree
(0, 90)
Δ𝜎𝐿−𝑅1


delta_SM_R1
degree
(0, 90)
Δ𝜎𝑀−𝑅1


delta_ST_R1
degree
(0, 90)
Δ𝜎𝑇−𝑅1


delta_SB_R1
degree
(0, 90)
Δ𝜎𝐵−𝑅1


delta_F_R1
degree
(0, 90)
Δ𝐹−𝑅1


delta_SO_R2
degree
(0, 90)
Δ𝜎𝑂−𝑅2 :2' order river


delta_SL_R2
degree
(0, 90)
Δ𝜎𝐿−𝑅2


delta_SM_R2
degree
(0, 90)
Δ𝜎𝑀−𝑅2


delta_ST_R2
degree
(0, 90)
Δ𝜎𝑇−𝑅2


delta_SB_R2
degree
(0, 90)
Δ𝜎𝐵−𝑅2


delta_F_R2
degree
(0, 90)
Δ𝐹−𝑅2


delta_SO_R3
degree
(0, 90)
Δ𝜎𝑂−𝑅3 :3' order river


delta_SL_R3
degree
(0, 90)
Δ𝜎𝐿−𝑅3


delta_SM_R3
degree
(0, 90)
Δ𝜎𝑀−𝑅3


delta_ST_R3
degree
(0, 90)
Δ𝜎𝑇−𝑅3


delta_SB_R3
degree
(0, 90)
Δ𝜎𝐵−𝑅3


delta_F_R3
degree
(0, 90)
Δ𝐹−𝑅3


delta_SO_R4
degree
(0, 90)
Δ𝜎𝑂−𝑅4 :4' order river


delta_SL_R4
degree
(0, 90)
Δ𝜎𝐿−𝑅4


delta_SM_R4
degree
(0, 90)
Δ𝜎𝑀−𝑅4


delta_ST_R4
degree
(0, 90)
Δ𝜎𝑇−𝑅4


delta_SB_R4
degree
(0, 90)
Δ𝜎𝐵−𝑅4


delta_F_R4
degree
(0, 90)
Δ𝐹−𝑅4


delta_SO_R5
degree
(0, 90)
Δ𝜎𝑂−𝑅5 :5' order river


delta_SL_R5
degree
(0, 90)
Δ𝜎𝐿−𝑅5


delta_SM_R5
degree
(0, 90)
Δ𝜎𝑀−𝑅5


delta_ST_R5
degree
(0, 90)
Δ𝜎𝑇−𝑅5


delta_SB_R5
degree
(0, 90)
Δ𝜎𝐵−𝑅5


delta_F_R5
degree
(0, 90)
Δ𝐹−𝑅5


delta_SO_R>1
degree
(0, 90)
Δ𝜎𝑂−𝑅>1: >1' order river


delta_SL_R>1
degree
(0, 90)
Δ𝜎𝐿−𝑅>1


delta_SM_R>1
degree
(0, 90)
Δ𝜎𝑀−𝑅>1


delta_ST_R>1
degree
(0, 90)
Δ𝜎𝑇−𝑅>1


delta_SB_R>1
degree
(0, 90)
Δ𝜎𝐵−𝑅>1


delta_F_R>1
degree
(0, 90)
Δ𝐹−𝑅>1


delta_SO_Z
degree
(0, 90)
Δ𝜎𝑂−𝑍


delta_SL_Z
degree
(0, 90)
Δ𝜎𝐿−𝑍


delta_SM_Z
degree
(0, 90)
Δ𝜎𝑀−𝑍


delta_ST_Z
degree
(0, 90)
Δ𝜎𝑇−𝑍


delta_SB_Z
degree
(0, 90)
Δ𝜎𝐵−𝑍


delta_F_Z
degree
(0, 90)
Δ𝐹−𝑍


MI
-
(-1,1)
Mantle influence index




*The range is not (0,360) because we only consider azimuth not direction