Page 1 of 2 GSA Data Repository Item 2146 Upper mantle anisotropy beneath the south Indian shield: influenced by ancient and recent Earth processes V.Pavan Kumar 1, K. S. Prakasam 2, S. S. Rai 3, and Sandeep Gupta 2 1 Tata Institute of Fundamental Research, Homi Bhabha Road, Mumbai-4, India. 2 CSIR - National Geophysical Research Institute, Hyderabad 7, India. 3 Indian-Institute of Science Education and Research (IISER), Homi Bhabha Road, Pune-4118, India. LITHOSPHERE, 214 This data set contains the data from 1 seismographs operated between 29 and 211 (Rai et al., 213) and 1 seismographs during 1998 22 (Gupta et al., 23). Operation period for these instruments vary from 6 to 24 months and they are given in Table DR1. To improve the lateral resolution we also include results from 9 stations published from Kumar and Singh (28) and Roy et al. (212). Shear wave splitting measurements have been performed using semi-automated approach of Teanby et al. (24) based on shear wave splitting method of Silver and Chan (1988). The shear wave splitting measurements are given in Table DR2. Detailed statistical analysis of good measurements from 7 stations depicting (i) the delay time t and associated error ( t), and (ii) fast polarization direction and associated error for east Dharwar, west Dharwar and southern Granulite is presented in Figure DR1, Figure DR2 and Figure DR3, respectively. Fast Polarization Direction, and their 2 sigma error bars plotted as a function of backazimuth for all the stations on different geological provinces are shown in Figure DR4, Same figure for delay times are plotted in Figure DR. Figure DR6, represents the Individual null results computed at each seismological station. Due to the 9 uncertainty inherent to the definition of a null, the two potential perpendicular directions of anisotropy are materialized by a cross. REFERENCES CITED Gupta, S., Rai, S.S., Prakasam, K.S., Srinagesh, D., Bansal, B.K., Chadha, R.K., Priestley, K., and Gaur, V.K., 23, The nature of the crust in southern India: Implications for Precambrian crustal evolution: Geophysical Research Letters, v. 3, no. 8, p. 1419, doi:1.129/22gl1677. Kumar, M.R., and Singh, A., 28, Evidence for plate motion related strain in the Indian shield from shear wave splitting measurements: Journal of Geophysical Research, v. 113, p. B836, doi:1.129/27jb128. Rai, S.S., Borah, K., Das, R., Gupta, S., Shalivahan, S., Prakasam, K.S., Sivaram, K., Kumar, S., and Meena, R., 213, The south India precambrian crust and shallow lithospheric mantle: Initial results from the India Deep Earth Imaging Experiment (INDEX): Journal of Earth System Science, v. 122, no. 6, p. 143 143, doi:1.17/s124-13-37-.
Roy, S.K., Srinagesh, D., Saikia, D., Singh, A., and Kumar, M.R., 212, Seismic anisotropy beneath the eastern Dharwar craton: Lithosphere, v. 4, p. 29 268, doi:1.113/l198.1. Silver, P.G., and Chan, W.W., 1988, Implications for continental structure and evolution from seismic anisotropy: Nature, v. 33, p. 34 39, doi:1.138/3334a. Teanby, N.A., Kendall, J.M., and Van Der Baan, M., 24, Automation of shear-wave splitting measurements using cluster analysis: Bulletin of the Seismological Society of America, v. 94, p. 43 463, doi:1.178/123123. Page 2 of 2
Table DR1: Details of South India broad-band seismograph network stations (Rai et al., 213). Stn. Code Latitude ( o N) Longitude ( o E) Elevation (m) Period of operation East Dharwar Craton MBN 16.87 77.66 417 1/1999 7/2 AMT 16.34 7.89 42 2/29 4/21 ARK 16.27 76.9 487 /29 9/211 APT 16.39 78.67 43 7/29 8/211 CUP 17.29 78.92 3 4/21 6/21 UKD 14.99 77.2 474 7/29 /211 LTV 14.93 77.28 42 11/1998 /2 PKD 14.6 77.64 4 /29 /211 KDR 14.18 78.16 43 7/2 6/21 MCR 13.69 78.24 63 2/29 1/211 GBA 13.6 77.36 681 9/1998 11/21 BGL 13.2 77.7 791 9/1998 9/2 SLR 13.14 79.4 141 2/29 1/211 VBD 12.96 78.4 382 2/29 1/211 Cuddapah Basin SLM 16.1 78.89 368 11/1998 6/2 TDT 14.84 77.91 276 3/29 8/211 Closepet Granite HPT 1.28 76.32 38 2/29 3/21 HGL 14.74 76.71 64 3/211 8/211 TMK 13.34 77.19 842 7/2 11/21 TGH 12.96 77.3 87 4/29 4/21 Kaladgi Basin BGM 16.12 74.6 68 2/29 8/211 Western Dharwar Craton SUP 1.26 74.4 36 /29 3/211 BDT 13.74 7.63 637 2/29 1/211 BNR 13.38 7.46 73 3/211 8/211 CRP 13.2 76.32 824 6/21 6/22 GDG 1.29 7.9 726 3/211 8/211 JOG 14.22 74.81 497 3/211 8/211
Table DR1. (Continued) HVR 14.84 7.37 61 2/29 3/211 DVR 14.39 7.96 614 /29 1/211 HYR 13.88 76.49 661 2/29 3/211 TPT 13.27 76.4 78 7/2 12/21 NLR 12.9 76.7 789 2/29 8/211 SKP 12.92 7.77 947 2/29 1/211 HSN 12.83 76.6 792 7/2 12/21 SUL 12.3 7.47 17 1/211 8/211 MYS 12.31 76.62 697 12/21 6/22 GDP 11.79 76.6 843 3/29 4/21 Western Ghats MLN 16. 73. 2 2/29 8/211 ANK 14.63 74.33 22 3/211 8/211 MGL 12.91 74.9 99 2/29 8/211 KNR 11.84 7.42 49 1/29 1/211 KZD 11.29 7.87 39 4/21 2/212 Southern Granulite Terrain MTD 11.78 76.1 42 2/29 8/211 CBR 11.27 76.94 348 4/21 /211 MTP 11.3 76.9 226 12/21 6/22 HNR 12.13 77.39 94 2/211 4/212 ATR 11.6 77.4 28 /211 4/212 YCD 11.78 78.21 1374 2/29 2/211 NKL 11.14 78.22 163 4/21 /211 PBR 11.29 78.86 13 4/21 4/212 KKL 11.6 78.83 1 2/29 4/21 UTR 1.9 77. 267 /211 4/212 THR 1.7 76.47 61 2/211 4/212 MPR 1.3 78.4 212 1/211 4/212 Madurai Block/Kerala Khondelite Block KOD 1.23 77.47 233 4/21 /211 MVT 9.9 76.3 11 2/211 3/212 ELP 9.6 76.97 1114 /211 3/212 AKT 9.48 78.1 98 1/211 4/212 MVK 9.21 76.6 14 1/211 3/212 TKS 9.2 77.2 21 1/211 3/212 TYD 8.6 77.9 13 /211 3/212 NGC 8.2 77.38 49 1/211 3/212
Table DR1. (Continued) Eastern Ghats MGR 16.46 8. 32 /21 8/211 PMR 1.1 79.37 123 /29 8/211 PDR 14.3 79.64 77 2/29 8/211 PDC 12.2 79.8 37 /29 1/211
Table DR2: Events information (origin time, latitude, longitude, depth), station to event great circle arc length (Distance, in degrees), back azimuth (Baz, in degrees); and results of shear wave splitting measurements from different core-refracted phases at each seismological station. The seismological stations are sorted by geographical locations and/or networks. The quality of the measurements with is rated G (good), F (fair) and N (null). STN Event Event Event Event Distance Baz Phi +/- Error δt +/- Error Phase Quality Lat( o ) Long( o ) Depth East Dharwar Craton MBN 1999.28.8.1..1 2.89-169.12 67 89.96 33.84-8.+/- 3.7.3+/-.6 SKS G 1999.37.21.47.9.1-12.8 166.7 9 92.76 12.1 72. SKS N 1999.3.1..32.2-21.4 169.68 33 97.84 19.99 44. SKKS N 1999.13.1.38.48.1-21.42-176.46 164 11.42 17.1-6. SKS N 1999.12.1.3.3.1 9.29-11.2 7 94.23 22.92 31. SKS N 1999.127.14.13.2.1 6.42-12.94 2 9.62 2.6 18.+/- 4. 3.12+/-.33 SKS F 1999.34.23.12.33.1 7.41-14.49 66 94.33 2.37 19. SKS N 1999.3.14.17.4.2 -.1 138.99 1 8.72 14.3-2.+/-13..82+/-.2 SKKS G 2.8.16.47.2.1-16.92-174.2 183 111.6 11.87 19. SKS N 2.64.2.24.22.1-6.17 149.87 1 9.94 11.4-23. SKS N 2.19..12..2-2.46 13.4 1 88.42 213.42-11.+/- 6.7 1.+/-.12 SKKS G 2.114.9.27.23.2-28.31-62.99 68 142.8 24.48-4.+/- 2..68+/-.7 SKKS G 2.12.2.36.32.1-17.91-178.2 1 17.82 13.8-77. SKS N 2.12.2.36.32.2-17.91-178.2 1 17.82 13.8-83. SKKS N AMT 29.49.21.3.4.1-27.42-176.33 2 112.87 113.26.+/- 6..8+/-.19 SKS G 29.13.2.17.3.1-17.76 167.9 1 96.76 16.47 78. SKS N 29.163.9.44.1.1-17.61 167.81 1 96.9 16.36 32.+/-19.7.7+/-.4 SKS F 29.163.9.44.1.2-17.61 167.81 1 96.9 16.36-39.+/- 4.2 1.7+/-.14 SKKS G 29.298.7.3.2.2-23.9-179.21 417 19.6 19.1 6.+/- 7..42+/-.6 SKKS G 29.36.1.47.13.2-24.12-17.17 9 113.47 19.7 31.+/- 9. 1.12+/-.33 SKKS F 29.343.9.46.3.1-22.1 17.96 4 1.7 11. 3. SKS N 29.343.9.46.3.2-22.1 17.96 4 1.7 11. 41.+/-18.7.72+/-.42 SKKS F 29.31.2.1.21.2 1.4 179.96 3 8.89 37.3-1.+/- 3.2 1.7+/-.3 SKKS F 21.17.12..1.4-7.66-6.88 129.88 2.68-28.+/-13.7.3+/-.12 PKS G 21.2.11.3.43.4 18.42-72.83 1 133.73 316.99 18.+/-11.7.4+/-.11 PKS F 21.38.22.28.2.1-23.32-179.88 44 19.9 19.4 74.+/-13..7+/-.14 SKS G 21.44.2.34.28.1-21.9-174.77 11 113.1 17.13 4.+/-18.7.68+/-.29 SKS G 21.44.2.34.28.2-21.9-174.77 11 113.1 17.13 1.+/-16..72+/-.28 SKKS G 21.63.14.2.27.1-13.7 167.23 176 94.99 12.61 26.+/-11.7.68+/-.23 SKS G ARK 29.326.7.48.2.2-17.79-178.43 22 18.39 13.7 3.+/- 3. 1.+/-.23 SKKS G 29.343.9.46.3.2-22.1 17.96 4 99.9 11.29 33.+/-12. 1.3+/-.49 SKKS G 21.44.2.34.28.1-21.9-174.77 11 112.2 17.32-6. SKS N 21.44.2.34.28.2-21.9-174.77 11 112.2 17.32 2.+/- 6.2 1.+/-.31 SKKS G 21.63.14.2.27.1-13.7 167.23 176 93.98 12.89-71. SKS N 21.177..3.19.2-1.63 161.4 3 87.74 11.68 8.+/- 2. 1.93+/-.9 SKKS G 211.2.1.7.2.1-26.14 178.39 8 17. 112.8 1.+/-12.2.4+/-.18 SKS G 211.6.12.31.9.2-18.4-69.34 118 147.77 261.89-3.+/- 3.7 1.+/-.19 SKKS G 211.6.14.32.36.1-6.42-27.6 87 111.14 21.31-12.+/- 6.2.6+/-.4 SKS G 211.6.14.32.36.2-6.42-27.6 87 111.14 21.31-33. SKKS N 211.93.14.7.9.1-17.64-178.9 1 18.21 13.8-66.+/-..62+/-.2 SKS G 211.93.14.7.9.2-17.64-178.9 1 18.21 13.8 6.+/- 9. 1.4+/-.22 SKKS G 211.18.13.3.2.1-34.34 179.87 86 19.1 121.17-34. SKS N APT 29.23.21.2.47.2-26.6-178.39 269 18.41 112.49 47.+/-17..72+/-.29 SKKS F 29.286.2.21.3.1 2.6-167.12 14 91.3 33.81 49.+/-16.2.82+/-.36 SKS F 29.298.7.3.2.2-23.9-179.21 417 17.1 19.7 38.+/- 6. 1.+/-.14 SKKS G 29.326.7.48.2.1-17.79-178.43 22 16.82 14.2 3.+/-2..68+/-.39 SKS F
Table DR2. (Continued) 29.326.7.48.2.2-17.79-178.43 22 16.82 14.2 6.+/-12.7.7+/-.1 SKKS G 21.17.12..1.4-7.66-6.88 131. 24.42 3.+/- 7.7.9+/-.19 PKS G 21.38.22.28.2.2-23.32-179.88 44 16.9 19.93 38.+/- 2.2 1.32+/-.11 SKKS G 21.44.2.34.28.1-21.9-174.77 11 11.98 17.6 44.+/- 6.2.8+/-.1 SKS G 21.44.2.34.28.2-21.9-174.77 11 11.98 17.6 6.+/- 9..6+/-.9 SKKS G 21.63.14.2.27.1-13.7 167.23 176 92.4 13.3-78. SKS N 21.199..6.44.1 2.88-169.8 14 89.43 34.33 4.+/- 8.7.97+/-.21 SKS G 211.2.1.7.2.2-26.14 178.39 8 1.8 113.11 1.+/-..8+/-.1 SKKS G 211.93.14.7.9.2-17.64-178.9 1 16.64 13.9 4.+/- 6..72+/-.14 SKKS G CUP 21.118.4.49.3.1-18.6-176.94 31 18.24 13.7 18. SKS N 21.118.4.49.3.2-18.6-176.94 31 18.24 13.7-86. SKKS N 21.14.2.41.7.2-29.67-178.63 178 18.9 116.3-86.+/- 8.7.4+/-. SKKS G UKD 29.284.3.12.13.1-22. 17.2 1 98.21 11. 27.+/- 9.7 1.7+/-.6 SKS F 29.286.2.21.3.1 2.6-167.12 14 92.9 33.41 44. SKS N 29.313.1.44.4.1-17.24 178.34 9 14.68 14.21-4.+/- 6..47+/-.6 SKS G 21.12.21.3.1.4 18.44-72.7 13 13.42 317.1.+/- 8.7.+/-.4 PKS G 21.63.14.2.27.1-13.7 167.23 176 93.42 13. -3.+/-1.7.42+/-.14 SKS G 211.2.1.7.2.1-26.14 178.39 8 16.29 113.2-4.+/- 6.2.+/-.1 SKS G 211.2.23.1.42.1-43.8 172.68 14.7 131.77-7.+/-16.2.7+/-.19 SKS F 211.93.14.7.9.1-17.64-178.9 1 17.63 14.3-6.+/-18.2.+/-.26 SKS G 211.93.14.7.9.2-17.64-178.9 1 17.63 14.3 16. SKKS N LTV 1998.361..38.26.1-21.63-176.38 144 11.29 17.83-21.+/- 8..7+/-.1 SKS F 1999.28.8.1..1 2.89-169.12 67 91.77 33.7 19.+/- 1.7 1.4+/-.2 SKS G 1999.37.21.47.9.1-12.8 166.7 9 92.69 12. -3.+/-14.7.7+/-.24 SKS F 1999.298.2.31.42.1-38.7 17.8 18 1.7 126.48 -. SKS N 1999.34.23.12.33.1 7.41-14.49 66 96.23 2.32-76. SKS N 1999.341..19.49.1 7.36-14.1 4 96.2 2.36 9.+/- 2.2 2.12+/-.23 SKS F 1999.341.21.29.49.1-1.91-173.98 137 111.63 11.43-28.+/- 4.2.7+/-.6 SKS F 1999.363.22.3.7.2-11.16 16.33 33 9.97 11.21-19. SKKS N 2.2.12.8.42.2 1.4-17.6 33 88.78 36.73 29. SKKS N 2.8.16.47.2.1-16.92-174.2 183 111.4 12.4 27. SKS N 2.12.2.6.9.2-1.7-173.33 4 112.18 1.9 76.+/- 3. 1.27+/-.14 SKKS F 2.114.9.27.23.2-28.31-62.99 68 14.92 243.38 13.+/-1.2 1.2+/-.16 SKKS G PKD 29.217.8.31.4.1-4. 166.36 1 99.1 134.66-37.+/-. 1.43+/-.33 SKS G 29.326.7.48.2.1-17.79-178.43 22 17.21 14.1 12. SKS N 29.326.7.48.2.2-17.79-178.43 22 17.21 14.1 4.+/- 9.2.3+/-.13 SKKS G 21.44.2.34.28.1-21.9-174.77 11 111.22 18.26-9.+/-.7.68+/-.23 SKS F 21.63.14.2.27.1-13.7 167.23 176 92.84 13.19-82. SKS N 21.136..16.1.4 18.4-67.7 113 132.6 311.86-1.+/-1.7.6+/-.16 PKS G 21.177..3.19.2-1.63 161.4 3 86.64 11.76 64.+/-.2 2.3+/-.17 SKKS G 211.2.1.7.2.1-26.14 178.39 8 1.7 113.4 7.+/- 4..78+/-.14 SKS G 211.2.1.7.2.2-26.14 178.39 8 1.7 113.4-6.+/- 3. 1.2+/-.34 SKKS G 211.6.14.32.36.1-6.42-27.6 87 19.73 214.82 1.+/- 3.2.97+/-.4 SKS G 211.6.14.32.36.2-6.42-27.6 87 19.73 214.82 7.+/- 7.2.88+/-.14 SKKS F 211.93.14.7.9.1-17.64-178.9 1 17.3 14.38-72. SKS N 211.93.14.7.9.2-17.64-178.9 1 17.3 14.38 31.+/- 2. 1.18+/-.1 SKKS G 211.18.13.3.2.1-34.34 179.87 86 17.8 121.86-8.+/-12..68+/-.1 SKS F KDR 2.311.11.4.26.1 6.1-13.46 2 97.77 26.28 36. SKS N 21.19.8.1.14.1-11.66 166.38 91.11 11.67-13. SKS N 21.118.4.49.3.1-18.6-176.94 31 18.2 14.9-7. SKS N 21.118.4.49.3.2-18.6-176.94 31 18.2 14.9 64.+/-12.7.3+/-.9 SKKS G 21.14.2.41.7.2-29.67-178.63 178 18.23 116.87 3.+/- 2.2 1.12+/-.18 SKKS G
Table DR2. (Continued) MCR 29.9.14.33.6.1-6.3-24.8 1 18.23 21.48 1.+/- 4. 1.43+/-.18 SKS G 29.16.14.7.6.1-6.2-26.86 2 19.28 21.72 2.+/- 4. 1.+/-.21 SKS G 29.217.8.31.4.1-4. 166.36 1 98.33 134.78-36.+/-19. 1.27+/-.1 SKS F 29.296.1.14.13.2-12.2 166. 31 9.7 12.29 37.+/- 6.7 1.9+/-.46 SKKS G 21.63.14.2.27.1-13.7 167.23 176 92.19 13.34-79. SKS N 21.63.14.2.27.2-13.7 167.23 176 92.19 13.34-4.+/- 7.2 2.48+/-.77 SKKS G 21.136..16.1.4 18.4-67.7 113 133.24 312.12 -.+/-11. 1.+/-.17 PKS G GBA 1998.361..38.26.1-21.63-176.38 144 19.8 18.32-82. SKS N 1998.361..38.26.2-21.63-176.38 144 19.8 18.32 14. SKKS N 1999.28.8.1..1 2.89-169.12 67 92.86 33.8-21. SKS N 1999.36.11.39.4.2-12.62 166.97 213 92.3 12.29 16. SKKS N 1999.37.21.47.9.1-12.8 166.7 9 92.32 12.7 6. SKS N 1999.3.1..32.1-21.4 169.68 33 96.97 11.32 8. SKS N 1999.3.1..32.2-21.4 169.68 33 96.97 11.32 12. SKKS N 1999.92.17..47.1-19.9 168.19 1 9.28 19.1 1. SKS N 1999.13.1.38.48.1-21.42-176.46 164 19.7 18.11-8. SKS N 1999.34.23.12.33.1 7.41-14.49 66 97.42 2.42-36. SKS N 2.8.1.19.46.2-9.81 19.81 33 8.4 11.28 13. SKKS N 2.6.1.43.8.1-19.3 173.82 33 1.41 17.66-82. SKS N 2.112.4.3.17.2 1.42-178.14 33 88.33 37.34-1. SKKS N 2.114.9.27.23.2-28.31-62.99 68 14.36 241.88 6.+/-.2 1.27+/-.1 SKKS G 2.114.9.27.23.4-28.31-62.99 68 14.36 241.88 4.+/- 1..9+/-.3 PKS G 21.9.12.3.14.1-21.99 17.21 1 97.6 11.7 14. SKS N 21.13.1.33.3.1-9.72-2.9 26 18.14 211.31-11.+/- 4.7 1.+/-.14 SKS G 21.129.17.38.26.2-1.32 161.23 67 86.2 11.42 31.+/- 4.7 1.1+/-.31 SKKS F 21.14.2.41.7.2-29.67-178.63 178 18.64 116.98-24. SKKS N 21.299.23...1-18.49 168.11 33 94.91 17.74-81. SKS N BGL 1998.36.22.7.3.1-2.16 179.63 18 16.21 112.64-66.+/- 4..7+/-.6 SKS F 1998.361..38.26.1-21.63-176.38 144 19.44 18.2-72. SKS N 1999.28.8.1..1 2.89-169.12 67 93.19 33.87 39.+/-.7 1.6+/-.7 SKS G 1999.37.21.47.9.1-12.8 166.7 9 92.1 12.64 2. SKS N 1999.4.21.12.24.1-1.1 168. 1 93.82 14.9 34.+/-19.7.97+/-.41 SKS F 1999.127.14.13.2.1 6.42-12.94 2 99.11 2.74 -. SKS N 1999.127.14.13.2.2 6.42-12.94 2 99.11 2.74 4. SKKS N 1999.334.16.23.34.1-21.28 169.1 33 96.3 11.37 29. SKS N 1999.34.23.12.33.1 7.41-14.49 66 97.82 2.2 33.+/- 2.2 1.+/-.19 SKS F 1999.363.22.3.7.2-11.16 16.33 33 9.32 11.3 1.+/- 2.2 2.+/-.1 SKKS G 2.9.21.4.4.1-18.82 174.37 33 1.43 16.99-73. SKS N 2.26.13.26..1-17.27-174. 33 111.13 13.64-73. SKS N 2.26.13.26..2-17.27-174. 33 111.13 13.64 4.+/- 4.7 1.3+/-.11 SKKS G 2.6.1.43.8.2-19.3 173.82 33 1. 17.79 61.+/- 2.2 2.48+/-.7 SKKS F 2.64.2.24.22.1-6.17 149.87 1 92.62 11.2 3. SKS N 2.114.9.27.23.2-28.31-62.99 68 14.29 241.24 16.+/-1..82+/-.21 SKKS G 2.12.2.36.32.1-17.91-178.2 1 16.9 14.94-4.+/- 2. 1.73+/-.6 SKS F 2.133.18.43.18.2-23. -66.4 22 144.36 247.71 1.+/- 4. 1.12+/-.6 SKKS F SLR 29.23.21.2.47.2-26.6-178.39 269 16.46 113.3 44.+/- 3.7 1.9+/-.16 SKKS F 29.281.21.16.13.1-12.91 166.31 3 89.9 13.2 64. SKS N 29.28.9.37.21.2-12.41 166. 42 89.97 12.67 -.+/-12. 1.+/-.38 SKKS G 29.286.2.21.3.1 2.6-167.12 14 93.29 34.9 37.+/- 1. 1.2+/-.16 SKS G 29.296.1.14.13.1-12.2 166. 31 89.49 12.7 3.+/-1.7.7+/-.19 SKS G 29.34.19.9.1.2-11.38 166.38 133 89.62 11.7 43.+/- 7.7.8+/-.6 SKKS G 29.343.9.46.3.1-22.1 17.96 4 96.24 111.21-77.+/- 4.7 1.1+/-.32 SKS G 21.63.14.2.27.1-13.7 167.23 176 9.92 13.63 2.+/-.2 1.2+/-.33 SKS G
Table DR2. (Continued) 21.94.22.4.43.4 32.3-11.28 4 132.67 17.2 2.+/-23.7 1.2+/-.46 PKS F 21.147.17.14.46.1-13.7 166.64 31 9.4 13.89 72. SKS N VBD 29.296.1.14.13.2-12.2 166. 31 9.26 12.37 32.+/- 2.7 1.7+/-.14 SKKS G 21.12.21.3.1.4 18.44-72.7 13 137.94 316.78 31.+/- 3. 1.2+/-.11 PKS G 21.16.2.8.16.2 1.71 177.71 8.76 38.2 1.+/- 7. 1.2+/-.1 SKKS G 21.44.2.34.28.2-21.9-174.77 11 19.96 18.8 3. SKKS N 21.63.14.2.27.1-13.7 167.23 176 91.68 13.44 21. SKS N 21.12.1.23.12.2-6.92 147.2 1 89.46 149.21 39.+/-18. 2.3+/-.6 SKKS G Cuddapah Basin SLM 1999.16.1.44.39.1 6.23-147.43 21 98.17 24.8 28.+/- 2. 1.4+/-.17 SKS G 1999.28.8.1..1 2.89-169.12 67 89.93 34.18-82.+/- 3..8+/-.8 SKS G 1999.37.21.47.9.1-12.8 166.7 9 91.43 12.87 12. SKS N 1999.3.1..32.1-21.4 169.68 33 96.46 11.38-69.+/- 1. 1.77+/-.21 SKS G 1999.3.1..32.2-21.4 169.68 33 96.46 11.38 4.+/- 1. 1.32+/-.4 SKKS G 1999.92.17..47.1-19.9 168.19 1 94.71 19.24-73. SKS N 1999.99.12.16.1.2-26.3 178.22 621 1.16 113.46 1.+/- 9..82+/-.2 SKKS G 1999.13.1.38.48.2-21.42-176.46 164 19.6 17.49 46.+/- 8..72+/-.11 SKKS G 1999.12.1.3.3.1 9.29-11.2 7 94.46 23.37 6.+/-14..7+/-.12 SKS F 1999.127.14.13.2.1 6.42-12.94 2 9.79 26. -78.+/-18.7.8+/-.1 SKS F 1999.127.14.13.2.2 6.42-12.94 2 9.79 26. -7.+/-16. 1.7+/-.9 SKKS G 2.112.4.3.17.2 1.42-178.14 33 8.42 37.7 8. SKKS N 2.12.2.36.32.2-17.91-178.2 1 16.48 14.29 83.+/- 8..+/-.7 SKKS G 2.127.13.44.13.1-11.3 16.43 12 89.81 11.74 24. SKS N 2.166.2.1.2.1-2.2 178. 64 14.8 112.6-68.+/- 2. 1.77+/-.1 SKS F TDT 29.13.2.17.3.2-17.76 167.9 1 94.46 17.9-9.+/- 6.7 1.+/-.14 SKKS G 29.242.14.1.32.2-1.22-172.7 11 112.23 1.9 44.+/-12.7.82+/-.17 SKKS G 21.44.2.34.28.1-21.9-174.77 11 111.21 18.1 16.+/- 3. 1.48+/-.31 SKS G 21.63.14.2.27.1-13.7 167.23 176 92.77 13.22 2.+/-17..6+/-.29 SKS F 21.63.14.2.27.2-13.7 167.23 176 92.77 13.22-6.+/-2.7 1.7+/-.64 SKKS F 21.246.16.3.47.1-43.2 171.83 12 12.87 131.89-41.+/- 9..9+/-.33 SKS G 21.281.3.26.13.2 1.37-17.36 19 88.6 36.9 68.+/-11.7.68+/-.1 SKKS G 211.2.1.7.2.1-26.14 178.39 8 1.6 113.38 28. SKS N 211.2.1.7.2.2-26.14 178.39 8 1.6 113.38 4.+/-12.7.82+/-.29 SKKS G 211.6.14.32.36.1-6.42-27.6 87 11.1 214.97-19.+/- 6..7+/-.7 SKS G 211.81.13.31.28.1-33.1-1.98 1 11.1 238.6 61.+/-11.7 2.27+/-.9 SKS F 211.93.14.7.9.1-17.64-178.9 1 16.98 14.2 31.+/-12.7.7+/-.28 SKS G 211.93.14.7.9.2-17.64-178.9 1 16.98 14.2 46.+/-. 1.1+/-.14 SKKS G 211.21.7.42.24.2-23.81 179.73 46 16.48 11.8 4.+/- 9. 1.+/-.31 SKKS G Closepet Granite HPT 29.9.14.33.6.1-6.3-24.8 1 18.64 21.8 14.+/-17.2.8+/-.4 SKS F 29.163.9.44.1.1-17.61 167.81 1 9.89 16.7-76.+/- 2.2 1.32+/-.18 SKS G 29.298.7.3.2.2-23.9-179.21 417 18.92 19.2 8.+/-21..6+/-.29 SKKS F 29.36.1.47.13.2-24.12-17.17 9 112.73 11. -71.+/-.7 1.2+/-.31 SKKS G 29.326.7.48.2.2-17.79-178.43 22 18.7 13.9 7.+/-18..3+/-.12 SKKS F 21.44.2.34.28.2-21.9-174.77 11 112.8 17.62 1.+/- 7..82+/-.16 SKKS G 21.63.14.2.27.1-13.7 167.23 176 94.36 12.8-7.+/-. 1.7+/-.9 SKS G HGL 211.93.14.7.9.2-17.64-178.9 1 18.8 14.2 17.+/- 2. 2.2+/-.31 SKKS G TMK 2.228.4.3.8.1-31.1 179.73 37 17.44 119.8.+/-14.2.6+/-.14 SKS G 2.228.4.3.8.2-31.1 179.73 37 17.44 119.8-28.+/-.7.7+/-.6 SKKS G
Table DR2. (Continued) 21.9.12.3.14.1-21.99 17.21 1 97.64 11.7-68. N 21.319.1.3.6.1-1.9-1.8 1 93.6 269.1 76.+/-19..7+/-.31 SKS F TGH 29.89.7.13.7.1 6. -12.74 21 99.2 2.49 34.+/-. 1.3+/-.32 SKS G 29.16.14.7.6.1-6.2-26.86 2 18.22 21.6 24. SKS N 29.163.9.44.1.1-17.61 167.81 1 94.27 16.99 32.+/- 4. 1.68+/-.2 SKS F 29.23.21.2.47.2-26.6-178.39 269 18.26 113.36 3.+/- 6. 1.2+/-.23 SKKS F 29.281.21.16.13.1-12.91 166.31 3 91.8 12.74 39.+/- 9.7.88+/-.2 SKS G 29.326.7.48.2.1-17.79-178.43 22 17.21 14.79 28.+/- 2. 1.12+/-.19 SKS G 29.326.7.48.2.2-17.79-178.43 22 17.21 14.79 37.+/- 3.7 1.48+/-.1 SKKS G 29.343.9.46.3.1-22.1 17.96 4 98.7 11.8 3.+/- 4.2 1.6+/-. SKS F 21.2.11.3.43.4 18.42-72.83 1 137.14 316. 23.+/- 7..6+/-.13 PKS F 21.44.2.34.28.1-21.9-174.77 11 111.14 18.63 22.+/- 1.7 2.33+/-.1 SKS G 21.63.14.2.27.1-13.7 167.23 176 92.86 13.18 33.+/- 7. 1.2+/-.3 SKS G 21.63.14.2.27.2-13.7 167.23 176 92.86 13.18-43.+/- 3.2 1.48+/-.19 SKKS F 21.94.22.4.43.4 32.3-11.28 4 133.4 14.77 23.+/- 2. 1.82+/-.32 PKS G Kaladgi Basin BGM 29.136..3.2.1-31.2-178.79 4 112.18 117.87-3.+/- 4.7 1.2+/-.26 SKS G 29.28..38.37.2 2.16 178. 138 8.4 36.96-11.+/- 7.7.8+/-.8 SKKS G 29.281.21.16.13.1-12.91 166.31 3 9.7 11.91-6.+/- 3..7+/-.7 SKS G 29.36.1.47.13.1-24.12-17.17 9 114.2 19.49-31.+/-19.2.3+/-.22 SKS G 29.326.7.48.2.1-17.79-178.43 22 11.1 13.29-48.+/- 7.2.6+/-.9 SKS G 29.343.9.46.3.1-22.1 17.96 4 11.62 19.82-21.+/-13..+/-.11 SKS G 21.16.2.8.16.2 1.71 177.71 8.36 37.4-4.+/- 7. 1.+/-.14 SKKS G 21.44.2.34.28.1-21.9-174.77 11 114.9 17.3 12.+/-19.2.6+/-.34 SKS F 211.2.1.7.2.1-26.14 178.39 8 19.3 112.3-46.+/- 3.7.6+/-.8 SKS G 211.6.14.32.36.1-6.42-27.6 87 19.74 21.32-12.+/-19.2.4+/-.34 SKS F 211.6.14.32.36.2-6.42-27.6 87 19.74 21.32 23.+/-18. 1.48+/-.34 SKKS F 211.93.14.7.9.1-17.64-178.9 1 11.33 13.17-37.+/-16.7.47+/-.14 SKS G 211.18.13.3.2.1-34.34 179.87 86 111.33 121. -26.+/-17..4+/-.16 SKS G West Dharwar Craton SUP 29.136..3.2.2-31.2-178.79 4 111.88 118.17 42.+/- 6..82+/-.12 SKKS G 29.28.9.37.21.1-12.41 166. 42 9.6 11.43 69.+/-19. 1.+/-.31 SKS F 29.326.7.48.2.1-17.79-178.43 22 11.42 13.8 13.+/- 7..7+/-.24 SKS G 21.27.17.42.4.2-14.12-14.4 1 92.76 26.21 71.+/- 7.2 1.88+/-.47 SKKS G 21.63.14.2.27.2-13.7 167.23 176 96.4 12.37-64.+/- 7.7 2.7+/-.62 SKKS G 21.136..16.1.4 18.4-67.7 113 129.1 31.1-49.+/- 3.2 2.62+/-.17 PKS F BDT 29.281.21.16.13.1-12.91 166.31 3 93.6 12.32-73.+/-. 1.7+/-.39 SKS G 29.284.3.12.13.1-22. 17.2 1 99.23 11.42-61.+/-.7.9+/-.2 SKS G 29.343.9.46.3.1-22.1 17.96 4 99.91 11.44-4.+/- 4.7.97+/-.17 SKS G 21.44.2.34.28.1-21.9-174.77 11 112.97 18.1 31. SKS N 21.44.2.34.28.2-21.9-174.77 11 112.97 18.1-63. SKKS N 21.63.14.2.27.1-13.7 167.23 176 94.67 12.76-66. SKS N BNR 211.93.14.7.9.2-17.64-178.9 1 18.92 14.2 29.+/- 3.2 1.43+/-.21 SKKS G 211.17.3.9.39.1 2.7-171.84 2 92.92 34.76 38.+/- 9.2.82+/-.26 SKS F 211.21.7.42.22.2-23.78 179.76 23 18.2 11.86 41.+/-17..82+/-.33 SKKS G CRP 21.28.1.4.34.1-22.39-17.1 1 111.93 19. 12.+/- 3.7 1.2+/-.11 SKS G 21.319.1.3.6.1-1.9-1.8 1 92.2 268.89 13.+/- 3. 2.27+/-.33 SKS F 21.346.12.3.18.2-17.19 167.72 33 9.8 16.39-73. SKKS N
Table DR2 (Continued) 22.2.14..33.1-17.98 178.74 66 1.6 1.24-4.+/- 4..68+/-.9 SKS G 22.3.1.17.36.1-17.66 168. 1 9.44 16.79 12.+/-2.2.72+/-.41 SKS F GDG 211.76.2.48..1-17.27 167.83 17 96.1 16.7 36.+/- 4. 1.7+/-.26 SKS F 211.81.13.31.28.1-33.1-1.98 1 99.48 238.29 1.+/-13.7.68+/-.12 SKS G 211.93.14.7.9.2-17.64-178.9 1 19.26 13.63 27.+/- 3.2 1.18+/-.12 SKKS G 211.129.18.4.43.1-6.6 147.41 9 92.99 148.3 8.+/-12. 1.+/-.23 SKS F 211.13.8..8.1-2.24 168.23 11 97.8 18.87 28.+/- 8.2 1.27+/-.44 SKS G 211.17.3.9.39.1 2.7-171.84 2 91.29 34.76 2.+/- 3.7 1.27+/-.2 SKS G 211.21.7.42.22.2-23.78 179.76 23 18.7 11.28-7.+/- 2. 1.+/-.19 SKKS G JOG 211.93.14.7.9.1-17.64-178.9 1 19.74 13.87 41.+/-11..28+/-.7 SKS G 211.12.16.7.36.2.2-16.69 36 96.7 28. -74.+/- 9.2.6+/-.1 SKKS G 211.13.8..8.1-2.24 168.23 11 97.9 18.84-74. SKS N 211.21.7.42.22.2-23.78 179.76 23 19.9 11.1 72.+/-1.7.3+/-.11 SKKS G HVR 29.326.7.48.2.1-17.79-178.43 22 19.3 13.88 28.+/- 6..9+/-.28 SKS G 29.326.22.47.27.1-31.7 179.47 43 19.49 118.8 11.+/- 6.2 1.2+/-.1 SKS F 21.44.2.34.28.1-21.9-174.77 11 113. 17.67 26.+/-14. 1.27+/-.9 SKS G 21.44.2.34.28.2-21.9-174.77 11 113. 17.67 31.+/-1.7 1.+/-.4 SKKS G 21.222..23.46.1-17.6 168.3 3 96.84 16.3 24. SKS N DVR 29.326.22.47.27.1-31.7 179.47 43 18.78 118.77-28.+/-1..6+/-.11 SKS G 29.343.9.46.3.1-22.1 17.96 4 99.84 11.39.+/-16.7.7+/-.3 SKS F 21.44.2.34.28.1-21.9-174.77 11 112.87 17.93-66.+/- 2. 1.+/-.19 SKS F 21.44.2.34.28.2-21.9-174.77 11 112.87 17.93 1. SKKS N HYR 29.313.1.44.4.1-17.24 178.34 9 1.12 14.3-13.+/- 7.2.7+/-.17 SKS F 29.326.7.48.2.1-17.79-178.43 22 18.2 14.38-27.+/-18.2.38+/-.16 SKS G 29.328.12.47.1.1-2.71-174.4 18 112.76 16.83-1.+/- 3..9+/-.1 SKS F 29.343.9.46.3.1-22.1 17.96 4 99.18 11.7-2.+/-16.2.42+/-.17 SKS G 21.63.14.2.27.1-13.7 167.23 176 93.89 12.94-2. SKS N 21.246.16.3.47.1-43.2 171.83 12 13.26 131.92-38.+/- 9..93+/-.2 SKS G 21.281.3.26.13.2 1.37-17.36 19 9.22 36.6 44.+/- 7.7.4+/-.11 SKKS G 21.342..24.3.1-6.41-2.74 29 18.21 214.88-28.+/- 7.2 1.2+/-.16 SKS G TPT 2.228.4.3.8.1-31.1 179.73 37 17.96 119. -19.+/-17.7.38+/-.1 SKS G 2.36.1.3..1-4.7 167.1 24 99.9 134.6-23.+/-18.7.8+/-.41 SKS F 21.9.16.49.28.1-14.93 167.17 13 93.94 14.33-77. SKS N 21.9.12.3.14.1-21.99 17.21 1 98.21 11.64-2.+/- 4.7.88+/-.2 SKS G 21.13.1.33.3.1-9.72-2.9 26 17.48 211.29-8.+/- 9..78+/-.7 SKS G 21.14.2.41.7.2-29.67-178.63 178 19.22 117. -. SKKS N NLR 29.326.7.48.2.2-17.79-178.43 22 17.77 14.71 2.+/- 3.2 1.8+/-.9 SKKS G 21.9.11.2.3.4-34.9-71.62 46 144.1 227.18-6.+/- 7. 1.1+/-.11 PKS G 21.63.14.2.27.1-13.7 167.23 176 93.43 13. 76. SKS N 21.147.17.14.46.1-13.7 166.64 31 92.9 13.31-81. SKS N 21.177..3.19.2-1.63 161.4 3 87.27 11.49 27.+/- 8. 2.27+/-.27 SKKS G 21.246.16.3.47.1-43.2 171.83 12 12.4 132.1 27.+/-14.2.78+/-.29 SKS F 211.1.9.6.8.4-26.79-63.9 76 139.98 243.7 29.+/-. 1.7+/-.6 PKS G 211.2.1.7.2.1-26.14 178.39 8 1.93 113.72 19. SKS N 211.6.14.32.36.1-6.42-27.6 87 18.33 214.64 3.+/- 8..97+/-.13 SKS G 211.93.14.7.9.1-17.64-178.9 1 17.6 14.7-72. SKS N 211.93.14.7.9.2-17.64-178.9 1 17.6 14.7 36.+/- 3. 1.23+/-.17 SKKS G SKP 29.36.1.47.13.2-24.12-17.17 9 112.42 11.91 4.+/-13..6+/-.21 SKKS G
Table DR2 (Continued) 29.326.7.48.2.1-17.79-178.43 22 18.7 14.8 36.+/-19.2.68+/-.33 SKS F 21.44.2.34.28.1-21.9-174.77 11 112.9 18.49-66.+/- 2.7 2.8+/-.28 SKS F 21.63.14.2.27.1-13.7 167.23 176 94.37 12.8 19. SKS N 21.68.14.6.2.2 1.49-173.3 3 92.42 3.83 67.+/-17.7.72+/-.26 SKKS F 21.147.17.14.46.1-13.7 166.64 31 93.83 13.1-74. SKS N 21.281.3.26.13.2 1.37-17.36 19 91.41 36.39-66.+/-1..42+/-.23 SKKS G 21.342..24.3.1-6.41-2.74 29 17.2 214.72.+/- 8. 1.18+/-.16 SKS G 21.39.13.16.37.1-19.7 167.94 16 96.28 18.7-68. SKS N 211.1.9.6.8.4-26.79-63.9 76 139.1 243.9 22.+/- 7..6+/-. PKS G 211..6.46.14.1-22.26 171.63 112 1.14 11.9 24.+/- 2. 1.8+/-.16 SKS G HSN 2.278.16.8.44.1-1.42 166.91 23 94.14 14.79-64. SKS N 2.36.1.3..1-4.7 167.1 24 99.62 134.6-27. SKS N 2.311.11.4.26.1 6.1-13.46 2 99.87 2.6 36.+/- 6.7 1.18+/-.36 SKS G 21.9.16.49.28.1-14.93 167.17 13 94.29 14.26 19. SKS N 21.9.12.3.14.1-21.99 17.21 1 98.49 11.62-66. SKS N 21.13.1.33.3.1-9.72-2.9 26 16.86 211.24 2.+/- 8..7+/-.8 SKS G 21.14.2.41.7.2-29.67-178.63 178 19.44 117.11-7. SKKS N 21.29.7.32.43.1 9.3-1.12 131 97.32 23.97 31. SKS N 21.319.1.3.6.1-1.9-1.8 1 91.9 268.82-87. SKS N SUL 211.2.1.7.2.1-26.14 178.39 8 16.9 113.7-7. SKS N 211.2.1.7.2.2-26.14 178.39 8 16.9 113.7 29.+/- 3.7 1.73+/-.47 SKKS G 211.6.14.32.36.1-6.42-27.6 87 17.27 214.62 2.+/-16..88+/-.33 SKS G 211.66..9.36.2-1.3 16.77 22 87.7 11.6-29.+/-14.7 1.73+/-.26 SKKS G 211.76.8.3..1-17.27 167.9 1 9.92 16.31 12.+/-. 1.8+/-.86 SKS G MYS 21.346.12.3.18.1-17.19 167.72 33 94. 16.2 16. SKS N 21.346.12.3.18.2-17.19 167.72 33 94. 16.2-76. SKKS N 21.37.22.2.4.2-9.61 19.3 16 8.1 1.87 38.+/- 7. 1.4+/-.42 SKKS G 22.2.17.22.48.1-17.6 167.86 21 94.76 16.89 18.+/-. 1.8+/-.12 SKS G GDP 21.37.22.2.4.2-9.61 19.3 16 8.6 1.83 74.+/- 7..93+/-.9 SKKS G 22.2.17.22.48.2-17.6 167.86 21 94.62 16.93-87. SKKS N 29.89.7.13.7.1 6. -12.74 21 1.6 2.32 47.+/-17. 1.12+/-.47 SKS G 29.281.21.16.13.1-12.91 166.31 3 92.26 12.63 1.+/-12..72+/-.19 SKS F 29.286..37.23.1 2.7-167. 24 9.91 33.2.+/-. 1.12+/-.31 SKS G 29.326.7.48.2.1-17.79-178.43 22 17.7 1. -7. SKS N 29.326.7.48.2.2-17.79-178.43 22 17.7 1. 8.+/- 6.7.78+/-.6 SKKS G 29.343.9.46.3.1-22.1 17.96 4 98.3 11.89 4.+/-19..4+/-.28 SKS F 21.44.2.34.28.1-21.9-174.77 11 111.41 19. 72.+/-19.7.3+/-.28 SKS G 21.44.2.34.28.2-21.9-174.77 11 111.41 19. 8.+/-1.7.97+/-.18 SKKS F 21.63.14.2.27.1-13.7 167.23 176 93.27 13.1 7.+/-1.7.47+/-.6 SKS G Western Ghats MLN 29.28.9.37.21.2-12.41 166. 42 96.2 11.9 19.+/- 2. 1.7+/-.12 SKKS G 29.34.19.9.1.2-11.38 166.38 133 9.82 1.13 32.+/- 9.2 1.43+/-.19 SKKS G 29.31.2.1.21.2 1.4 179.96 3 87.1 36.96-26.+/-14..72+/-.16 SKKS G 21.19..17.48.2-9. 18.7 39 87.31 1.9 44.+/-1.2 1.1+/-.14 SKKS G 21.27.17.42.4.2-14.12-14.4 1 91.98 2.97 9.+/- 2.7 1.68+/-.6 SKKS G ANK 211.81.13.31.28.1-33.1-1.98 1 98.1 237.98 7.+/- 3. 2.42+/-.12 SKS F 211.93.14.7.9.1-17.64-178.9 1 11.29 13.64 63.+/-18.2.+/-.17 SKS G 211.93.14.7.9.2-17.64-178.9 1 11.29 13.64 31.+/- 6.7.78+/-.1 SKKS G 211.12.16.7.36.2.2-16.69 36 96.7 28.36 84.+/-2.7.28+/-.19 SKKS F
Table DR2 (Continued) 211.17.3.9.39.1 2.7-171.84 2 92.2 34.42 6.+/-..8+/-.11 SKS G 211.21.7.42.22.2-23.78 179.76 23 19.67 11.32-7.+/-17.2 1.2+/-.34 SKKS G 211.236.23.6.17.1-18.16 167.73 13 97.6 16.7 8.+/-13.7.7+/-.17 SKS G MGL 29.16.14.7.6.1-6.2-26.86 2 16.9 21.7 13.+/-1.2.68+/-.19 SKS G 29.163.9.44.1.1-17.61 167.81 1 96. 16.1-29.+/-17.2.+/-.2 SKS G 29.343.9.46.3.1-22.1 17.96 4 1.3 11.4-11.+/-1.2.+/-.16 SKS G 21.27.17.42.4.1-14.12-14.4 1 92. 26.19 46.+/-16. 1.+/-.34 SKS F 21.63.14.2.27.1-13.7 167.23 176 9.19 12.67-28. SKS N 211.93.14.7.9.1-17.64-178.9 1 19.33 14.33-43.+/-16..28+/-.9 SKS G KNR 29.89.7.13.7.1 6. -12.74 21 11.6 24.86 34.+/- 3.2 1.4+/-.14 SKS G 29.28.9.37.21.1-12.41 166. 42 93.3 11.87 47.+/-1.7.6+/-.23 SKS G 29.286..37.23.1 2.7-167. 24 96.3 32.84 43.+/-11. 1.+/-.46 SKS F 29.296.1.14.13.1-12.2 166. 31 93.6 11.7 71.+/-14..4+/-.8 SKS G 29.36.1.47.13.2-24.12-17.17 9 112.34 111.3 4.+/-1..72+/-.46 SKKS G 21.44.2.34.28.1-21.9-174.77 11 112.6 18.88 31.+/-21.2 1.32+/-.7 SKS F 21.44.2.34.28.2-21.9-174.77 11 112.6 18.88 6.+/-1. 1.+/-.26 SKKS G 21.63.14.2.27.1-13.7 167.23 176 94.4 12.87 3.+/-.2.8+/-.16 SKS G 21.177..3.19.1-1.63 161.4 3 88.32 11.1 26.+/-29.7 1.+/-.98 SKS F KZD 21.199..6.44.1 2.88-169.8 14 9.1 33.69 44. SKS N 211.2.1.7.2.2-26.14 178.39 8 16.4 114.7 3.+/- 9..3+/-.12 SKKS G 211.6.14.32.36.1-6.42-27.6 87 16.48 214.39 33.+/-19..88+/-.38 SKS G 211.93.14.7.9.1-17.64-178.9 1 18.1 14.98 23. SKS N 211.93.14.7.9.2-17.64-178.9 1 18.1 14.98 43.+/- 7..72+/-.9 SKKS G 211.13.8..8.1-2.24 168.23 11 96.2 19.37 26. SKS N 211.21.7.42.22.2-23.78 179.76 23 17.8 111.1 38.+/- 7.7.97+/-.26 SKKS G 211.24.1..3.1 2.17-171.71 32 94.43 34.82 66.+/-1..4+/-.12 SKS G 211.24.13.47.9.4-28.4-63.7 77 138.4 239.94 16.+/-11..7+/-.11 PKS G 211.28.19.31.4.2-21.61-179.3 644 17.4 19.2 4.+/-12.2.7+/-.24 SKKS G Southern Granulite Terrain MTD 29.9.14.33.6.1-6.3-24.8 1 1.49 21.27 13.+/-..82+/-.11 SKS G 21.63.14.2.27.1-13.7 167.23 176 93.87 12.98-81.+/- 1.7 1.32+/-.26 SKS G 21.63.14.2.27.2-13.7 167.23 176 93.87 12.98-4.+/-16. 1.43+/-.44 SKKS G 211.6.14.32.36.1-6.42-27.6 87 16.96 214.46-28.+/-1.2.+/-.11 SKS G 211.93.14.7.9.2-17.64-178.9 1 18. 14.84 8.+/-18.2.72+/-.2 SKKS G CBR 21.12.23.11.43.1 6.47-177.88 13 87.63 28.9 88.+/- 7.2 1.2+/-.16 SKS G 21.199..6.44.1 2.88-169.8 14 94.8 33.97 -. SKS N 21.281.3.26.13.2 1.37-17.36 19 92.4 36.69 86.+/-11.7.3+/-.1 SKKS G 21.342..24.3.1-6.41-2.74 29 16.33 214.41 19.+/-16..72+/-.26 SKS G 211.1.9.6.8.4-26.79-63.9 76 139.38 241.89 34.+/-19..4+/-.24 PKS G 211.2.1.7.2.1-26.14 178.39 8 1.8 114.16-64. SKS N 211.2.1.7.2.2-26.14 178.39 8 1.8 114.16 6.+/-1.7.47+/-.11 SKKS G 211.6.14.32.36.1-6.42-27.6 87 17.6 214.33 7.+/- 8..4+/-.6 SKS G 211.93.14.7.9.1-17.64-178.9 1 16.99 1.1-73. SKS N 211.93.14.7.9.2-17.64-178.9 1 16.99 1.1 42.+/-1..7+/-.14 SKKS G MTP 22.3.1.17.36.1-17.66 168. 1 94.4 17.4-74. SKS N 22.21.1.42.3.1-1.38 167.48 11 93.49 14.9-7. SKS N 22.68.12.27.11.1-6.2-27.33 118 17.2 214.74 19.+/-16..7+/-.27 SKS G HNR 211.2.1.7.2.1-26.14 178.39 8 1.2 113.99-64. SKS N 211.2.1.7.2.2-26.14 178.39 8 1.2 113.99 36.+/- 2. 1.43+/-.2 SKKS G
Table DR2 (Continued) 211.6.14.32.36.1-6.42-27.6 87 18.1 214.46 2.+/- 1.7 1.+/-.9 SKS G 211.6.14.32.36.2-6.42-27.6 87 18.1 214.46 2.+/-14.2.+/-.17 SKKS F 211.93.14.7.9.1-17.64-178.9 1 16.79 14.91-73. SKS N 211.93.14.7.9.2-17.64-178.9 1 16.79 14.91 39.+/-12.7.82+/-.29 SKKS G 211.24.1..3.1 2.17-171.71 32 92.89 3.18 48.+/- 4.7 1.7+/-.21 SKS G 211.24.13.47.9.4-28.4-63.7 77 139.7 24.22 66.+/-1. 1.7+/-.9 PKS G 211.38.1.43.43.1-1.9 167.38 134 93.9 14.68 69.+/-18.7.4+/-.21 SKS F ATR 211.24.1..3.1 2.17-171.71 32 93.23 3.23 44.+/- 2. 1.27+/-.2 SKS G 211.24.13.47.9.4-28.4-63.7 77 139.61 239.64 7.+/- 3.7 1.3+/-.2 PKS G 211.28.19.31.4.2-21.61-179.3 644 16.1 19.27 31.+/- 4.2 1.+/-.21 SKKS F 211.279.11.12.3.4-24.18-64.22 1 141.6 24.66-3.+/-..6+/-.7 PKS G 211.34.9.4..1-6.1-28.18 116 18.33 214.72 1.+/-11..8+/-.24 SKS G YCD 29.9.14.33.6.1-6.3-24.8 1 16.8 21.18 2.+/- 3. 1.68+/-.31 SKS G 29.89.12.11.4.2 1.3-178.27 31 89.12 37.4-6.+/- 8. 1.+/-.24 SKKS F 29.16.14.7.6.1-6.2-26.86 2 17.63 21.4 19.+/-. 1.2+/-.34 SKS G 29.283.14.2.1.1-14.12 166.69 3 91.38 14.4 43.+/-19.7.72+/-.32 SKS F 29.343.9.46.3.1-22.1 17.96 4 96.88 111.14 29. SKS N 21.63.14.2.27.1-13.7 167.23 176 91.78 13.4 21.+/- 1.7 1.43+/-.1 SKS G 21.12.1.23.12.1-6.92 147.2 1 88.84 149.13 4.+/-18.2.93+/-.36 SKS G 21.12.1.23.12.2-6.92 147.2 1 88.84 149.13-32.+/-11. 1.6+/-.14 SKKS G 21.199..6.44.1 2.88-169.8 14 93.48 34.28 42.+/-19.2 1.32+/-.6 SKS F NKL 21.12.1.23.12.1-6.92 147.2 1 88.3 149.12-4.+/- 8. 1.2+/-.13 SKS G 21.12.1.23.12.2-6.92 147.2 1 88.3 149.12-2.+/-. 1.6+/-.7 SKKS G 21.13.1.49.3.1-7.37-26.4 127 17.21 213.28-17.+/-16..97+/-.2 SKS G 21.246.16.3.47.1-43.2 171.83 12 1.18 132.47-1.+/-11.7.47+/-.8 SKS G 21.342..24.3.1-6.41-2.74 29 16.93 214.32 3.+/-1.2.7+/-.23 SKS G 211.1.9.6.8.4-26.79-63.9 76 14.42 241.29 1.+/- 6.2.82+/-.12 PKS G 211.2.1.7.2.1-26.14 178.39 8 13.88 114.3-27.+/-14..3+/-.6 SKS G 211.6.14.32.36.1-6.42-27.6 87 17.6 214.23 -.+/- 6.2.7+/-.6 SKS G 211.6.14.32.36.2-6.42-27.6 87 17.6 214.23 2.+/- 4.7 1.12+/-.1 SKKS G 211.93.14.7.9.1-17.64-178.9 1 1.7 1.29-11. SKS N 211.93.14.7.9.2-17.64-178.9 1 1.7 1.29 31.+/- 6.2 1.32+/-.39 SKKS F 211.18.13.3.2.1-34.34 179.87 86 1.77 122.64 17.+/- 7..8+/-.28 SKS G 211.13.8..8.2-2.24 168.23 11 93.8 19.77-16. SKKS N PBR 21.183.6.4.3.2-13.64 166.49 29 9.3 13.7-6.+/-17. 1.4+/-.9 SKKS G 21.216.12.8.24.1 1.42-178.6 27 88.92 37.69 48.+/-17.2.9+/-.23 SKS G 21.246.16.3.47.1-43.2 171.83 12 99.81 132. -44. SKS N 21.281.3.26.13.2 1.37-17.36 19 9.9 37.11.+/- 3.7 1.2+/-.19 SKKS G 21.342..24.3.1-6.41-2.74 29 17.41 214.31 19.+/- 3. 1.6+/-.1 SKS G 211.2.1.7.2.1-26.14 178.39 8 13.37 114.33 31.+/-21. 1.23+/-.62 SKS G 211.2.1.7.2.2-26.14 178.39 8 13.37 114.33 33.+/- 3. 2.8+/-.2 SKKS G 211.76.2.48..1-17.27 167.83 17 92.32 17.4 42.+/- 9. 1.2+/-.21 SKS G 211.93.14.7.9.1-17.64-178.9 1 1.18 1.33 6.+/-11..47+/-.6 SKS G 211.93.14.7.9.2-17.64-178.9 1 1.18 1.33 2.+/- 4.2 1.2+/-.7 SKKS G 211.18.13.3.2.1-34.34 179.87 86 1.32 122.63 3. SKS N 211.13.8..8.2-2.24 168.23 11 93.2 19.87 42.+/-13.7.7+/-.3 SKKS F 211.17.3.9.39.1 2. -171.84 2 92.71 3.7 1.+/-18..78+/-.33 SKS G 211.21.7.42.22.1-23.78 179.76 23 14.3 111.79 28.+/- 3.2 1.32+/-.3 SKS G 211.24.1..3.1 2.17-171.71 32 92.74 3. 49.+/- 2..97+/-.12 SKS G 211.24.1..3.2 2.17-171.71 32 92.74 3..+/-13.7.78+/-.28 SKKS G 211.246.22..4.1-2.67 169.72 18 94.71 11.4 6.+/- 6.2.6+/-.7 SKS G 211.28.19.31.4.1-21.61-179.3 644 14.77 19. 34.+/- 9..62+/-.16 SKS G 211.34.7.16.21.2 2.37 177.93 19 86.63 37.34 4.+/- 4. 1.1+/-.33 SKKS F
Table DR2 (Continued) 211.34.9.4..1-6.1-28.18 116 18.8 214.6 33.+/- 3.7 2.2+/-.17 SKS G KKL 29.89.7.13.7.1 6. -12.74 21 99.8 26.12 4.+/- 8.7.97+/-.33 SKS F 29.16.14.7.6.1-6.2-26.86 2 17.83 21.34 29.+/- 2. 1.+/-.26 SKS F 29.13.2.17.3.1-17.76 167.9 1 93.23 17.36 46.+/-17.7 1.+/-.47 SKS F 29.217.8.31.4.1-4. 166.36 1 96.91 134.97-3.+/- 7. 1.+/-.1 SKS G 29.281.21.16.13.1-12.91 166.31 3 9.1 13.7 48.+/- 8..9+/-.21 SKS G 29.283.14.2.1.1-14.12 166.69 3 9.76 14.17 6.+/- 6..9+/-.7 SKS G 29.28.9.37.21.1-12.41 166. 42 9.23 12.4-2.+/-19.7 1.3+/-.22 SKS G 29.286.2.21.3.1 2.6-167.12 14 94.8 33.99 3.+/- 3.7 1.23+/-.21 SKS G 29.296.1.14.13.1-12.2 166. 31 89.7 12.43 42.+/- 8..7+/-.21 SKS G 29.313.1.44.4.1-17.24 178.34 9 12.3 1.2 4.+/- 2.2.8+/-.6 SKS G 29.326.7.48.2.1-17.79-178.43 22 1.47 1.36 38.+/-18..6+/-.28 SKS G 29.343.9.46.3.1-22.1 17.96 4 96.26 111.2 41.+/-2. 1.7+/-.7 SKS F 21.38.22.28.2.1-23.32-179.88 44 14.79 111.19 41.+/-.7.78+/-.21 SKS G 21.44.2.34.28.1-21.9-174.77 11 19.3 19.23-62. SKS N 21..11.13.19.1-21.84-17.12 1 19.2 19.19 72.+/-1.2.6+/-.14 SKS G 21.63.14.2.27.1-13.7 167.23 176 91.16 13.3 42.+/-11. 1.+/-.28 SKS G 21.63.14.2.27.2-13.7 167.23 176 91.16 13.3-8.+/-21. 1.2+/-.63 SKKS F UTR 211.17.3.9.39.2 2. -171.84 2 93.73 3.4 73. SKKS N 211.279.11.12.3.4-24.18-64.22 1 141.39 244.91 3.+/-1.2.4+/-.9 PKS G 211.326.18.48.16.2-1.34-6.16 4 143.46 29.3 26.+/- 8..+/-.7 SKKS G 211.34.9.4..1-6.1-28.18 116 17.8 214.9-1.+/- 9. 1.2+/-.28 SKS G THR 211.2.1.7.2.1-26.14 178.39 8 1.27 114.26 2.+/- 7.7 1.2+/-.78 SKS G 211.2.1.7.2.2-26.14 178.39 8 1.27 114.26 4.+/-18.7.9+/-.4 SKKS G 211.6.14.32.36.1-6.42-27.6 87 16.32 214.26 12.+/- 7..+/-.7 SKS G 211.6.14.32.36.2-6.42-27.6 87 16.32 214.26 3.+/- 4..88+/-.23 SKKS G 211.93.14.7.9.1-17.64-178.9 1 17.29 1.22-74. SKS N 211.93.14.7.9.2-17.64-178.9 1 17.29 1.22 82.+/-11.7.+/-.13 SKKS G 211.24.1..3.1 2.17-171.71 32 94.7 3. -7.+/-1..72+/-.2 SKS G 211.24.13.47.9.4-28.4-63.7 77 138.2 239.16 1.+/-18.7 1.3+/-.44 PKS G 211.27.18.1.9.1 3.11 172.98 1 8.42 36.93 7.+/- 4.2 1.2+/-.6 SKS G 211.326.18.48.16.2-1.34-6.16 4 142.36 28.77 36.+/- 7..7+/-.4 SKKS G MPR 211.2.1.7.2.1-26.14 178.39 8 13.47 114.4-2.+/- 9.2.8+/-.24 SKS G 211.6.14.32.36.1-6.42-27.6 87 17.2 214.11-19. SKS N 211.93.14.7.9.1-17.64-178.9 1 1.41 1.47-7. SKS N 211.93.14.7.9.2-17.64-178.9 1 1.41 1.47-84. SKKS N 211.24.13.47.9.4-28.4-63.7 77 139.79 238.21 3.+/- 6.7.7+/-.7 PKS G 211.28.19.31.4.1-21.61-179.3 644 14.94 19.64-3.+/-13..4+/-.1 SKS G 211.28.19.31.4.2-21.61-179.3 644 14.94 19.64.+/-.7 1.3+/-.24 SKKS G Madurai Block/Kerala Khondelite Block KOD 1999.28.8.1..1 2.89-169.12 67 9.4 33.96 4. SKS N 1999.37.21.47.9.1-12.8 166.7 9 91. 12.7-72. SKS N 1999.92.17..47.2-19.9 168.19 1 94.1 19.38 2. SKKS N 1999.12.9.41.16.1-2.4 168.7 42 94.47 19.46 2. SKS N 1999.13.1.38.48.1-21.42-176.46 164 18.4 19.2-6. SKS N 2.114.9.27.23.2-28.31-62.99 68 138.81 238.47 1.+/-12..62+/-.1 SKKS G 2.133.18.43.18.2-23. -66.4 22 143.14 244.3 8.+/- 8.7.82+/-.12 SKKS G 21.246.16.3.47.1-43.2 171.83 12 12.12 132.11-3. SKS N 21.342..24.3.1-6.41-2.74 29 18.22 214.73.+/-12..6+/-.11 SKS G 211.1.9.6.8.4-26.79-63.9 76 14.72 243.79 1.+/-17.2.38+/-.22 PKS F 211.2.1.7.2.1-26.14 178.39 8 14.18 114.4.+/-18..28+/-.1 SKS G
Table DR2 (Continued) 211.2.1.7.2.2-26.14 178.39 8 14.18 114.4 31.+/- 3.2 1.4+/-.33 SKKS G 211.6.14.32.36.1-6.42-27.6 87 16.49 214.12-6.+/-.2.+/-.2 SKS G 211.6.14.32.36.2-6.42-27.6 87 16.49 214.12-24.+/- 4..82+/-.9 SKKS G 211.18.13.3.2.1-34.34 179.87 86 1.9 122.83-3. SKS N 211.21.7.42.22.1-23.78 179.76 23 1.23 111.92-62. SKS N 211.34.9.4..1-6.1-28.18 116 17.16 214.47-2.+/-11..7+/-.11 SKS G MVT 211.2.1.7.2.1-26.14 178.39 8 14.9 114.4-6.+/- 2.2 1.9+/-.36 SKS G 211.2.1.7.2.2-26.14 178.39 8 14.9 114.4-81.+/-1.2.62+/-.13 SKKS G 211.93.14.7.9.1-17.64-178.9 1 17.3 1.4 7. SKS N 211.93.14.7.9.2-17.64-178.9 1 17.3 1.4 2.+/-1..62+/-.14 SKKS G 211.24.13.47.9.4-28.4-63.7 77 137.92 238.42 4.+/- 3. 1.6+/-.16 PKS G 211.326.18.48.16.2-1.34-6.16 4 142.28 27.83 4.+/- 3..93+/-.4 SKKS G ELP 211.24.13.47.9.4-28.4-63.7 77 138.1 237.92 6.+/-16.2.7+/-.24 PKS G 211.279.11.12.3.4-24.18-64.22 1 14.29 243.63 37.+/-11.7.7+/-.11 PKS G AKT 211.2.1.7.2.1-26.14 178.39 8 13.38 114.6 16.+/- 6.7.47+/-.1 SKS G 211.6.14.32.36.1-6.42-27.6 87 16.17 213.96-12.+/- 6.2.6+/-.4 SKS G 211.6.14.32.36.2-6.42-27.6 87 16.17 213.96-33. SKKS N 211.93.14.7.9.1-17.64-178.9 1 1. 1.71-66.+/-..62+/-.22 SKS G 211.9.4.1.7.1-17.66-178.6 2 1. 1.73 23.+/- 1. 1.8+/-.7 SKS G 211.18.13.3.2.1-34.34 179.87 86 1. 123.1-14. SKS N 211.129.18.4.43.2-6.6 147.41 9 86.83 148.81-1.+/-17. 1.77+/-.31 SKKS F 211.24.13.47.9.4-28.4-63.7 77 138.9 237.3-2.+/- 6..97+/-.26 PKS G 211.34.9.4..1-6.1-28.18 116 16.8 214.3-4.+/- 3.7 1.27+/-.16 SKS G MVK 211.6.14.32.36.1-6.42-27.6 87 1.1 214.2 1.+/-17.7.42+/-.17 SKS F 211.113.4.16.4.1-1.38 161.2 79 86.43 11. 1.+/-12. 1.68+/-.1 SKS G 211.17.3.9.39.2 2. -171.84 2 9.7 3.24 48.+/-16..3+/-.17 SKKS F TKS 211.2.1.7.2.1-26.14 178.39 8 13.88 114.71 23.+/- 7.2 1.7+/-.47 SKS G 211.6.14.32.36.1-6.42-27.6 87 1.38 213.9 1.+/- 4.2.+/-. SKS G 211.6.14.32.36.2-6.42-27.6 87 1.38 213.9 18.+/-1..72+/-.2 SKKS G 211.81.13.31.28.1-33.1-1.98 1 97. 237.71 31.+/- 6. 1.2+/-.11 SKS G 211.93.14.7.9.1-17.64-178.9 1 16.11 1.77-73. SKS N 211.93.14.7.9.2-17.64-178.9 1 16.11 1.77 18.+/-.2 1.+/-.29 SKKS G 211.18.13.3.2.1-34.34 179.87 86 1.43 123.11 -. SKS N 211.24.13.47.9.4-28.4-63.7 77 138.2 237.26 3.+/-12..3+/-.1 PKS F 211.34.9.4..1-6.1-28.18 116 16. 214.29 1.+/- 9.7.7+/-.12 SKS G TYD 211.21.7.42.22.1-23.78 179.76 23 14.99 112.29 41. SKS N 211.24.1..3.1 2.17-171.71 32 9.89 3.26 62.+/-17.7.42+/-.16 SKS G 211.24.13.47.9.4-28.4-63.7 77 137.69 236.98.+/-12. 1.93+/-.1 PKS G 211.279.11.12.3.4-24.18-64.22 1 139.97 242.8 39.+/- 4.7.8+/-.9 PKS G 211.326.18.48.16.2-1.34-6.16 4 142.2 26.12 31.+/-..93+/-. SKKS G NGC 211.2.1.7.2.1-26.14 178.39 8 13.42 114.89 87. SKS N 211.2.1.7.2.2-26.14 178.39 8 13.42 114.89 34.+/- 2. 1.7+/-.7 SKKS G 211.6.14.32.36.1-6.42-27.6 87 14.78 213.82 3.+/- 3.7 1.+/-.3 SKS G 211.93.14.7.9.1-17.64-178.9 1 1.7 16.1 2.+/-13..3+/-.7 SKS G 211.93.14.7.9.2-17.64-178.9 1 1.7 16.1 3.+/- 9.2 1.32+/-.24 SKKS G 211.18.13.3.2.1-34.34 179.87 86 14.88 123.29 -. SKS N 211.21.7.42.22.1-23.78 179.76 23 14. 112.41 1.+/-18..3+/-.23 SKS G 211.24.13.47.9.4-28.4-63.7 77 137.69 236.44 42.+/-12.2.9+/-.34 PKS G 211.27.18.1.9.2 3.11 172.98 1 86.8 36.93 24.+/- 4. 2.1+/-.19 SKKS F
Table DR2 (Continued) Eastern Ghats MGR 29.13.2.17.3.1-17.76 167.9 1 92.7 17.64 87. SKS N 29.13.2.17.3.2-17.76 167.9 1 92.7 17.64-1.+/- 8. 2.12+/-.36 SKKS G 29.163.9.44.1.1-17.61 167.81 1 92.4 17.4 32.+/-21.7.7+/-.41 SKS F 29.163.9.44.1.2-17.61 167.81 1 92.4 17.4-72.+/- 8. 1.9+/-.26 SKKS G 29.296.1.14.13.1-12.2 166. 31 89.23 12.87 33.+/-16.7.68+/-.28 SKS G 29.296.1.14.13.2-12.2 166. 31 89.23 12.87-24.+/- 7.2.9+/-.19 SKKS F 29.34.19.9.1.1-11.38 166.38 133 89.3 12. 27.+/- 4.7 1.38+/-.27 SKS G 29.326.7.48.2.1-17.79-178.43 22 1.14 14.39 78. SKS N 21.38.22.28.2.1-23.32-179.88 44 14.98 11.2-8.+/-1..7+/-.2 SKS F 21.38.22.28.2.2-23.32-179.88 44 14.98 11.2 34.+/-13.2 1.23+/-.29 SKKS G 21.63.14.2.27.1-13.7 167.23 176 9.72 13.8 2.+/-.2 1.7+/-.3 SKS G 21.136..16.1.4 18.4-67.7 113 132.89 31.96-1. PKS N 21.181.4.31.2.1-23.31 179.12 81 14.7 11.44 24.+/-12.7 1.18+/-.34 SKS G PMR 29.222.4.6.31.2-11.61 166.9 3 89.86 11.98 22.+/- 4.2 1.77+/-.32 SKKS G 29.326.7.48.2.1-17.79-178.43 22 1.8 14.2 24.+/- 7..3+/-.17 SKS G 29.326.7.48.2.2-17.79-178.43 22 1.8 14.2 4.+/-1..7+/-.24 SKKS F 21.38.22.28.2.1-23.32-179.88 44 1.2 11.4-73.+/- 4. 1.+/-.18 SKS G 21.44.2.34.28.2-21.9-174.77 11 19.9 18.13 9.+/-1.7.7+/-.14 SKKS G 21.63.14.2.27.1-13.7 167.23 176 91.4 13.7 2.+/- 7.7 1.2+/-.3 SKS G 21.1.16.4.24.1-2.11-176.22 273 18.32 16. -83.+/- 9..+/-.16 SKS F 21.199..6.44.1 2.88-169.8 14 9.1 34.2 47.+/- 4. 1.8+/-.38 SKS G 211.2.1.7.2.2-26.14 178.39 8 14.4 113.4 67.+/-17..6+/-.21 SKKS G 211.93.14.7.9.1-17.64-178.9 1 1.67 14.4 34.+/- 9..33+/-.9 SKS G 211.93.14.7.9.2-17.64-178.9 1 1.67 14.4 38.+/-1..7+/-.26 SKKS G PDR 29.89.7.13.7.1 6. -12.74 21 97.9 26.23.+/-1.7.+/-.24 SKS G 29.13.2.17.3.2-17.76 167.9 1 92.7 17.3-4.+/-17.7 1.68+/-.6 SKKS G 29.163.9.44.1.2-17.61 167.81 1 92.3 17.41-6.+/- 2.2 1.6+/-.6 SKKS G 29.173.19..24.2 1.28-178.2 3 86.41 37.97 3.+/-1. 1.1+/-.29 SKKS F 29.298.7.3.2.2-23.9-179.21 417 1.6 11.31-4.+/-.2 1.77+/-.3 SKKS G 21.63.14.2.27.1-13.7 167.23 176 91.1 13.66-8.+/- 2..9+/-.14 SKS G 21.199..6.44.1 2.88-169.8 14 9.62 34.9 38. SKS N 211.2.1.7.2.1-26.14 178.39 8 13.89 113.77-67. SKS N 211.6.14.32.36.1-6.42-27.6 87 111.3 214.77-18.+/- 4..7+/-.4 SKS G 211.6.14.32.36.2-6.42-27.6 87 111.3 214.77 6.+/-14..4+/-.13 SKKS G PDC 29.286.2.21.3.1 2.6-167.12 14 93.98 34.24 48.+/- 3.2 1.2+/-.11 SKS G 211.13.16.16.41.1-2.63 168.47 9 92.89 11.3 48.+/- 7. 1.2+/-.19 SKS G
3 3 2 (a) 3 (b) Total Measurements 2 1 1..4.8 1.2 1.6 2. 2.4 Delay time (s) 3 2 2 1 1..1.2.3.4..6.7.8 Error in Delay time (s) 3 2 (c) 2 (d) Total Measurements 2 1 1 2 1 1 3 6 9 12 1 18 Fast Polarization ( o ) 2 4 6 8 1 12 14 16 18 2 Error in Fast Polarization ( o ) Figure DR1: Detailed statistical analysis of good measurements from East Dharwar broadband seismic stations depicting (a) the delay time δt and (b) associated error in δt (c) fast polarization direction Φ and (d) associated error in Φ.
2 2 (a) (b) 1 1 Total Measurements 1 1..4.8 1.2 1.6 2. 2.4 Delay time (s) 2..1.2.3.4..6.7.8 Error in Delay time (s) 2 (c) (d) 1 1 Total Measurements 1 1 3 6 9 12 1 18 Fast Polarization ( o ) 2 4 6 8 1 12 14 16 18 2 Error in Fast Polarization ( o ) Figure DR2: Detailed statistical analysis of good measurements from West Dharwar broadband seismic stations depicting (a) the delay time δt and (b) associated error in δt (c) fast polarization direction Φ and (d) associated error in Φ.
3 3 2 (a) 3 (b) Total Measurements 2 1 1..4.8 1.2 1.6 2. 2.4 Delay time (s) 4 2 2 1 1..1.2.3.4..6.7.8 Error in Delay time (s) 3 Total Measurements 3 3 2 2 1 1 (c) 2 2 1 1 (d) 3 6 9 12 1 18 Fast Polarization ( o ) 2 4 6 8 1 12 14 16 18 2 Error in Fast Polarization ( o ) Figure DR3: Detailed statistical analysis of good measurements from Southern Granulite broadband seismic stations depicting (a) the delay time δt and (b) associated error in δt (c) fast polarization direction Φ and (d) associated error in Φ.
9 Cuddapah Basin 9 Closepet Granite 6 6 3 3 φ ( o ) φ ( o ) 3 6 9 6 12 18 24 3 36 3 6 9 6 12 18 24 3 36 9 WDC 9 Kaladgi Basin 6 6 3 3 φ ( o ) φ ( o ) 3 6 9 6 12 18 24 3 36 3 6 9 6 12 18 24 3 36 9 Western Ghats 9 SGT 6 6 3 3 φ ( o ) φ ( o ) 3 6 9 6 12 18 24 3 36 3 6 9 6 12 18 24 3 36 9 Eastern Ghats 9 Madurai/ Kerala Khondelite Block 6 6 3 3 φ ( o ) φ ( o ) 3 6 9 6 12 18 24 3 36 3 6 9 6 12 18 24 3 36 Figure DR4: Fast Polarization Direction and their 2 sigma error bars plotted as a function of backazimuth for all the stations on different geological provinces.
4 3 Cuddapah Basin 4 3 Closepet Granite δt (sec) 2 1 δt (sec) 2 1 6 12 18 24 3 36 6 12 18 24 3 36 4 3 WDC 4 3 Kaladgi Basin δt (sec) 2 1 δt (sec) 2 1 6 12 18 24 3 36 6 12 18 24 3 36 4 3 Western Ghats 4 3 SGT δt (sec) 2 1 δt (sec) 2 1 6 12 18 24 3 36 6 12 18 24 3 36 4 3 Eastern Ghats 4 3 Madurai/ Kerala Khondelite Block δt (sec) 2 1 δt (sec) 2 1 6 12 18 24 3 36 6 12 18 24 3 36 Figure DR: Delay times and their 2 sigma error bars plotted as function of backazimuth for all the stations on different geological provinces.
GB 17 N DVP BB EDC 16 N KB 1 N 3 2 1 CB EGMB CG 14 N WGMB EDC 13 N WDC 7 8 MaB 12 N NoB 11 N 4 NiB 6 SGT 1 N 9 MdB 9 N 1 NUVEL 1A TB 8 N 74 E 7 E 76 E 77 E 78 E 79 E 8 E 81 E Figure DR6: Individual null results computed at each seismological station. Due to the 9 o uncertainty inherent to the definition of a null, the two potential perpendicular directions of anisotropy are materialized by a cross.