How Big Data Can Resolve Regional Palaeogeographies in Tropical Climates

How Big Data Can Resolve Regional Palaeogeographies in Tropical Climates

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An Example from Borneo Borneo QmFLt

19 of 29

19 of 29

An Example from Borneo Borneo QmFLt

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How Big Data Can Resolve Regional Palaeogeographies in Tropical Climates

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  1. 1 Intro
  2. 2 Introduction to Southeast Asia
  3. 3 The Scale of SE Asia (Indonesia and Malaysia)
  4. 4 Tectonic Assembly of SE Asia
  5. 5 Continental Blocks
  6. 6 Arc Volcanism
  7. 7 Tectonic Plate Convergence
  8. 8 Issues with Reconstructions
  9. 9 History of Sedimentation
  10. 10 Mountainous Rivers
  11. 11 Estimated Sediment Yields
  12. 12 Example from the Salin Sub-basin, Myanmar
  13. 13 Map of the Cenozoic Basins
  14. 14 Data Locations SE Asia
  15. 15 Dating of Basement Rocks
  16. 16 Field Studies
  17. 17 Light Mineral Database
  18. 18 Gazzi-Dickinson Models
  19. 19 An Example from Borneo Borneo QmFLt
  20. 20 Volcanic Quartz
  21. 21 Heavy Mineral Database
  22. 22 Supported by Raman Spectroscopy
  23. 23 Heavy Minerals - Myanmar
  24. 24 Heavy Minerals for Palaeoenvironment
  25. 25 U-Pb Zircon Ages
  26. 26 Foraminifera Database
  27. 27 Using Forams to Date Arc Collision
  28. 28 Palaeogeographies - Eocene
  29. 29 Conclusions

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