6. World_China_download

• 6.1. 1981 Global Drought Degree Data
• 6.2. 1982 Global Drought Degree Data
• 6.3. 1983 Global Drought Degree Data
• 6.4. 1984 Global Drought Degree Data
• 6.5. 1985 Global Drought Degree Data
• 6.6. 1986 Global Drought Degree Data
• 6.7. 1987 Global Drought Degree Data
• 6.8. 1988 Global Drought Degree Data
• 6.9. 1989 Global Drought Degree Data
• 6.10. 1990 Global Drought Degree Data
• 6.11. 1991 Global Drought Degree Data
• 6.12. 1992 Global Drought Degree Data
• 6.13. 1993 Global Drought Degree Data
• 6.14. 1994 Global Drought Degree Data
• 6.15. 1995 Global Drought Degree Data
• 6.16. 1996 Global Drought Degree Data
• 6.17. 1997 Global Drought Degree Data
• 6.18. 1998 Global Drought Degree Data
• 6.19. 1999 Global Drought Degree Data
• 6.20. 2000 Global Drought Degree Data
• 6.21. 2001 Global Drought Degree Data
• 6.22. 2002 Global Drought Degree Data
• 6.23. 2003 Global Drought Degree Data
• 6.24. 2004 Global Drought Degree Data
• 6.25. 2005 Global Drought Degree Data
• 6.26. 2006 Global Drought Degree Data
• 6.27. 2007 Global Drought Degree Data
• 6.28. 2008 Global Drought Degree Data
• 6.29. 2009 Global Drought Degree Data
• 6.30. 2010 Global Drought Degree Data
• 6.31. 2011 Global Drought Degree Data
• 6.32. 2012 Global Drought Degree Data
• 6.33. 2013 Global Drought Degree Data
• 6.34. 2014 Global Drought Degree Data
• 6.35. Global distribution of forest fires from 2000 to 2015
• 6.36. Basic Geographic Data of China
• 6.37. Global land suitability data based on natural geographical factors
• 6.38. Global distribution of rice planting areas in the near future_ RCP26
• 6.39. Global distribution of rice planting areas in the near future_ RCP45
• 6.40. Global distribution of rice planting areas in the near future_ RCP85
• 6.41. Global Distribution of Rice Planting Areas in the Future Medium Term_RCP26
• 6.42. Global Distribution of Rice Planting Areas in the Future Medium Term_RCP45
• 6.43. Global Distribution of Rice Planting Areas in the Future Medium Term_RCP85
• 6.44. Distribution of Rice Planting Areas during Global History
• 6.45. Rice distribution areas affected by extreme high temperatures in the near future globally_RCP26
• 6.46. Rice distribution areas affected by extreme high temperatures in the near future globally_RCP45
• 6.47. Rice distribution areas affected by extreme high temperatures in the near future globally_RCP85
• 6.48. Rice distribution areas affected by extreme high temperatures in the mid-term of the global future_RCP26
• 6.49. Rice distribution areas affected by extreme high temperatures in the mid-term of the global future_RCP45
• 6.50. Rice distribution areas affected by extreme high temperatures in the mid-term of the global future_RCP85
• 6.51. Rice distribution areas affected by extreme high temperatures during global historical periods
• 6.52. The loss of rice yield caused by extreme high temperatures in the near future globally_RCP26
• 6.53. The loss of rice yield caused by extreme high temperatures in the near future globally_RCP45
• 6.54. The loss of rice yield caused by extreme high temperatures in the near future globally_RCP85
• 6.55. The loss of rice yield caused by extreme high temperatures in the mid-term of the global future_RCP26
• 6.56. The loss of rice yield caused by extreme high temperatures in the mid-term of the global future_RCP45
• 6.57. The loss of rice yield caused by extreme high temperatures in the mid-term of the global future_RCP85
• 6.58. The loss of rice yield caused by extreme high temperatures during global historical periods
• 6.59. 2014 Global 0.1 ° Resolution Population Weighted Carbon Emissions Data
• 6.60. Spatial distribution of sown area after optimization Maize
• 6.61. Spatial distribution of sown area after optimization Rice
• 6.62. Spatial distribution of sown area after optimization Soybean
• 6.63. Spatial distribution of sown area after optimization Wheat
• 6.64. Spatial variation of irrigation water consumption Maize
• 6.65. Spatial variation of irrigation water consumption Rice
• 6.66. Spatial variation of irrigation water consumption Soybean
• 6.67. Spatial variation of irrigation water consumption Wheat

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