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Keyword [red earth]
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1. Aggradation Red Earth Sediments In Mid-subtropics Of China And Their Recorded Environmental Changes During Quaternary
2. Structure Dynamics And Production Of Vegetation In The Processes Of Ecological Restoration In Red Earth Of Lijian Valley
3. The Physical And Chemic Characters Of Ferromanganese Nodules In The Quaternary Red Earth In Southern China
4. Magnetostratigraphy And Origin Of The Red Earth Formation In Jiujiang City Of Jiangxi Province China
5. Sedimentary Characteristics And Environmental Changes Of Aggradation Red Earth In Mid-Subtropics
6. The Physical And Geochemical Characteristics And Formative Environment Of Red Earth In Jinhua-Quzhou Basin
7. Comparative Study On Quaternary Red Earth And Xiashu Loess In Physical And Chemical Characteristics And Its Environmental Significance
8. Iron Features And Formation Environment Of Vermicular Red Earth
9. Preliminary Research On Provenance Of Quaternary Red Earth In Dongting Lake Area
10. Heavy Minerals Composition And Its Provenance Implications Of Aggraded Red Earth In Mid-subtropics, China
11. The Element Characteristics Of Aggradation Red Earth In Mid-subtropics And Its Source Material
12. Extraction Of Environment Sensitive Grain-Size Group From The Quaternary Eolian And Discuss The Resources Of Sendiments
13. Geochemical Characteristics And Its Implicatios Of The Red Earth Formation In Jiujiang City Of Jiangxi Procince China
14. Distributions And Paleo-Climate Implications Of Microbial GDGTs From Red Earth Profile In Xuancheng, Anhui Province
15. Analysis Of Damming The Red Clay Of Evolution
16. Physical And Chemical Characteristics Of Red Earth At Jiujiang And Its Environmental Significace Based On Classification Of Grain-Size
17. Weathering Sequence Of Clay Minerals And Structure Of Intergrade Minerals In Red Earth Sediments In The Mid-Lower Reaches Of Yangtze River
18. The Study Of Cause And Sedimentary Environment Of Quaternary Red Earth In Fujian
19. Geochemical Characteristics Of The Quaternary Eolian Sediments In Mid-Subtropics
20. Study On Genesis And Climate Significance Of1.4-nm Spacing Intergrade Mineral In Red Earth Sections In The Mid-Lower Reaches Of Yangtz River
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