upper Yangtze - Globe Thesis

Keyword [upper Yangtze] Result: 61 - 76 \| Page: 4 of 4
61.	Middle Ordovician-Llandovery Carbon Isotope Chemostratigraphy In Upper Yangtze Platform,South China
62.	The Organic Petrology Of Graptolite-derived Shale In The Upper Yangtze Region,Southwestern China
63.	The Cambrian-ordovician Sequence Stratigraphic Framework And Sedimentary Model In The Middle-upper Yangtze Area
64.	Genetic Diversity Of Lepturichthys Fimbriata In The Upper Reaches Of The Yangtze River
65.	Study On The Characteristics And Formation Environment Of The "Mung Bean Rock" In The Middle Triassic In The Upper Yangtze Region
66.	Carbonate Microfacies And Paleoenvironmental Significance Of The Upper Ordovician Sambiian-Kaidian Transition Period On The Upper Yangtze Platform
67.	Geological Events During The Latest Permian To Earliest Triassic In The Upper Yangtze Region:Sedimentary Responses To The Disturbed Paleooceans
68.	Sedimentary Facies Of The Cambrian Evaporates In The Upper Yangtze Area And Their Conditions For Halite And Potash Finding
69.	Study On The Evolution Of Landscape Pattern And Ecosystem Service Value Response Of Small Watershed In Typical Reservoir Areas In The Upper Reaches Of The Yangtze River
70.	Characteristics Of Pyrites In Lower Cambrian Niutitang Shales In Upper Yangtze Area And Their Geological Significance
71.	Distribution Characteristics Of Nitrogen Isotope And Paleoenvironment Of Shale From Wufeng Longmaxi Formation In Middle And Upper Yangtze Region
72.	Characteristics And Main Controlling Factors Of Organic Matter Pores Of Cambrian Niutitang Formation Shale In Upper Yangtze Plate
73.	Favorable Layer Optimization And Evaluation For Longmaxi Formation,Lower Silurian Shale In Southeast Upper-Yangtze
74.	Diversity And Temporal Patterns Of Fishes Of Early Life Stage At Hejiang Section In The Upper Yangtze River
75.	Study On The Characteristics Of Water Flow And Topography Of Fish Habitat From Chaotianmen To Fengdu In The Upper Yangtze River
76.	Variation Characteristics And Forecast Of Runoff In The Upper Reaches Of The Yangtze River Based On Extreme-point Symmetric Mode Decomposition
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