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Result: 121 - 140 | Page: 7 of 10
121. Spatio-temporal Change Processes Of Charchan Oasis And Driving Forces Mechanism
122. Spatial Distribution Of Soil Salinity And Water Demand For Salt-leaching In Typical Saline Soil Regions Of Northwest Oasis
123. Research On Microclimate Improvement Mechanism Of Greening Landscape In Mogao Grottoes
124. Fractal Study Of Urban Impervious Surfaces And Its Surface Temperature Of Typical City In Xinjiang
125. Study On The Construction And Optimization Of Ecological Network In The Northeastern Margin Of Ulanbuhe Desert
126. The Research On Coupling Of Thermal Environment And Human Settlements In Oasis Town
127. Research Of Carbon-water Coupling Mechanisms Of Typical Vegetation In An Arid Oasis Ecosystem
128. Spatio-temporal Change And Driving Force Mechanism Of Oasis In The Kaidu-kongqi River Basin Over The Past 30 Years
129. Based On The Landscape Pattern Of Northern Tarim Basin Oasis Ecology Security Studies
130. Monitoring And Prediction Of Salinity Soil In Oasis Based On High-Resolution Remote Sensing Data
131. Extraction Of Soil Salinization Information In Yutian Oasis Based On Polarized Decomposition Information Of PALSAR Data
132. Study On The Relationship Between Surface Evapotranspiration And Soil Water And Salt Content In Yutian Oasis
133. Quatitative Estimation Of Shallow Groundwater Level Using SVM In Oasis-desert Ecotone Of Ugan-kuqa Region
134. A Study On Runoff Prediction In Qira River Basin Based On Artificial Neural Network
135. Vegetation Community And Soil Characteristics Of Degraded Tamarix Ramosissima Nebkhas In Minqin Oasis-desert Ecotone
136. Study On The Relationship Between Soil Salinization Characteristics And Irrigation Water Quality In Desert Oasis
137. Study On Spatial Structure Evolvement Of The Oasis Town Based On High-resolution Remote Sensing Image
138. Analysis On Dynamic State And Prediction Of Groundwater In Arid Oasis
139. Analysis Of Evapotranspiration Spatiotemporal Change’s Response To Land Use And Land Cover In Weigan-kuqa Oasis
140. Evaportranspiration Estimation Of Ejina Oasis In The Lower Reach Of Heihe River Basin Based On Remote Sensing
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