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Keyword [Lake taihu]
Result: 81 - 100 | Page: 5 of 6
81. Metatranscriptomics Insights Into The Analysis Of Cyanob Acterial Aggregates During Cyanobacterial Bloom Period In Lake Taihu,China
82. Shifts Of Microbial Community With Anaerobic Dechlorination Of Polychlorinated Biphenyls In Lake Taihu Sediments
83. Seasonal Nutrient Limitation And Short-term Early Warning Decision Support System Of Cyanobacterial Blooms In Lake Taihu
84. Analysis Of CO2 Flux Variation And Its Driving Factors In A Submerged Macrophytes Habitat Of Lake Taihu
85. Phosphite Migration At The Sediment-water Interface And Its Photochemical Transformation In Northern Lake Taihu
86. In Situ Growth And Responses To Nitrogen And Phosphorus Starvation In Bloom-forming Cyanobacteria
87. Nitrification In The Sediments Of Lake Taihu And The Distribution And Activity Of Nitrifying Microorganisms
88. Remote Sensing Monitoring Of Cyanobacteria Bloom In Typical Inland Lakes
89. Variations And Mechanism Of Thermal Stratification In A Eutrophic Lake
90. Remote Sensing Estimation Of The Total Suspended Matter Concentration In Lake Taihu Based On GOCI Image
91. Effect Of Outbreak And Extinction Of Algal Blooms On Organic Matter And Phosphorus In Water And Sediment Of Lake Taihu
92. Inversion Of Chlorophyll Concentration In Lake Taihu Based On BP Neural Network
93. Research On The Rates And Kinetics Of The Denitrification And Anammox In Sediments Lake Taihu
94. Distribution And Bioavailability Of Colloidal Organic Matter In Lake Taihu
95. Distribution Characteristics Of Microcystins In Water And Sediment Of Meiliang Bay,Lake Taihu
96. Unraveling The Optical Characteristics,Sources And Bioavailability Of Organic Matter In Lake Taihu,China
97. Study On The Spatial Accumulation Characteristics Of Cyanobacteria Blooms And Its Influence On Algae Control Engineering In Lake Taihu
98. The Spatial Distribution Of Submerged Macrophytes Seed Bank And Study Of Influencing Factors In Lake Taihu
99. Adsorption Characteristics Of Low Concentration Nitrate By Modified Biochar And Its Application In Water Treatment From Lake Taihu
100. Research On The Potential Nitrogen Removal Rate In Sediments In The Typical Regions Of Lake Taihu Based On 15N Isotope Pairing Technique
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