Sediment water - Globe Thesis

Keyword [Sediment water] Result: 1 - 20 \| Page: 1 of 2
1.	The Late Quaternary Paleo-environment Evolution And Sea Level Change In The Yellow Sea And The East China Sea
2.	Biogeochemistry Of Biogenic Elements In The Intertidal Flat And Adjacent Seawater Within The Changjiang (Yangtze River) Estuary
3.	Nutrient Dynamic And Stable Isotope Indicators In Tidal Flats Of The Yangtze Estuary
4.	Nitrogen Cycle Processes And Influence Mechanism Research From The Typical Estuarine Area
5.	Studies Of Exchange Behavior Of Nutrients On The Sediment-water Interface In The Tidal Reach
6.	Benthic Exchange Rates And Fluxes Of Dissolved Nutrients At The Sediment-water Interface In The East China Sea
7.	The Accumulation And Transfer Processes Of Nutrient Nitrogen At The Sediment-water Interface In The Yangtze Estuarine Tidal Flats
8.	Nutrients Exchange At The Sediment-water Interface Along The Tidal Flat Of Yangtze Estuary
9.	Simulation For Seasonal Distribution Of Bacteria In The Sediment-water Interface Of The Superficial Shallow Limnic Sediments
10.	The Temporal And Spatial Variability And Emission Flux Of Soluble Nitrous Oxide And Methane In Shanghai River Network
11.	Application And Observation Of Sediment-water Interface With Optical Planar Sensor
12.	Study On Distribution Of Nutrients And Exchange Of Nutrients At Sediment-Water Interface In Tianjin Coastal Area
13.	The Study On Patches Mosaic Pattern Building And Stabilization Of Submerged Plant In The West Area Of West Lake,Hangzhou
14.	Benthic Exchange Of Dissolved Nutrients And The Impact Of Relevant Environmental Factors At Sediment-water Interface In The Jiaozhou Bay
15.	Coupled Modeling Of Surface Water And Groundwater In Shayinghe River Basin
16.	Study Of Measurement Method Of Two-dimensional PH Distributions Of The Sediment-water Interface
17.	Impacts Of Bioturbation On Distribution Of Dissolved Oxygen At Sediment-water Interface
18.	Research On Water Volume For The Sediment Transport In The Liaohe River
19.	Study On Environmental Flow In The Lower Yellow River
20.	Research Of In-situ Cultivating Equipment And Modeling Of Benthic Dissolved Oxygen Consumption Process
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