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Keyword [Microcystis]
Result: 181 - 200 | Page: 10 of 10
181. Study On The Law Of Biological Toxicity Effect On The Fluorescence Of Algal
182. The Effect Of Hydrilla Verticillata Decomposition On The Recruitment Of Dormant Microcystis And Growth
183. Studies On The Dynamic Relevance Of Microcystin MC-LR Concentration, Microcystic Aeruginosa And Its Secretion
184. The Effects Of Disturbance On The Growth And Competition Of Microcystis Aermginosa And Selenastrum Bibraianum
185. Study On The Discipline Of Algal Fluorescencc Response To Biological Toxicity Of Typical Contaminants
186. Preparation Of Chlorophyll Fluoresecence Detector And Its Performance Research
187. The Effect Of Environmental Fators On The Growth And Competition Of Toxic And Non-toxic Microcystis Strains
188. Isolation, Identification And Application Of A Strain Of Denitrifying Bacterium Pseudomonas Mendocina
189. Study On The Allelopathic Effects Of Four Aquatic Plants Extracts On Microcystis Flosaquae
190. Preliminary Studies On Relationship Between Microcystis Sp. And Nitrifying Bacteria
191. Isolation, Identification And Algae-lytic Characteristic Of Algaecidal Bacteria Strain A2against Microcysis Aeruginosa
192. Experimental Research Of The Low-power Ultrasonic Irradiation On The Growth Of Algae
193. The Study On Inhibition Effects Of Microcystis Aeruginosa Growth By Pistia Stratiotes And Its Alkali Extracts
194. Study On Inhibitory Effects Of10Common Medicinal Plants On Growth Of Microcystis Aeruginosa
195. Allelopathic Inhibitory Effects Of The Crude Extracts Of Eichhornia Crassipes On Microcystis Aeruginosa
196. Studies On Diversity, Spatial-temporal Distribution And Toxin Of Bloom-forming Cyanobacteria In Poyang Lake
197. The Synthesis And Release Mechanism Research Of Microcystin Of Microcystin Aeruginosa Exposed To Two Sterilant Herbicides
198. Rapid Detection Technology And Application Research Of Common Algae In Lakes And Other Water Environment Of Shanghai
199. Analyzing The Hyperspectral Features Of Two Algae In Water Blooms: Microcystis Aeruginosan And Chlorella Vulgaris
200. The Influence Of Cyanophage’s Infection On Cell Cycle Protein In Microcystis
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