Phaeocystis globosa - Globe Thesis

Keyword [Phaeocystis globosa] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Niche Of Representative Harmful Algal Bloom Species In The Coastal Waters Of China
2.	Taxonomy,Physiology And Dimethylsulfonopropionate Prouduction Of Phaeocystis Globosa Scherffel
3.	Effects Of Urea On The Growth And Toxin Production Of Phaeocystis Globosa
4.	Induced Defense In Phaeocystis Globosa
5.	Photosynthetic Inhibition And Oxidative Stress In The Toxic Phaeocystis Globosa Induced By Algicidal Substance From Bacillus Sp. Strain Y4
6.	The Effect Of Environmental Factors On Phaeocystis Ingestion By Rotifers And The Analysis Of The Differences At The Multi-omics Level
7.	A Preliminary Study Of Algal Inhibition Mechannism On Phaeocystis Globosa Under Combined Nitrogen-containing Compounds
8.	Inhibition Of Flavonoids On Growth And Photosynthetic Activity Of Phaeocystis Globosa And Its QSAR Modeling
9.	Molecular Mechanism Involved In The Colony Formation Of Phaeocystis Globosa
10.	Effects Of Diatom On The Growth And Colony Formation In Phaeocystis Globosa
11.	Studies Of Grazing By Pavocalanus Crassirostris On The Solitary Cells Of Phaeocystis Globosa
12.	Inhibition Of Aqucous Extracts Of Wetaland Herbaceous Plants On Phaeocystis Globosa
13.	The Inhibitory Effects Of Enhalus Acoroides On Phaeocystis Globosa And Its Antialgal Mechanism
14.	The Influence Factors For Spatio-temporal Changes Of Nutrients And The Quantitative Reduction Of Terrestrial TDN In Qinzhou Bay
15.	Preparation And Mechanism Of Efficient Modified Clay Controlling Phaeocystis Globosa Blooms
16.	The Key Effect Of Nitrate On Phaeocystis Globosa Booms In The Beibu Gulf
17.	Study On The Interaction Among Prodigiosin,Phaeocystis Globosa And Phycosphere Bacteria
18.	Characterizations Of Morphology,Molecular And Life Cycle Of Phaeocystis Globosa In The Southeast China Sea
19.	The Key Influencing Factors In Solitary Cell And Colony Stages Of Phaeocystis Globosa In Beibu Gulf
20.	Comparisons On Nitrogen And Phosphorus Utilization And Light Intensity Adaption Of Different Ploidy Cells Of Phaeocystis Globosa
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