allelopathy - Globe Thesis

Keyword [allelopathy] Result: 81 - 100 \| Page: 5 of 6
81.	Research On Nutrient-Phytoplankton Model With Allelopathy
82.	Studies On Photosynthetic Damage And Apoptosis Induced By Linoleic Acid In Karenia Mikimotoi
83.	Microcystis Allelopathy With Differences Between Species And Strains And Its Response To Temperature Changes
84.	The Effect Of Rapid Evolution And Allelopathy On The Invasiveness Of The Invasive Plant Ambrosia Trifida
85.	Effects Of Tomato Root Exudates On Growth Of Rhizosphere Microorganisms Andnematode Biocontrol Fungi
86.	Effects Of Phalaris Arundinacea Soaking Liquid On The Growth Of Microcystis Aeruginosa And Its Mechanisms Of Lslet Wetland Of Poyang Lake
87.	Effects Of Five Aquatic Plant Extracts On The Growth Of Scenedesmus Obliquus
88.	Epinodosin Promotes The Growth Of Arabidopsis Thaliana Root By Regulating The Polar Auxin Transport
89.	Dynamic Analysis Of Mathematical Models In Three Types Of Water Ecosystems
90.	Phospholipase Is Involved In The Allelopathy Of Oridonin In Arabidopsis Thaliana
91.	Effects Of Inorganic Carbon Alkalinity And Coexisting Green Algae On The Interaction Between Pyrogallol And Microcystis Aeruginosa
92.	Allelopathic Effects Of Ceratophyllum Demersum On The Growth And Morphology Of Chlorella Vulgaris
93.	Mechanism Of Epinodosin-Mediated Polar Auxin Transport And Auxin Signal Transduction To Inhibit The Root Growth Of Arabidopsis Thaliana
94.	Study On The Litter Decomposition Dynamics And Effects Of Solidago Canadensis L. Under Different Invasion Levels
95.	Research On Algae Inhibition Effect And Mechanism Of Plant Litter Extract
96.	Allelopathic Effects And Its Ecological Significance Of Karlodinium Veneficum On Co-occuring Phytoplankton
97.	Cylindrospermopsin Production At Different Phosphorus Levels And Its Allelopathic Effects On Three Phytoplankton Species
98.	Effect Of Extract Of Eupatorium Adenophorum On Plant Metabolism And Soil Microorganism
99.	Bacillus Cereus Regulates The Effect Of Tomato Root Exudates On Meloidogyne Incognita
100.	Study On The Effect Of Linoleic Acid On The Growth Of The Red Tide Microalga Karenia Mikimotoi And Its Extracellular Oxidation
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