phytoremediation - Globe Thesis

Keyword [phytoremediation] Result: 1 - 20 \| Page: 1 of 10
1.	Rhizospheric Mechanism Of Phytoremediation In Heavy Metals Polluted Soil
2.	Lead Tolerance And Accumulation In Sedum Alfredii Hance And Its Effects On Remediation Of The Lead Contaminated Soil
3.	Genotypic Difference In Arsenic-Accumulating Ability And Their Reaction To Environmental Factors In Pteris Vittata
4.	Phytoremediation And Its Surfactant-Enhanced Techniques For Soil Contamination With Polycyclic Aromatic Hydrocarbons
5.	Mechanism Of Manganese Hyperaccumulation By Phytolacca Acinosa And Potential For Phytoremediation Of Metal-contaminated Waters
6.	Phytoremediation Of ～(134)Cs And Cu Contaminated Soils
7.	Tolerance To High Copper Toxicity In Elsholtzia Plants And The Possible Utilization Of Plant Resources After Phytoremediation
8.	Mechanisms Of Zinc Activation, Absorption And Transport By Hyperaccumulator Of Sedum Alfredii Hance
9.	Characteristics Of Soil Heavy Metal Pollution And Efficiency Of Phytoremediation Using Poplars In The Southern Beijing
10.	Molecular Microbial Ecology Of Heavy Metals Polluted Soil And Its Effect On Phytoremediation
11.	Phytoremediation Of Heavy Metal-Organic Complex In Dredged Sewage River Sediment
12.	Effects Of Earthworms And Earthworm Casts On Phytoremediation Of Cu And Zn Polluted Soil
13.	Phytoremediation On Zinc Smelting Areas Western Guizhou, China
14.	Genotypic Differences In Effectiveness Of Phosphorus Removal From Eutrophic Water Under Floating Culture Conditions And Some Mechanisms
15.	Identification Of Heavy Metal Hyperaccumulators And Relevant Processes Of Contaminated Soil Phytoremediation
16.	Identification, Chelated Strengthening And Application Of Pb Hyperaccumulating Flowers
17.	Study On The Effects Of Reclaiming Substrates For Subsiding Lands And The Phytoremediation Of Heavy Metals
18.	Phytoremediation On Heavy Metal Contaminants In Sewage River Sediment
19.	Induced Phytoremediation Of Heavy Metals Contaminated Soils By Elsholtzia Splendens And Its Biomass Compost Application
20.	Heavy Metal Accumulation And Mechanisms By Plants In Mining And Smelter Wastelands
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