acid mine drainage - Globe Thesis

Keyword [acid mine drainage] Result: 21 - 38 \| Page: 2 of 2
21.	Minning River Sulfate Source Identification And Microbial Transformation-Based On Sulfur And Oxygen Isotopes
22.	Treatment Of Acid Mine Wastewater With Sulfate Reducing Bacteria As The Core
23.	Schwertmannite Transformation Via Direct Or Indirect Electron Transfer By Sulfate Reducing Bacterial Enrichment
24.	Effects Of Acid Mining Drainage On Microorganism And The Abundance Of Functional Genes Involving In C,N And S Transformation In Soil Profile
25.	Composition Feature Of Microbial Communities In Acid Mine Drainage From Yangquan Mining Area And Its Impact On Water Quality Downstream
26.	Isolation,Characterization And Genomic Functional Analysis Of Acidophilic Bacteria From An Acid Mine Drainage Lake,Anhui Province,China
27.	Physiological Properties And Comparative Genomics Studies Of Acidophilic Bacteria In Acid Mine Drainage
28.	Study On Treatment Of Acid Mine Drainage Using Sulfate Reducing Bacteria Cooperate With Lignite
29.	Study On Treatment Of Acid Mine Drainage By Sulfate Reducing Bacteria Strengthened By Microelectrolysis
30.	Adaptation of Acidithiobacillus ferrooxidans to the extreme acid mine drainage environment
31.	Backward modeling to prioritize sources of acid mine drainage for remediation: Application to Warden Gulch, Summit County, Colorado
32.	Water Chemistry and Benthic Macroinvertebrate Ecology in Response to Acid Mine Drainage
33.	Abundance and diversity of nitrifying microbes in sediments impacted by acid mine drainage
34.	Research On The Application Of Functional Gene Chip (GeoChip) For Two Typical Environmental Microbial Community Analysis
35.	Strongly Removal Mechanism Study Of Fe And Mn In Acid Mine Drainage By Iron And Manganese Oxidizing Bacteria
36.	Electrochemical Study Of The Oxidation Mechanism And Passivation Behavior Of Pyrite
37.	Study On The Treatment Of Acid Mine Drainage By Sulfate-reducing Bacteria
38.	The Research On The Microbial Remediation Mechanism Of Acid-producing Pollution From Sulfur-rich Coal Gangue
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