Font Size: a A A
Keyword [methanotrophs]
Result: 1 - 18 | Page: 1 of 1
1. Effects Of Different Long-term Fertilizations On Community Properties And Functions Of Methanotrophs Of Black Soil In Northeastern China
2. Mechanisms Of Nitrogen And Oxygen Regulation On Methane Oxidation In Rice Field Soils
3. Effects Of Nitrogen On Methane Oxidation In Soil And Its Microbial Mechanisms
4. Microbial Regulation Mechanism Of Methane Oxidation In Paddy Soil Under Elevated Atmospheric CO2
5. Structure And Activity Of Soil Microbial Communities Associated With Methane Emission In Rice Fields
6. Microorganisms In Carbon-nitrogen Transformation And Its Functions In Subtropical Soils Of China
7. Effect Of Precipitation Exclusion On Castanopsis Carlesii Natural Forest Soil Methane Uptake And Methanotrophs Community Structure
8. Effect Of Enclosure Time On The Community Composition And Activity Of Methanotrophs In Soils Of The Inner Mongolia Grassland
9. Effects Of Long-Term Fertilization On Soil Microbial Diversity And CH4-Related Functional Microorganisms
10. Isolation And Identification Of Methanotrophs And The Effect Of Viable Preparations On The Methane Emissions In The Rumen
11. Effect Of Straw Returning On Methane Emission And Methanogens In Rice Field In Cold Region
12. Effect Of Simulated Climate Change On Field CH4 Fluxes And Related Microbes In The Soil
13. Distribution Of Ammonia-oxidizers And Methanotrophs In The Different Soil Layers Of Flooded Paddy Fields
14. Research On Field CH4 Flux And Related Microbes Under Simulated Climate
15. Effects Of Landuse Types On Greenhouse Gas Emissions And Ecosystem Carbon Balance In The Typical Steppe Of Inner Mongolia
16. Analysis of particulate methane monooxygenase (pMMO) activity in methanotrophs: Quantification of pollutant degradation kinetics and gene expression
17. Molecular ecology of methanotrophs in a forest soil
18. Effects Of Water And Fertilizer Managements On Subtropical Methane Emissions From Paddy Soils And Underlying Microbial Mechanisms
  <<First  <Prev  Next>  Last>>  Jump to