Study on the Association of Soil Microbial Diversity at the Molecular Level
Soil microbial diversity is an important component of Earths biodiversity. Soil is the most complex heterogeneous system in the natural environment, which determines the diversity of soil microdomain environment and the high diversity of soi...
The microbial technology team of Nan Yang Academy of Sciences in Singapore collaborates with the molecular biology technical teams of related scientific institutions to analyze the biological function of soil microorganisms and other characteristic parameters to achieve a molecular-level study on the association of soil microbial diversity. The research was supported by the Nan Yang Academy of Sciences.
（1） Research Goal
In this study, through the study of the biodiversity function of soil microorganisms, the association study of soil microbial diversity at the molecular level was realized.
（2） Key Science Problems to be solved
a. The first key issue of this study is the screening of soil microorganisms;
b. The key technical issue of this study is the biodiversity function detection of soil microorganisms at the molecular level;
c. The key problem to be solved in this study is the association study of soil microbial biodiversity at the molecular level.
2. Existing Research Result (Patents, SCI Papers)
Related papers to be published and related patents pending.
3. Features and Innovations of the Project
a. Detect the biodiversity function of soil microorganisms by molecular biology methods;
b. Study the association of biodiversity of soil microorganisms at the level of molecular biology.
4. Annual Research Plan and Expected Research Results (Including Important Academic Exchange Activities to be Organized and International Cooperation and Exchange Plan, etc.)
（1） Annual Plan
January 2019 - December 2019, complete the screening of soil microorganisms;
January 2020 - December 2020, complete biodiversity testing of soil microorganisms at the molecular biological level;
January 2021 - December 2021, complete the research on the association of soil microbial diversity at the molecular level.
（2） Expected Research Results
a. Screen representative soil microorganisms;
b. Obtain biodiversity function data of soil microorganisms at the molecular level;
c. Analyze the association of soil microbial diversity at the molecular level;
d. Apply for patents, publish 8-10 high-quality SCI papers, organize important academic exchange activities, and train graduate students.
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