MetatranscripticsYS

B2FIND2026-03-19 收录

海洋真菌宏转录组

环境微生物时空动态

数据链接：

https://b2find.eudat.eu/dataset/ccddfc5e-e6f1-5ebc-99fe-c62405b015fb 数据链接链接失效反馈

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Spatiotemporal shifts in the fungal community structure, gene expression and metabolic activities of marine coastal waters and sediments

Spatiotemporal analysis of the sediment Nile microbial community

河床沉积物微生物生态

环境微生物时空动态

Microbial community analysis from sediment of the river Nile

NIAID Data Ecosystem80

Data_Sheet_4_Spatiotemporal Controls on the Urban Aerobiome.CSV

城市空气微生物生态

环境微生物时空动态

Greater exposure to environmental microorganisms has been hypothesized to reduce the likelihood of developing autoimmune disorders, and vegetation is known to be a source of diverse microbiota to the

NIAID Data Ecosystem40

metabarcoding in metatranscript YS

环境生态学

海洋真菌宏转录组

Spatiotemporal shifts in the fungal community structure, gene expression and metabolic activities of marine coastal waters and sediments

NIAID Data Ecosystem30

Studies of microbial diversity in lake sediments

盐湖微生物群落

环境微生物时空动态

This ecological research focuses on the vertical community structure of bacteria and archaea in freshwater sediments, as well as the patterns of seasonal microbial community succession .

NIAID Data Ecosystem60

A metagenomic investigation of spatial and temporal changes in sewage microbiomes across a university campus

污水微生物组宏基因组

环境微生物时空动态

Wastewater microbial communities are not static and can vary significantly across time and space, but this variation and the factors driving the observed spatiotemporal variation often remain undeterm

NIAID Data Ecosystem40

MetatranscripticsYS

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