The marine microbial biogeography is gradually emerging a consensus. However, knowledge of the biodiversity, the biogeographic patterns and the factors influencing the distribution of deep-marine prok

NIAID Data Ecosystem40

Long-term experiment with an enclosed bathypelagic prokaryotic community

深海微生物生态

原核生物群落分析

We explored the long-term (1-year) dynamics of a bathypelagic community in the absence of external inputs of carbon. We sequenced the 16S gene from both the DNA and the cDNA pool using the Parada et a

NIAID Data Ecosystem20

Microbial communities in the deep western Mediterranean Sea

深海微生物生态

原核生物群落分析

The dark ocean microbial dynamics are fundamental to understand ocean ecosystem processes. However, how deep prokaryotic communities respond to environmental changes is largely unknown. The aim of the

NIAID Data Ecosystem40

MiSeq 16S rRNA gene (prokaryotic 16S rRNA gene) sequences of 16 SCS sediments

海洋沉积物微生物组

原核生物群落分析

DNA from 16 SCS sediments have been extracted and amplified by 515F/909R primer pairs (for prokaryotic 16S rRNA gene). The prokaryotic communities of these 16 samples were obtained.

GBIF2025-09-23 更新20