Abstract The Baltic Sea, with its pronounced gradient in temperature, salinity, and nutrient availability, provides a natural system to investigate microbial responses to eutrophication and climate change effects. While nutrient limitation in this system has been extensively studied, direct comparisons of phosphorus ac...
Thomas Mollica, E. Lindehoff, D. Lundin et al.· ISME Communications· 0 citations
Marine microbiomes exhibit seasonal dynamics in many ocean regions. While we can characterize the biodiversity and composition of ocean microbiomes, we lack a systematic understanding of how environmental drivers shape the seasonal succession of marine microbes. To leverage the pronounced temporal changes in growth con...
Carina Bunse, H. Farnelid, E. Lindehoff et al.· Ocean Microbiology· 0 citations
The nf-core/magmap pipeline is presented, which provides a reproducible, easy-to-access, and well-documented workflow for selecting reference genomes, mapping to them, and quantifying features.
Danilo Di Leo, E. Nilsson, George Westmeijer et al.· Bioinformatics· 0 citations
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