Focal Interest
Focal Interest

Microbial Community Ecology and Physiology

External reference: https://openalex.org/T11791

  1. Phytoplankton composition shifts with warming and light conditions
    Cellular model predicts how phytoplankton protein, carbohydrate, and lipid composition will shift under climate warming, with divergent regional responses that reshape marine food web nutrition.
  2. Spatial changes in a Scotian Slope cold seep reveal complex seepage
    Lipidomic and geochemical analysis of a North Atlantic cold seep reveals complex microbial zonation dominated by ANME archaea with sulfate-reducing microbes across a carbonate mound.
  3. High-resolution spatial transcriptomics maps gut microbiome biogeography
    Spatial transcriptomics method combining enzymatic polyadenylation and RNA sequencing for high-resolution mapping of host-gut microbiome interactions and microbial biogeography.
  4. Sampling methods captured large-cell eukaryotes but had limits for picocyanobacteria
    Evaluation of sampling protocols for picocyanobacteria and cyanophages in estuarine environments, addressing size fractionation limitations and filtration optimization.