«The results represent a one thousand-fold increase in data over previous attempts to characterize
ocean microbial biodiversity,» said a senior author on one of the papers, Peer Bork, during a teleconference for reporters on 19 May, «and yet, this is still the tip of the iceberg.»
Not exact matches
To address the knowledge gap about the globally - relevant ecosystem process of nutrient uptake, researchers worked to identify how different levels of
microbial biodiversity influenced in situ phosphorus uptake in the Western Subtropical North Atlantic
Ocean.
«Oxygen minimum zones play key roles in
ocean biogeochemistry and are an important repository of
microbial animal
biodiversity,» she said.
For example, if more methane remains tied up in the
ocean depths, the
microbial buffet will contribute more seriously to oxygen depletion, and a corresponding loss of
biodiversity.