Simulated progression of the degradation of DOM and nitrification.

Simulated progression of the degradation of DOM and nitrification.

<p>Forms of DOM shown are: labile DOC (lDOC), amino and nucleic acids and allied small polymers (AA), polymeric DOC containing no N or P requiring extensive extracellular digestion (xdDOC), complex polymeric DOM containing N and/or P requiring extensive extracellular digestion (xdDOM). The mic...

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Bibliographic Details
Main Author: Kevin J. Flynn (2615002) (author)
Other Authors: Darren R. Clark (10837416) (author), Karen Tait (3263520) (author), Susan A. Kimmance (10837413) (author), Elaine S. Fileman (22772375) (author), Luca Polimene (798960) (author)
Published: 2025
Subjects:
Microbiology
Evolutionary Biology
Ecology
Developmental Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
substrate supporting activities
remain poorly understood
numerical simulations showing
carbon limitation due
crucial interconnected processes
nitrifying groups concomitantly
sufficient labile dom
nitrate concomitantly
labile dom
nitrifying prokaryotes
nitrifying bacteria
way contributing
time course
strong consumption
progressive consumption
nitrate produced
mechanisms underpinning
main source
increasing dominance
increased presence
heterotrophic bacteria
event suggests
dom processing
derived dom
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