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Production of nitrate spikes in a model of ammonium biodegradation

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posted on 2018-02-21, 09:28 authored by Iain R. Moyles, Andrew C. Fowler
Nitrification at the site of a contaminant ammonium plume from a former coal carbonisation plant can be modelled with three competing bacterial populations of Nitrosomonas, Nitrobacter, and Brocadia anammoxidans. Oscillations of chemical species at the site can be explained by a reduced model of ammonium competition between Nitrosomonas and B. anammoxidans which effectively acts as an activator-inhibitor system. Stable oscillations occur in conditions of low nutrient (ammonium) supply and this causes a spatial travelling wave in a borehole profile when diffusion is introduced.

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THIS EFFORT OFFERS A UNIQUE OPPORTUNITY FOR HIGH SCHOOL STUDENTS TO COLLABORATE WITH UNIVERSITY STUDENTS AND ENGINEERING MENTORS TO SOLVE AUTHENTIC NASA-INSPIRED, DESIGN-BASED ENGINEERING PROBLEMS USING HIGHLY ENGAGING, 21ST-CENTURY TECHNOLOGY TOOLS AND S

National Aeronautics and Space Administration

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History

Publication

Theoretical Ecology; 11 (3), pp. 333-350

Publisher

Springer

Note

peer-reviewed

Other Funding information

SFI

Rights

The original publication is available at www.springerlink.com

Language

English

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