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Mathematical Models of Bioturbation
1982The purpose of this chapter is to examine existing mathematical models of important chemical, physical, and biological effects of organisms on sediments. The objectives and nature of the models will be discussed, the mathematical solution techniques will be identified, and the advantages and disadvantages of each type of model will highlighted.
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Bioturbation: Unpredictable Expansion
2015At the same time as climate patterns were being studied to monitor and understand change, coral scientists were observing serious disturbances on the reefs. At first it was the invasion of seastars (especially the Crown-of-Thorns) on the Great Barrier Reef, later found all around the tropics; then the epizootic outbreak in the Caribbean.
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Geobiology: Machine learning puts bioturbation on the map
Current BiologyBioturbation, the mixing of sediment through the actions of organisms, is a crucial ecosystem engineering process that controls biogeochemical cycles and helps structure marine ecosystems. Machine learning is helping to develop global maps of the intensity and depth of bioturbation.
Cribb, Alison T., Darroch, Simon A.F.
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MODELLING SEAFLOOR BIOTURBATION
SEABED AND SEDIMENT ACOUSTICS 2015, 2023SF JOHNSON, DR JACKSON
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Bioturbate Texture or Ichnofabric?
PALAIOS, 1990Robert W. Frey, S. George Pemberton
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Bioturbation feedbacks on the phosphorus cycle
Earth and Planetary Science Letters, 2021Lidya G Tarhan +2 more
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