Calculating Hyphal Surface Area in Models of Fungal Networks

Laurens Bakker, Andrew Poelstra

Abstract


Filamentous fungi grow efficient nutrient transportation networks which are highly resilient to attacks by grazers. Understanding them may benefit the design of human-built networks, where such properties are sought after. We recently developed a mathematical model that improved previous 2-dimensional studies by representing the space in a 3-dimensional face-centered cubic lattice. While the model focused on structural aspects (hyphal orientation, branching, and fusion), these are closely tied to functional aspects, that is, the handling of nutrients. In this paper, we refine our previous model by modelling the hyphal network as a set of cylindrical tubes connecting spherical junction points, and calculating the exact local hyphal surface area. In further development of the model, this will allow the refinement and incorporation of existing nutrient consumption models - in particular, how nutrients are used for turgor maintenance at a particular network location.


Keywords


Fungal networks; Mathematical biology; Mathematical modelling

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DOI: http://dx.doi.org/10.11145/j.biomath.2013.09.087

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ISSN 1314-7218 (online)
ISSNĀ 1314-684X (print)

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