The implications of biodiversity loss for the dynamics of wildlife in Australia

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Authors

Ward-Fear, G.
Hayward, Matt W.
L'Hotellier, K.
Herman, K.
Kabat, A.P.
Gibbons, J.P.

Journal Title

Journal ISSN

Volume Title

Publisher

Wiley

Abstract

Our study aimed to identify the broad effects of native fossorial species on leaf litter, and make inferences about their mechanistic influence on fire behavior using simulation models (Hayward et al., 2016). This conceptual link has long been hypothesized, but here we present empirical evidence to support it; our results suggest that native fossorial mammals have fire-suppressive effects because their activity results in higher levels of litter decomposition, and a reduced fuel load across the landscape. The expert commentaries build on this study and raise pertinent points for further consideration.

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Keywords

Biodiversity loss, Wildlife, Australia, Native fossorial species, Leaf litter, Mechanistic influence, Fire behavior, Simulation models

Sustainable Development Goals

Citation

Ward-Fear, G, Hayward, MW, L'Hotellier, K, Kabat, AP & Gibbons, JP 2016, 'The implications of biodiversity loss for the dynamics of wildlife in Australia', Animal Conservation, vol. 19, no. 6, pp. 504-505.