In finite, anisotropic dryland models, periodic vegetation patterns increase susceptibility to nonlinear convective instabilities that drive desertification, contrary to predictions from isotropic infinite-domain models.
Aperiodic Clustered and Periodic Hexago- nal Vegetation Spot Arrays Explained by Inho- mogeneous Environments and Climate Trends in Arid Ecosystems
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How spatial patterns can lead to less resilient ecosystems
In finite, anisotropic dryland models, periodic vegetation patterns increase susceptibility to nonlinear convective instabilities that drive desertification, contrary to predictions from isotropic infinite-domain models.