Energy-balance and water-conservation constraints on reaction-diffusion vegetation models yield a fourth-order equation whose instabilities explain aridity-dependent wavelength and uphill band migration on slopes, with independent energy-balance instability possible on flat terrain.
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Vegetation Pattern Formation via Energy-Balance-Constrained Modeling
Energy-balance and water-conservation constraints on reaction-diffusion vegetation models yield a fourth-order equation whose instabilities explain aridity-dependent wavelength and uphill band migration on slopes, with independent energy-balance instability possible on flat terrain.