Species expanding into new habitats as a result of climate change or human introductions will frequently encounter resident competitors. Theoretical models suggest that such interspecific competition

NIAID Data Ecosystem50

kernel-exectimes.R from A unifying theory for two-dimensional spatial redistribution kernels with applications in population spread modelling

卷积

种群扩散建模

benchmarks two different approaches to convolutions

DataCite Commons2020-09-28 更新30

print-output.R from A unifying theory for two-dimensional spatial redistribution kernels with applications in population spread modelling

种群扩散建模

生态扩散核

When building models to explain the dispersal patterns of organisms, ecologists often use an isotropic redistribution kernel to represent the distribution of movement distances based on phenomenologic

NIAID Data Ecosystem20

compile-blocks.R from A unifying theory for two-dimensional spatial redistribution kernels with applications in population spread modelling

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compile-blocks.R from A unifying theory for two-dimensional spatial redistribution kernels with applications in population spread modelling

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