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simulating_patterns_of_change [2020/07/16 01:48] argemiro |
simulating_patterns_of_change [2020/07/16 01:53] (current) argemiro |
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* The capability of the **Dinamica EGO** to reproduce a wide range of spatial patterns of change; | * The capability of the **Dinamica EGO** to reproduce a wide range of spatial patterns of change; | ||
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- | The combination of Dinamica's transition function presents numerous possibilities with respect to the generation and evolvement of spatial patterns of change. As a result, **Dinamica EGO** can be considered as a potential tool for the replication of dynamic landscape structures. The calibration of a simulated landscape can be achieved by a series of simulation using varying parameters. An approximated solution can be attained comparing landscape metrics, such as fractal index, patch cohesion index, nearest neighbor distance, and mean patch size, of the simulated maps with the ones of the reference landscape. | + | The combination of Dinamica's transition function presents numerous possibilities with respect to the generation and evolvement of spatial patterns of change. As a result, **Dinamica EGO** can be considered as a potential tool for the replication of dynamic landscape structures. The calibration of a simulated landscape can be achieved by a series of simulation using varying parameters. An approximated solution can be attained comparing [[tutorial:landscape_metrics_in_dinamica_ego|landscape metrics]], such as fractal index, patch cohesion index, nearest neighbor distance, and mean patch size, of the simulated maps with the ones of the reference landscape. |
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+ | ☞[[:guidebook_start| Back to Guidebook Start]] | ||
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