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Conclusion: The heterogeneity of land uses showed that the changes modify the structure of diversity in Diplopoda with gradients diverging from the preserved ones to the highly transformed ones. Alpha diversity of Diplopoda revealed significant differences between land uses (P 85%) in spite of the low diversity in the land uses, which determined the high contribution of the beta diversity to the gamma diversity of the landscape. Results: We identified 35 morphotypes from 12 families and five orders. Millipedes were divided into families and morphotypes to calculate the alpha, beta and gamma diversity related to the heterogeneity of land uses.
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Materials and methods: In this research we used a stratified systematic design with seven sampling windows and 16 sampling points. Objective: To determine the relationship between changes in ecosystems and agrosystems provoked by human intervention and the alpha, beta and gamma diversity of the Diplopoda in the middle basin of the OtĂșn river.
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