Ang'ila, Robert O.Kimuyu, Duncan M.Wambugu, Geoffrey M.Kenfack, DavidMusili, Paul M.Kartzinel, Tyler R.2025-05-192023-09Ang'ila, R. O., Kimuyu, D. M., Wambugu, G. M., Kenfack, D., Musili, P. M., & Kartzinel, T. R. (2023). Fine‐scale variation in soil and topography influences herbaceous vegetation and the distribution of large mammalian herbivores. African Journal of Ecology, 61(3), 706-716.https://doi.org/10.1111/aje.13166https://karuspace.karu.ac.ke/handle/123456789/3283Fine-scale variation in soil and topography influences herbaceous vegetation and the distribution of large mammalian herbivoresCurrent understanding of the distribution of vegetation and large mammalian herbivores (LMH) is based on a combination of biogeographic studies and highly controlled field experiments, but a more complete understanding of these patterns requires study of their natural co-occurrence patterns at intermediate spatial scales. The study was conducted in the 120-ha Mpala Forest Global Earth Observatory (ForestGEO) plot, Kenya. We examined differences in herbaceous plant communities and habitat use by LMH among three topographic habitats with distinct soil types, namely steep slopes, valley and plateau. Each pair of habitats differed in plant and animal com-position. The steep slopes and plateau respectively had ≥1-fold higher percentage herbaceous cover than the valley, whereas the steep slopes and valley had >1.5-foldgreater grass species richness and diversity than the plateau. The activity of LMH was≥1.7-fold higher in the valley than the steep slopes and plateau, reflecting a positive relationship between LMH activity index and richness and diversity of grass species. Results indicate that fine-scale variation in topography and soil are associated with both the distribution of herbaceous vegetation and LMH, suggesting a need to ac-count for local habitat characteristics when examining the distributions of plants, animals, and plant-herbivore interactions in natural systems.engrazer-browser SpectrumLaikipialandscape ecologymegaherbivoreprimary productivityrangelandArticle