Mangombi-Pambou J. B., Fossati Odile, N'Dilimabaka N., Mve-Ella O. B., Pendy N. M. L., Dibakou S. E., Mediannikov Oleg, Fenollar F., Leroy Eric, Bourgarel M. (2023). Habitat mosaic as a driver of the resilience of native species : the case of the assemblage of small mammals from the city of Franceville, Gabon. Journal of Zoology, [Early access], [14 p.]. ISSN 0952-8369.
Titre du document
Habitat mosaic as a driver of the resilience of native species : the case of the assemblage of small mammals from the city of Franceville, Gabon
Mangombi-Pambou J. B., Fossati Odile, N'Dilimabaka N., Mve-Ella O. B., Pendy N. M. L., Dibakou S. E., Mediannikov Oleg, Fenollar F., Leroy Eric, Bourgarel M.
Source
Journal of Zoology, 2023,
[Early access], [14 p.] ISSN 0952-8369
Rodents (Rodentia) are the most abundant and diverse order of mammals, present in all habitats, including urban areas. The traffic linked to globalisation has favoured their involvement in biological invasions that have an impact on local biodiversity, the economy and human health. In Franceville, Gabon, little is known about the rodent community. We therefore studied the composition and distribution of rodents along a gradient highlighting the heterogeneity of the city's landscape. The three habitat types studied showed no difference in small mammal abundance, while the diversity index was higher in the vegetated habitat (SDI = 0.73) compared to the outdoor (SDI = 0.71) and indoor (SDI = 0.45) habitats. Our work shows the importance of vegetal remnants in the city for the maintenance of native species. It also highlights the impact of introduced species on small mammal assemblages and the need for management to reduce the factors of their proliferation.
Plan de classement
Sciences du monde animal [080]
;
Urbanisation et sociétés urbaines [102]
