Climate change and increasing habitat loss greatly impact species survival, requiring range
shifts, phenotypic plasticity and/or evolutionary change for long‐term persistence, which may …

Species identification through noninvasive sampling is increasingly used in animal
conservation genetics, given that it obviates the need to handle free‐living individuals …

Glacial refugia protected and promoted biodiversity during the Pleistocene, not only at a
broader scale, but also for many endemics that contracted and expanded their ranges within …

Microtus cabrerae, or Cabrera's vole, is a medium-sized arvicoline, and one of the largest
Microtus species. M. cabrerae is an Iberoccitane endemic, which is currently restricted to the …

Presentamos en este artículo el mapa con el área de distribución global de Iberomys
cabrerae, en cuadrículas UTM 10x10 km. A partir de los resultados obtenidos, destacamos …

The corological evolution of the species of the subgenus Iberomys and, specifically, of
Microtus cabrerae, are described. Iberomys appeared in the Iberian Peninsula during the …

Climate change is not only evident, but its implications on biodiversity are already patent.
The scientific community has delved into the limitations and capabilities of species to face …

The alarm pheromones often released by animals under stressful situations seem to elicit
behavioral changes in conspecifics, which in the appropriate context can be viewed as anti …

The effects of climate and landscape change on biodiversity are relatively well described.
However, there is limited understanding of the interactions between these processes, which …