The introduction of exotic species can cause important changes in the structure and function of natural ecosystems. This note reports the introduction of the European rabbit, Oryctolagus cuniculus, into Villavicencio Natural Reserve in Mendoza, Argentina. Individuals were introduced from a breeding facility within the reserve. This study assessed the possible establishment of the species as well as its potential dispersal corridors. Our findings suggest that the rabbit could be using the riverbeds as dispersal corridors. We consider that O. cuniculus is in the establishment stage and can become a potential invader of new environments in the reserve and surrounding areas.
Historical ecology can provide important insight to understand biological invasions, as some of the ...
Trabajo presentado en el II International Conference on Island Evolution, Ecology and Conservation, ...
Habitat modifying species can play crucial roles in ecosystem function. Invasive engineers may assum...
The introduction of exotic species can cause important changes in the structure and function of natu...
The introduction of exotic species can cause important changes in the structure and function of natu...
Biological invasions are difficult to control when invader’s populations attain high densities; ther...
Biological invasions are difficult to control when invader's populations attain high densities; ther...
This book provides an organized framework on the phenomenon of biological invasions. It focuses on t...
Herbivore and plant invasions can modify the structure and functioning of ecosystems through positiv...
Alpine ecosystems on islands are among the most isolated on Earth, leading to very high rates of end...
The European rabbit is a native species of southern Europe and northern Africa which was introduced...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Trabajo presentado en Floramac celebrado en Las Palmas de Gran Canaria (España) del 24 al 27 de marz...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Historical ecology can provide important insight to understand biological invasions, as some of the ...
Trabajo presentado en el II International Conference on Island Evolution, Ecology and Conservation, ...
Habitat modifying species can play crucial roles in ecosystem function. Invasive engineers may assum...
The introduction of exotic species can cause important changes in the structure and function of natu...
The introduction of exotic species can cause important changes in the structure and function of natu...
Biological invasions are difficult to control when invader’s populations attain high densities; ther...
Biological invasions are difficult to control when invader's populations attain high densities; ther...
This book provides an organized framework on the phenomenon of biological invasions. It focuses on t...
Herbivore and plant invasions can modify the structure and functioning of ecosystems through positiv...
Alpine ecosystems on islands are among the most isolated on Earth, leading to very high rates of end...
The European rabbit is a native species of southern Europe and northern Africa which was introduced...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Trabajo presentado en Floramac celebrado en Las Palmas de Gran Canaria (España) del 24 al 27 de marz...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Rabbits have travelled with humans to the most remote archipelagos, having been introduced on at lea...
Historical ecology can provide important insight to understand biological invasions, as some of the ...
Trabajo presentado en el II International Conference on Island Evolution, Ecology and Conservation, ...
Habitat modifying species can play crucial roles in ecosystem function. Invasive engineers may assum...