%0 Journal Article 
%A Rebollo de la Torre, Salvador
%A Pérez Camacho, Lorenzo
%A Fernández Pereira, José Manuel
%A Martínez Hesterkamp, Sara
%A Madrigal González, Jaime
%A Montaña , Enrique de la
%A García Salgado, Gonzalo Jesús
%A Domingo Muñoz, Rodrigo
%T Breeding habitat preferences and reproductive success of Northern Goshawk (Accipiter gentilis) in exotic Eucalyptus plantations in southwestern Europe
%D 2018
%@ 0378-1127
%U http://hdl.handle.net/10017/41275
%X With ongoing degradation of natural forests and spread of forest plantations, plantations must play an increasinglyimportant role in biodiversity conservation. Study of habitat selection and reproductive success ofsurrogate species in plantations can guide forest management decisions for increasing biodiversity. In this paperwe studied the suitability of exotic Eucalyptus plantations managed at low intensity in northwestern Spain asbreeding habitat for Northern Goshawk (Accipiter gentilis), a top predator frequently considered a surrogatespecies in conservation.Goshawks showed high breeding density, high reproductive success and a regular spatial distribution ofnesting territories. Territoriality was the most important determinant of habitat selection. Goshawks selectedextra-mature Eucalyptus trees in areas of high structural complexity (high tree density, tree species richness, andnumber of tree strata) in the most heterogeneous forest stands (old-mixed Eucalyptus). Reproductive successdecreased with increasing local density of breeding pairs, but reproductive success was not related to structuralcharacteristics of nest stands.The studied plantations provided a suitable breeding habitat for Goshawks. The birds preferred to nest inlarge Eucalyptus trees with appropriate structure in their immediate surroundings. The strong preference ofGoshawks for structurally mature forest patches may make them useful as a surrogate species for assessing theability of forest management practices to promote overall biodiversity in exotic Eucalyptus plantations exploited at low intensity.
%K Biodiversity surrogate
%K Density trap
%K Mature plantation
%K Raptor
%K Smallholding forestry
%K Territoriality
%K Medio Ambiente
%K Environmental science
%~ Biblioteca Universidad de Alcala