Abstract
In this paper I provide an overview of conservation genetics and describe the management actions in the wild that can benefit from conservation genetic studies. I describe the genetic factors of risk for the survival of wild species, the consequences of loss of genetic diversity, inbreeding and outbreeding depression, and the use of genetic tools to delimitate units of conservation. Then I introduce the most common applications of conservation genetics in the management of wild populations. In a second part of the paper I review the conservation genetic studies carried on the Iberian raptors. I introduce several studies on the Spanish imperial eagle, the bearded vulture, the black vulture and the red kite that were carried out using autosomal microsatellite markers and mitochondrial DNA (mtDNA) sequencing. I describe studies on the lesser kestrel and Egyptian vulture that additionally applied major histocompatibility complex (MHC) markers, with the purpose of incorporating the study of non–neutral variation. For every species I explain how these studies can be and/or are applied in the strategy of conservation in the wild.
Highlights
Conservation genetics of Iberian raptors.— In this paper I provide an overview of conservation genetics and describe the management actions in the wild that can benefit from conservation genetic studies
A loss of genetic diversity could undermine the adaptive potential of the population, and it has been shown that the adaptive diversity of a population is most of the times already present in the population and not created anew when it is exposed to an environmental change or a new environment (Barrett & Schluter, 2008)
We present here what has been done in the field of conservation genetics as it applies to Iberian raptors
Summary
Conservation genetics of Iberian raptors.— In this paper I provide an overview of conservation genetics and describe the management actions in the wild that can benefit from conservation genetic studies. The most commonly practised actions in management for conservation of endangered populations that can benefit from genetic studies are captive breeding, reintroduction of individuals in the wild and translocations.
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