Publications

genetic diversity and population structure of scottish highland red deer (cervus elaphus) populations: a mitochondrial survey.	the largest population of red deer (cervus elaphus) in europe is found in scotland. however, human impacts through hunting and introduction of foreign deer stock have disturbed the population's genetics to an unknown extent. in this study, we analysed mitochondrial control region sequences of 625 individuals to assess signatures of human and natural historical influence on the genetic diversity and population structure of red deer in the scottish highlands. genetic diversity was high with 74 hap ...	2009	19002206
the impact of past introductions on an iconic and economically important species, the red deer of scotland.	the red deer (cervus elaphus) is an iconic species in scotland and, due to its value as a game species, an important element of the scottish rural economy. the native status of this species is sometimes questioned because of many recorded introductions of nonnative deer in the past that were an attempt to improve trophy size. in this study, we assessed the impact of past introductions on the genetic makeup of scottish red deer by genotyping at 15 microsatellite loci a large number of samples (n ...	2012	23091222
long-term density-dependent changes in habitat selection in red deer (cervus elaphus).	understanding how habitat selection changes with population density is a key concept in population regulation, community composition and managing impacts on biodiversity and ecosystem services. at low density, it is expected that individuals select habitats in terms of their preference, but as population density increases, the availability of resources per individual declines on preferred habitats, leading to competition which forces some individuals to exploit less preferred habitats. using spa ...	2013	23719900
wear fast, die young: more worn teeth and shorter lives in iberian compared to scottish red deer.	teeth in cervidae are permanent structures that are not replaceable or repairable; consequently their rate of wear, due to the grinding effect of food and dental attrition, affects their duration and can determine an animal's lifespan. tooth wear is also a useful indicator of accumulative life energy investment in intake and mastication and their interactions with diet. little is known regarding how natural and sexual selection operate on dental structures within a species in contrasting environ ...	2015	26252380