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• W3107513442 endingPage "2276" @default.
• W3107513442 startingPage "2276" @default.
• W3107513442 abstract "Across its pan-European distribution, the European roe deer (Capreolus capreolus) faces a wide diversity of environmental and climatic conditions; therefore, several factors, including intrinsic ones, shape life-history traits and cause significant variability in parameters of fitness. By utilizing microsatellite variations in 214 roe deer females collected throughout Slovenia, Central Europe, we determined the genetic variability and population structure of this species in the contact zone between the Alps and the Dinaric Mountains, i.e., over a wider area where data on the genetic outlook for this—the most common and widespread European wild ungulate—have been completely lacking so far. Throughout the country, we found moderate microsatellite diversity (Ho = 0.57–0.65) in relation to the observed heterozygosity reported for other roe deer populations in Europe. Spatial differences in genetic diversity of the species in Slovenia can be explained by population history linked to varying approaches to population management and/or different connectivity among subpopulations in topographically differentiated habitats. A country-wide pattern of genetic structure is clearly defined by separation of the populations into three groups present in the following regions: (i) Southern sub-Mediterranean and Karst regions, (ii) Central Slovenia, and (iii) the Sub-Pannonian Region in the north-east. This is also confirmed by evidencing a moderate isolation by distance, especially by separating southern samples (coastal Slovenia) from others. Levels of genetic differentiation vary among populations, which can be explained by the effect of natural geographical barriers or the presence of anthropogenic barriers such as urban areas and highways. In the subset of 172 yearling females, we analyzed the influence of genetic advantage (individual heterozygosity) and other genetic data (reflected in the structuring of the population) on body mass and reproductive ability. We found evidence that genetic factors influence the body mass of roe deer yearling females (explaining altogether 18.8% of body mass variance), and the level of individual heterozygosity alone also positively affected body mass, which is in accordance with the theory that heterozygosity is commonly positively correlated with fitness in wild populations. However, we did not uncover any effect of heterozygosity on two parameters of reproductive ability (fertility and potential reproductive outcome), indicating that several other factors, especially environmental ones, have a predominant effect on the parameters of fitness in roe deer." @default.
• W3107513442 created "2020-12-07" @default.
• W3107513442 creator A5006623963 @default.
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• W3107513442 creator A5048113991 @default.
• W3107513442 creator A5066291194 @default.
• W3107513442 creator A5067360525 @default.
• W3107513442 date "2020-12-02" @default.
• W3107513442 modified "2023-09-26" @default.
• W3107513442 title "First Insights into the Population Genetic Structure and Heterozygosity–Fitness Relationship in Roe Deer Inhabiting the Area between the Alps and Dinaric Mountains" @default.
• W3107513442 cites W13550806 @default.
• W3107513442 cites W1506066314 @default.
• W3107513442 cites W1565816584 @default.
• W3107513442 cites W1919772617 @default.
• W3107513442 cites W1964737931 @default.
• W3107513442 cites W1972415477 @default.
• W3107513442 cites W1973001981 @default.
• W3107513442 cites W1974744321 @default.
• W3107513442 cites W1977601452 @default.
• W3107513442 cites W1978140489 @default.
• W3107513442 cites W1979983361 @default.
• W3107513442 cites W1991737027 @default.
• W3107513442 cites W1995067593 @default.
• W3107513442 cites W1995229552 @default.
• W3107513442 cites W1995652006 @default.
• W3107513442 cites W1998025025 @default.
• W3107513442 cites W2005943848 @default.
• W3107513442 cites W2011299068 @default.
• W3107513442 cites W2011521696 @default.
• W3107513442 cites W2016603972 @default.
• W3107513442 cites W2019357140 @default.
• W3107513442 cites W2022536589 @default.
• W3107513442 cites W2026350054 @default.
• W3107513442 cites W2028402492 @default.
• W3107513442 cites W2029000384 @default.
• W3107513442 cites W2035839217 @default.
• W3107513442 cites W2036642218 @default.
• W3107513442 cites W2037970566 @default.
• W3107513442 cites W2037983742 @default.
• W3107513442 cites W2044375460 @default.
• W3107513442 cites W2045571867 @default.
• W3107513442 cites W2047417387 @default.
• W3107513442 cites W2057700249 @default.
• W3107513442 cites W2061254154 @default.
• W3107513442 cites W2078352132 @default.
• W3107513442 cites W2079861764 @default.
• W3107513442 cites W2080569663 @default.
• W3107513442 cites W2080698579 @default.
• W3107513442 cites W2087975176 @default.
• W3107513442 cites W2089091185 @default.
• W3107513442 cites W2099837667 @default.
• W3107513442 cites W2113848015 @default.
• W3107513442 cites W2117089498 @default.
• W3107513442 cites W2119808464 @default.
• W3107513442 cites W2120962599 @default.
• W3107513442 cites W2121512231 @default.
• W3107513442 cites W2122653427 @default.
• W3107513442 cites W2123032126 @default.
• W3107513442 cites W2123911579 @default.
• W3107513442 cites W2125092464 @default.
• W3107513442 cites W2128234949 @default.
• W3107513442 cites W2130517250 @default.
• W3107513442 cites W2133789618 @default.
• W3107513442 cites W2134324559 @default.
• W3107513442 cites W2134589858 @default.
• W3107513442 cites W2139284516 @default.
• W3107513442 cites W2141404448 @default.
• W3107513442 cites W2141567528 @default.
• W3107513442 cites W2142644281 @default.
• W3107513442 cites W2145917519 @default.
• W3107513442 cites W2146290595 @default.
• W3107513442 cites W2152833972 @default.
• W3107513442 cites W2153798616 @default.
• W3107513442 cites W2154902244 @default.
• W3107513442 cites W2156141960 @default.
• W3107513442 cites W2157586006 @default.
• W3107513442 cites W2158364367 @default.
• W3107513442 cites W2158489424 @default.
• W3107513442 cites W2159913262 @default.
• W3107513442 cites W2160618452 @default.
• W3107513442 cites W2161339576 @default.
• W3107513442 cites W2167738911 @default.
• W3107513442 cites W2170108707 @default.
• W3107513442 cites W2170190079 @default.
• W3107513442 cites W2315297118 @default.
• W3107513442 cites W2319524380 @default.
• W3107513442 cites W2560603072 @default.
• W3107513442 cites W2605434909 @default.
• W3107513442 cites W2606299803 @default.
• W3107513442 cites W2773280079 @default.
• W3107513442 cites W2774226695 @default.
• W3107513442 cites W2795211062 @default.
• W3107513442 cites W2907220159 @default.
• W3107513442 cites W2910536119 @default.
• W3107513442 cites W3083314143 @default.
• W3107513442 cites W3087451676 @default.
• W3107513442 cites W3167798944 @default.
• W3107513442 cites W4293052628 @default.

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