Relative contribution of contemporary pollen and seed dispersal to the effective parental size of seedling population of California valley oak (Quercus lobata, Née)
D Grivet, JJ ROBLEDO‐ARNUNCIO… - Molecular …, 2009 - Wiley Online Library
For plant populations, gene movement through pollen and seed dispersal governs the size
of local genetic neighbourhoods and shapes the opportunities for natural selection and
genetic drift. A critical question is how together these two processes influence the
evolutionary dynamics of local populations. To assess the respective contributions of pollen
and seed flow, we propose a novel indirect assessment of the separate male and female
gametic contributions to total effective parental size (Ne), based on parental correlations …
of local genetic neighbourhoods and shapes the opportunities for natural selection and
genetic drift. A critical question is how together these two processes influence the
evolutionary dynamics of local populations. To assess the respective contributions of pollen
and seed flow, we propose a novel indirect assessment of the separate male and female
gametic contributions to total effective parental size (Ne), based on parental correlations …
Relative contribution of contemporary pollen and seed dispersal to the effective parental size of seedling population of California valley oak (Quercus lobata, Née)
D Grivet Delphine, JJ Robledo Arnuncio, PE Smouse… - sidalc.net
For plant populations, gene movement through pollen and seed dispersal governs the size
of local genetic neighbourhoods and shapes the opportunities for natural selection and
genetic drift. A critical question is how together these two processes influence the
evolutionary dynamics of local populations. To assess the respective contributions of pollen
and seed flow, we propose a novel indirect assessment of the separate male and female
gametic contributions to total effective parental size (Ne), based on parental correlations …
of local genetic neighbourhoods and shapes the opportunities for natural selection and
genetic drift. A critical question is how together these two processes influence the
evolutionary dynamics of local populations. To assess the respective contributions of pollen
and seed flow, we propose a novel indirect assessment of the separate male and female
gametic contributions to total effective parental size (Ne), based on parental correlations …
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