Population genetic diversity of the clonal plant Geum reptans (Rosaceae) in the Swiss Alps
AR Pluess, J Stöcklin - American Journal of Botany, 2004 - Wiley Online Library
In the alpine landscape most plant populations are spatially isolated due to extreme
patchiness and strong natural fragmentation. We used RAPD‐PCR (randomly amplified
polymorphic DNA polymerase chain reaction) for a study of the genetic diversity within and
among 20 populations of Geum reptans, an outcrossing clonal plant species in the Swiss
Alps. Populations were sampled at different altitudes, in early‐, medium‐and late‐
successional habitats (population origin) using a spatially hierarchical design, with …
patchiness and strong natural fragmentation. We used RAPD‐PCR (randomly amplified
polymorphic DNA polymerase chain reaction) for a study of the genetic diversity within and
among 20 populations of Geum reptans, an outcrossing clonal plant species in the Swiss
Alps. Populations were sampled at different altitudes, in early‐, medium‐and late‐
successional habitats (population origin) using a spatially hierarchical design, with …
[PDF][PDF] Population genetic diversity of the clonal plant Geum reptans in the Swiss Alps
AR Pluess, J Stöcklin - Plant genetic diversity and population differentiation in … - core.ac.uk
In the alpine landscape most plant populations are spatially isolated due to extreme
patchiness and strong natural fragmentation. We used RAPD-PCR (randomly amplified
polymorphic DNA polymerase chain reaction) for a study of the genetic diversity within and
among 20 populations of Geum reptans, an outcrossing clonal plant species in the Swiss
Alps. Populations were sampled at different altitudes, in early-, medium-and late-
successional habitats (population origin) using a spatially hierarchical design, with …
patchiness and strong natural fragmentation. We used RAPD-PCR (randomly amplified
polymorphic DNA polymerase chain reaction) for a study of the genetic diversity within and
among 20 populations of Geum reptans, an outcrossing clonal plant species in the Swiss
Alps. Populations were sampled at different altitudes, in early-, medium-and late-
successional habitats (population origin) using a spatially hierarchical design, with …
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