The Fennoscandian flora is characterized by a high frequency of polyploids, probably because they were more successful than diploid plants in colonizing after the last Ice Age. The first postglacial colonizers were likely poor competitors and became displaced from the lowlands as forests advanced. Consequently, many of these pioneers are currently found only above tree line. However, some have persisted within the forests on open habitats such as naturally toxic serpentine soils where succession is arrested at the pioneer stage. These populations represent relicts of former widely distributed plants. The polyploid Cerastium alpinum L. (Caryophyllaceae) grows on serpentine soils throughout Fennoscandia. C. alpinum populations on different so...
We investigated allozyme variation in 34 populations of the perennial herb Silene nutans from Sweden...
Analysis of PCR/RFLP variation in 57 Nordic populations of the herb Silene dioica, revealed 13 compo...
The development of vegetation in Arctic glacier forelands has been described as unidirectional, non-...
The Fennoscandian flora is characterized by a high frequency of polyploids, probably because they we...
Most of the Nordic region was ice-covered during the last (Weichselian) glaciation. During the postg...
Quaternary glaciations have played a major role in shaping the genetic diversity and distribution of...
In many plant groups, the number of polyploid species increases as one travels further north from th...
The arctic archipelago of Svalbard was almost completely ice-covered during the last glaciation. If ...
Reconstructing molecular phylogenies and unraveling biogeographic histories of arctic plants are nee...
As the Arctic continues to warm, woody shrubs are expected to expand northward. This process, known ...
The arctic flora is thought to have originated during the Late Tertiary, approximately 3 million yea...
A recent circumpolar survey of chloroplast DNA (cpDNA) haplotypes identified Pleistocene glacial ref...
Polyploidy among plants is most frequent in the arctic where glaciation cycles put selective pressur...
Small, isolated and/or peripheral populations are expected to harbour low levels of genetic variatio...
Recent studies applying innovative technologies, such as genetic analysis and carbon dating, contrad...
We investigated allozyme variation in 34 populations of the perennial herb Silene nutans from Sweden...
Analysis of PCR/RFLP variation in 57 Nordic populations of the herb Silene dioica, revealed 13 compo...
The development of vegetation in Arctic glacier forelands has been described as unidirectional, non-...
The Fennoscandian flora is characterized by a high frequency of polyploids, probably because they we...
Most of the Nordic region was ice-covered during the last (Weichselian) glaciation. During the postg...
Quaternary glaciations have played a major role in shaping the genetic diversity and distribution of...
In many plant groups, the number of polyploid species increases as one travels further north from th...
The arctic archipelago of Svalbard was almost completely ice-covered during the last glaciation. If ...
Reconstructing molecular phylogenies and unraveling biogeographic histories of arctic plants are nee...
As the Arctic continues to warm, woody shrubs are expected to expand northward. This process, known ...
The arctic flora is thought to have originated during the Late Tertiary, approximately 3 million yea...
A recent circumpolar survey of chloroplast DNA (cpDNA) haplotypes identified Pleistocene glacial ref...
Polyploidy among plants is most frequent in the arctic where glaciation cycles put selective pressur...
Small, isolated and/or peripheral populations are expected to harbour low levels of genetic variatio...
Recent studies applying innovative technologies, such as genetic analysis and carbon dating, contrad...
We investigated allozyme variation in 34 populations of the perennial herb Silene nutans from Sweden...
Analysis of PCR/RFLP variation in 57 Nordic populations of the herb Silene dioica, revealed 13 compo...
The development of vegetation in Arctic glacier forelands has been described as unidirectional, non-...