Over the past five years there have been significant advances in both genetic and palaeoecological research on the ancestry of populations. The alternation of cold and warm stages during the Ice Ages has caused repeated geographic restriction and expansion of many organisms. The conference will examine the degree to which this may have affected the evolution of the organisms involved and their relationships, particularly the mechanisms and rates of changing selective processes. It will bring together geneticists, palaeoecologists, evolutionary biologists, geologists, taxonomists, archaeologists and biogeographers to contribute to an emerging synthesis on the evolutionary significance of the Ice Ages
The role of the Quaternary ice ages in forming the contemporary genetic structure of populations has...
International audienceWe address the impact of the ice age cycles on intraspecific cpDNA diversity, ...
International audienceUnderstanding the impact of postglacial recolonization on genetic diversity is...
Past climatic changes and especially the ice ages have had a great impact on both the distribution a...
International audienceAim: Late Quaternary glaciations left an enduring imprint on the distribution ...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
An appreciation of the scale and frequency of climatic oscillations in the past few million years is...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
The genetic effects of pleistocene ire ages are approached by deduction from paleoenvironmental info...
The Pleistocene climatic fluctuations had a huge impact on all life-forms, and various hypotheses re...
Genetic analysis adds a novel dimension to paleoecology that is becoming increasingly important for ...
International audienceIn wide-ranging species, the genetic consequences of range shifts in response ...
Ecology Letters (2012) 15: 649657 Abstract Paleoclimatic reconstructions coupled with species distri...
The Quaternary cold periods in Europe are thought to have heavily influenced the amount and distribu...
The role of the Quaternary ice ages in forming the contemporary genetic structure of populations has...
International audienceWe address the impact of the ice age cycles on intraspecific cpDNA diversity, ...
International audienceUnderstanding the impact of postglacial recolonization on genetic diversity is...
Past climatic changes and especially the ice ages have had a great impact on both the distribution a...
International audienceAim: Late Quaternary glaciations left an enduring imprint on the distribution ...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
An appreciation of the scale and frequency of climatic oscillations in the past few million years is...
Quaternary glaciations and mostly last glacial maximum have shaped the contemporary distribution of ...
The genetic effects of pleistocene ire ages are approached by deduction from paleoenvironmental info...
The Pleistocene climatic fluctuations had a huge impact on all life-forms, and various hypotheses re...
Genetic analysis adds a novel dimension to paleoecology that is becoming increasingly important for ...
International audienceIn wide-ranging species, the genetic consequences of range shifts in response ...
Ecology Letters (2012) 15: 649657 Abstract Paleoclimatic reconstructions coupled with species distri...
The Quaternary cold periods in Europe are thought to have heavily influenced the amount and distribu...
The role of the Quaternary ice ages in forming the contemporary genetic structure of populations has...
International audienceWe address the impact of the ice age cycles on intraspecific cpDNA diversity, ...
International audienceUnderstanding the impact of postglacial recolonization on genetic diversity is...