Recognition of the distinction between population expansion and arrival of a species is crucial for interpreting pollen diagrams. F. grandifolia probably occurred during the Wisconsin full-glacial (18 000 BP) as a scarce tree over much of SE North America, and did not have a localized 'refugium'. By 14 000 BP it had begun spreading north, still at very low population densities. Between 14 000 and 10 000 BP it reached high densities locally in the southeast, probably as the result of population expansion while the climate was temporarily favourable. F. grandifolia had reached approximately to its present geographic limits by 7000 BP, but continued to spread, at a lower rate, in some areas until the present. The E Great Lakes region, where F....
The long life and large size of trees make it unrealistic to use conventional methods of plant biolo...
<p>Because species respond individually to climate change, understanding community assembly requires...
1. In northern Idaho (USA), more than 100 vascular plant species are disjunct <200 km from their mai...
Recognition of the distinction between population expansion and arrival of a species is crucial for ...
The reaction of vegetation to past climate change provides important insights for vegetation respons...
International audienceAim: Palaeoecological reconstructions document past vegetation change, with es...
Aim Palaeoecological reconstructions document past vegetation change with estimates of rapid rates o...
Fossil pollen was used to map American beech (Fagus grandifolia) populations in Wisconsin and Michig...
Aim Establishing possible relationships between the magnitudes of the glacial distribution of the Eu...
Aim Using a new approach to analyse fossil pollen data, we investigate temporal and spatial pattern...
International audienceAt northern temperate latitudes trees haveadjusted their ranges subs...
Aim Understanding the driving forces and mechanisms of changes in past plant distribution and abunda...
Aim Palaeoecological reconstructions document past vegetation change, with estimates of fast shifts ...
The range size and range edges of plant species are believed to be controlled by environmental facto...
Aims: The aim of this study is to explore the migration (colonization of new areas) and subsequent p...
The long life and large size of trees make it unrealistic to use conventional methods of plant biolo...
<p>Because species respond individually to climate change, understanding community assembly requires...
1. In northern Idaho (USA), more than 100 vascular plant species are disjunct <200 km from their mai...
Recognition of the distinction between population expansion and arrival of a species is crucial for ...
The reaction of vegetation to past climate change provides important insights for vegetation respons...
International audienceAim: Palaeoecological reconstructions document past vegetation change, with es...
Aim Palaeoecological reconstructions document past vegetation change with estimates of rapid rates o...
Fossil pollen was used to map American beech (Fagus grandifolia) populations in Wisconsin and Michig...
Aim Establishing possible relationships between the magnitudes of the glacial distribution of the Eu...
Aim Using a new approach to analyse fossil pollen data, we investigate temporal and spatial pattern...
International audienceAt northern temperate latitudes trees haveadjusted their ranges subs...
Aim Understanding the driving forces and mechanisms of changes in past plant distribution and abunda...
Aim Palaeoecological reconstructions document past vegetation change, with estimates of fast shifts ...
The range size and range edges of plant species are believed to be controlled by environmental facto...
Aims: The aim of this study is to explore the migration (colonization of new areas) and subsequent p...
The long life and large size of trees make it unrealistic to use conventional methods of plant biolo...
<p>Because species respond individually to climate change, understanding community assembly requires...
1. In northern Idaho (USA), more than 100 vascular plant species are disjunct <200 km from their mai...