Macrofossil series from mountainous and polar areas such as the Alps, the Scandes, and the Rocky Mountains provide useful information about the late Quaternary course of treelines. Reconstructions of past treeline positions and compositions after the Ice Age can be used to infer paleoclimatic information or to study treeline ecosystem responses to (rapid) climatic change. Both approaches are illustrated by study cases. In addition to these paleoclimatic and paleoecological issues, macrofossil records can be used to validate dynamic treeline vegetation models. An example from the Alps shows the high potential of such a procedure towards applying forest-succession models for assessing future vegetation dynamics at treeline
International audienceWe use pollen, stomata and plant-macrofossil records to infer Holocene timberl...
Palaeoecological studies in the "Alpe d'Essertse" area have provided much information about Vegetati...
Quaternary climate variability strongly affected ecosystems and vegetation. Climatic oscillations be...
Macrofossil series from mountainous and polar areas such as the Alps, the Scandes, and the Rocky Mou...
Since the 1990s, ice patch research in Northern Canada has yielded valuable scientific information. ...
Plant macrofossils consist of reproductive and vegetative plant parts visible to the unaided eye. La...
Past treelines can rarely be recorded by pollen percentages alone, but pollen concentration, pollen ...
Plant macrofossils from the end of the Younger Dryas were analysed at three sites, Gerzensee (603 m ...
to simulate Holocene treeline dynamics along an elevational transect in the Central European Alps, i...
In order to infer reactions of treeline and alpine vegetation to climatic change, past vegetation ch...
Pollen and plant-macrofossil data are presented for two lakes near the timberline in the Italian (La...
Mountain vegetation is strongly affected by temperature and is expected to shift upwards with climat...
Amplitudes and rates of climate changes and environmental responses were especially high during the ...
We use pollen, stomata and plant-macrofossil records to infer Holocene timberline fluctuations and c...
Pollen and macrofossils were analyzed at two sites above today's treeline (or tree limit) in the Swi...
International audienceWe use pollen, stomata and plant-macrofossil records to infer Holocene timberl...
Palaeoecological studies in the "Alpe d'Essertse" area have provided much information about Vegetati...
Quaternary climate variability strongly affected ecosystems and vegetation. Climatic oscillations be...
Macrofossil series from mountainous and polar areas such as the Alps, the Scandes, and the Rocky Mou...
Since the 1990s, ice patch research in Northern Canada has yielded valuable scientific information. ...
Plant macrofossils consist of reproductive and vegetative plant parts visible to the unaided eye. La...
Past treelines can rarely be recorded by pollen percentages alone, but pollen concentration, pollen ...
Plant macrofossils from the end of the Younger Dryas were analysed at three sites, Gerzensee (603 m ...
to simulate Holocene treeline dynamics along an elevational transect in the Central European Alps, i...
In order to infer reactions of treeline and alpine vegetation to climatic change, past vegetation ch...
Pollen and plant-macrofossil data are presented for two lakes near the timberline in the Italian (La...
Mountain vegetation is strongly affected by temperature and is expected to shift upwards with climat...
Amplitudes and rates of climate changes and environmental responses were especially high during the ...
We use pollen, stomata and plant-macrofossil records to infer Holocene timberline fluctuations and c...
Pollen and macrofossils were analyzed at two sites above today's treeline (or tree limit) in the Swi...
International audienceWe use pollen, stomata and plant-macrofossil records to infer Holocene timberl...
Palaeoecological studies in the "Alpe d'Essertse" area have provided much information about Vegetati...
Quaternary climate variability strongly affected ecosystems and vegetation. Climatic oscillations be...