This paper presents the results of multi-disciplinary research carried out on the deposits of a residual channel (“Peerdemeers”) of the Kale/Durme River in the Moervaart depression, NW Belgium. The combination of physical, botanical, zoological and chemical analyses allowed a detailed reconstruction of the channel ecosystem and the vegetation in the surrounding landscape during the Younger Dryas and Early Holocene. A chronology for the record was provided by radiocarbon dating. Vegetation patterns were influenced by major climate changes that occurred during this period. During the early Younger Dryas, the river channel was active and vegetation was open with scattered birch copses, shrubs, grasses and herbs. The channel was cut-off in the ...
We studied twelve late Holocene organic deposits in West-Frisia, The Netherlands. Pollen, spores, no...
The Younger Dryas cold period caused major changes in vegetation and depositional environments. This...
Reconstructing and quantifying human impact is an important step to understand how, when and to what...
This paper presents the results of multi-disciplinary research carried out on the deposits of a resi...
In this paper, a detailed vegetation and environmental reconstruction for the Lateglacial interstadi...
This paper explores possible explanations for two important patterns within the Younger Dryas occupa...
Late-glacial vegetation changes were studied at Rieme, NW Belgium. Human occupation of this cover sa...
The infill of abandoned river channels is the main information source on postglacial vegetation and ...
Late-glacial vegetation changes were studied at Rieme, NW Belgium. Human occupation of this cover sa...
This paper gives a short overview and discussion of the archaeological and environmental evidence re...
The analysis of a large number of charcoal fragments from fire places from a wetland camp site of th...
The fluvial environment of Early Holocene small- to middle-sized lowland rivers in northwest Europe ...
The Early Holocene landscape near Zutphen (The Netherlands) is reconstructed by means of microfossi...
During the Late Glacial recolonization of NW Europe, hunter-gatherers preferably settled in sheltere...
This paper describes the landscape evolution of the Waasland Scheldt polders in the north of Belgium...
We studied twelve late Holocene organic deposits in West-Frisia, The Netherlands. Pollen, spores, no...
The Younger Dryas cold period caused major changes in vegetation and depositional environments. This...
Reconstructing and quantifying human impact is an important step to understand how, when and to what...
This paper presents the results of multi-disciplinary research carried out on the deposits of a resi...
In this paper, a detailed vegetation and environmental reconstruction for the Lateglacial interstadi...
This paper explores possible explanations for two important patterns within the Younger Dryas occupa...
Late-glacial vegetation changes were studied at Rieme, NW Belgium. Human occupation of this cover sa...
The infill of abandoned river channels is the main information source on postglacial vegetation and ...
Late-glacial vegetation changes were studied at Rieme, NW Belgium. Human occupation of this cover sa...
This paper gives a short overview and discussion of the archaeological and environmental evidence re...
The analysis of a large number of charcoal fragments from fire places from a wetland camp site of th...
The fluvial environment of Early Holocene small- to middle-sized lowland rivers in northwest Europe ...
The Early Holocene landscape near Zutphen (The Netherlands) is reconstructed by means of microfossi...
During the Late Glacial recolonization of NW Europe, hunter-gatherers preferably settled in sheltere...
This paper describes the landscape evolution of the Waasland Scheldt polders in the north of Belgium...
We studied twelve late Holocene organic deposits in West-Frisia, The Netherlands. Pollen, spores, no...
The Younger Dryas cold period caused major changes in vegetation and depositional environments. This...
Reconstructing and quantifying human impact is an important step to understand how, when and to what...