Drifting sands in the Netherlands are the result of human over-exploitation (sod-cutting, over-grazing) of woodlands and heathlands. The most important association of inland sand dune areas is the Spergulo-Corynephoretum (Corynephorion canescentis), which is poor in vascular plants, but in it older stager rich in mosses and especially lichens. In the Netherlands, the area of drifting sand is reduced dramatically in the last 70 years. mainly by afforestation and spontaneous succession
This report forms part of an interdisciplinary survey on landscape ecology of the Dutch coastal dune...
Restoration management of degraded drift sand on the Deelensche Zand: The Deelensche Zand (part of t...
In order to stop the continuous decline of typical dune slack communities along the Dutch coast, res...
In the Netherlands the total active inland drift-sand area has been declining rapidly during the las...
Zandverstuivingen, zoals het Kootwijkerzand en de Loonse en Drunense Duinen, ontstonden door overbeg...
The Dutch coastal dunes carry a rich and varied flora. This richness is dependent on the local mosai...
A short history of Dutch dune vegetation research is presented as an introduction to the present res...
Between 1996 and 2006 the vegetation succession in drift sands and in blown-out gravel-rich depressi...
In this paper we compare the cryptogam vegetation in the Spergulo-Corynephoretum and Genisto-Callune...
The colonisation of mobile sand dunes in the Veluwe, the Netherlands, was studied, as well as the sp...
There are not many sites in densely populated temperate Europe where primary forest succession has a...
European drift-sand areas reached their maximum size in the 19th century. From the late 19th until t...
The ‘Amsterdamse Waterleidingduinen’ is a dune area near Haarlem in the calcareous Dune district. Si...
The negative impact of grass and moss encroachment on the botanical diversity of West European coast...
Many rare plant species occur in Dutch wet dune slacks, particularly in the Junco baltici-Schoenetum...
This report forms part of an interdisciplinary survey on landscape ecology of the Dutch coastal dune...
Restoration management of degraded drift sand on the Deelensche Zand: The Deelensche Zand (part of t...
In order to stop the continuous decline of typical dune slack communities along the Dutch coast, res...
In the Netherlands the total active inland drift-sand area has been declining rapidly during the las...
Zandverstuivingen, zoals het Kootwijkerzand en de Loonse en Drunense Duinen, ontstonden door overbeg...
The Dutch coastal dunes carry a rich and varied flora. This richness is dependent on the local mosai...
A short history of Dutch dune vegetation research is presented as an introduction to the present res...
Between 1996 and 2006 the vegetation succession in drift sands and in blown-out gravel-rich depressi...
In this paper we compare the cryptogam vegetation in the Spergulo-Corynephoretum and Genisto-Callune...
The colonisation of mobile sand dunes in the Veluwe, the Netherlands, was studied, as well as the sp...
There are not many sites in densely populated temperate Europe where primary forest succession has a...
European drift-sand areas reached their maximum size in the 19th century. From the late 19th until t...
The ‘Amsterdamse Waterleidingduinen’ is a dune area near Haarlem in the calcareous Dune district. Si...
The negative impact of grass and moss encroachment on the botanical diversity of West European coast...
Many rare plant species occur in Dutch wet dune slacks, particularly in the Junco baltici-Schoenetum...
This report forms part of an interdisciplinary survey on landscape ecology of the Dutch coastal dune...
Restoration management of degraded drift sand on the Deelensche Zand: The Deelensche Zand (part of t...
In order to stop the continuous decline of typical dune slack communities along the Dutch coast, res...