The Lieper Posse is a calcareous, ground water-fed fen system, situated in the end-moraine area of northeastern Germany. Nowadays the fen is partly drained and the vegetation adversely affected; hence regeneration measures are considered. Here we report a pilot survey of the actual vegetation cover in relation to the hydrological conditions of the system.The vegetation in the central part of the fen system can be assigned to the Caricetum lasiocarpae, with small areas of Eleocharitetum quinqueflorae. The southern part of the system includes a Ledo-Pinetum sylvestris bog. Along the edges eutrophic forest types are present.Peat analysis revealed that the system started as an open lake and subsequently changed into a rheophilous mire, 'percola...
We carried out an eco-hydrological analysis to evaluate the most important effects of land use chang...
Abstract: Considerable changes in plant sociological, pedologic and hydrologic conditions has been...
Fen meadows (Cirsio dissecti-Molinietum) are seriously threatened by desiccation, acidification and ...
The Lieper Posse is a calcareous, ground water-fed fen system, situated in the end-moraine area of n...
The Lieper Posse is a calcareous, ground water-fed fen system, situated in the end-moraine area of n...
Im Rahmen eines Life-Projektes wurden mehrere große Niedermoore innerhalb des Naturparkes Nossentine...
The vegetation of one of the largest spring mires in Poland has been studied with special regard to ...
The vegetation of one of the largest spring mires in Poland has been studied with special regard to ...
Abstract: The fen Tessiner Moor is situated in the western part of Mecklenburg-Western Pomerania. ...
Hydrogeologische Untersuchungen in vier Mooren zeigen, dass sich der stark zersetzte, oligotroph-sau...
This report presents the findings of quick surveys in three declining calcareous rich fens in the Sl...
Abstract: Flora, mire vegetation, actual and fossil pollen precipitation of medieval fish ponds ar...
Abstract: Most of Northeast German ombrogenous raised bogs (83% of 4310 ha) are covered by woody v...
Im Rahmen von Dauerbeobachtungen zur Vegetationsentwicklung von Feuchtgebieten in Eifel und Hunsrück...
Abstract: Sphagnum fens of the north-eastern lowlands of Germany are mostly small-area and are of ...
We carried out an eco-hydrological analysis to evaluate the most important effects of land use chang...
Abstract: Considerable changes in plant sociological, pedologic and hydrologic conditions has been...
Fen meadows (Cirsio dissecti-Molinietum) are seriously threatened by desiccation, acidification and ...
The Lieper Posse is a calcareous, ground water-fed fen system, situated in the end-moraine area of n...
The Lieper Posse is a calcareous, ground water-fed fen system, situated in the end-moraine area of n...
Im Rahmen eines Life-Projektes wurden mehrere große Niedermoore innerhalb des Naturparkes Nossentine...
The vegetation of one of the largest spring mires in Poland has been studied with special regard to ...
The vegetation of one of the largest spring mires in Poland has been studied with special regard to ...
Abstract: The fen Tessiner Moor is situated in the western part of Mecklenburg-Western Pomerania. ...
Hydrogeologische Untersuchungen in vier Mooren zeigen, dass sich der stark zersetzte, oligotroph-sau...
This report presents the findings of quick surveys in three declining calcareous rich fens in the Sl...
Abstract: Flora, mire vegetation, actual and fossil pollen precipitation of medieval fish ponds ar...
Abstract: Most of Northeast German ombrogenous raised bogs (83% of 4310 ha) are covered by woody v...
Im Rahmen von Dauerbeobachtungen zur Vegetationsentwicklung von Feuchtgebieten in Eifel und Hunsrück...
Abstract: Sphagnum fens of the north-eastern lowlands of Germany are mostly small-area and are of ...
We carried out an eco-hydrological analysis to evaluate the most important effects of land use chang...
Abstract: Considerable changes in plant sociological, pedologic and hydrologic conditions has been...
Fen meadows (Cirsio dissecti-Molinietum) are seriously threatened by desiccation, acidification and ...