Add to ORKGThe groundwater flow pattern through a riparian fen-meadow was investigated by use of piezometer transects, soil survey, measurements of piezometric heads and measurements of hydraulic conductivity. Groundwater was sampled from piezometers and analysed for nitrate-N. Water balances and nitrate-N mass balances were calculated.The groundwater flow pattern through a riparian fen-meadow was investigated by use of piezometer transects, soil survey, measurements of piezometric heads and measurements of hydraulic conductivity. Groundwater was sampled from piezometers and analysed for nitrate-N. Water balances and nitrate-N mass balances were calculated
DOC and nitrate in farmland represent key chemical species that determine the water quality in the K...
Knowledge of the hydrological mechanisms that underlie stable plant communities within natural fens ...
Nitrogen impact on the aquatic environment, including coastal areas, is too high in many countries w...
Numerical modelling of the hydrology in a Danish rich fen area has been conducted. By collecting var...
Quantifying the effects of groundwater abstraction on fen ecosystems located in discharge areas can ...
Contains fulltext : 19391_biogcofor.pdf (publisher's version ) (Open Access)Throug...
Hydrological effects of groundwater abstraction near a Danish river valley have been assessed by int...
With the raising of groundwater levels to protect fens and the climate, there may be a risk of nutri...
Riparian zones are known to function as buffers, reducing non-point source pollution from agricultur...
The thesis demonstrates that studying natural isotopes in groundwater can improve ecohydrological ap...
This study highlights the role of interactions between surface and sub-surface water of the ripari...
Contains fulltext : 60491.pdf (publisher's version ) (Closed access)During the las...
This paper describes the importance of the underwater vegetation on Danish streams and some of the c...
Mires and peatlands in general are heavily influenced by anthropogenic stressors like acidification,...
This paper describes how the friction in danish streams varies as function of the vegetation. The ma...
DOC and nitrate in farmland represent key chemical species that determine the water quality in the K...
Knowledge of the hydrological mechanisms that underlie stable plant communities within natural fens ...
Nitrogen impact on the aquatic environment, including coastal areas, is too high in many countries w...
Numerical modelling of the hydrology in a Danish rich fen area has been conducted. By collecting var...
Quantifying the effects of groundwater abstraction on fen ecosystems located in discharge areas can ...
Contains fulltext : 19391_biogcofor.pdf (publisher's version ) (Open Access)Throug...
Hydrological effects of groundwater abstraction near a Danish river valley have been assessed by int...
With the raising of groundwater levels to protect fens and the climate, there may be a risk of nutri...
Riparian zones are known to function as buffers, reducing non-point source pollution from agricultur...
The thesis demonstrates that studying natural isotopes in groundwater can improve ecohydrological ap...
This study highlights the role of interactions between surface and sub-surface water of the ripari...
Contains fulltext : 60491.pdf (publisher's version ) (Closed access)During the las...
This paper describes the importance of the underwater vegetation on Danish streams and some of the c...
Mires and peatlands in general are heavily influenced by anthropogenic stressors like acidification,...
This paper describes how the friction in danish streams varies as function of the vegetation. The ma...
DOC and nitrate in farmland represent key chemical species that determine the water quality in the K...
Knowledge of the hydrological mechanisms that underlie stable plant communities within natural fens ...
Nitrogen impact on the aquatic environment, including coastal areas, is too high in many countries w...