Add to ORKGThis study of nitrate, phosphate and salinity levels in the western Irish Sea indicates that the distribution of nutrient levels can be explained by taking into account the known physical and hydrological features of the area. There is a clear inverse relationship between nitrate and salinity data with nitrate levels decreasing rapidly moving offshore. The distribution of phosphate levels is more complex and appears to be influenced by multiple point source inputs and inflows from the Celtic Sea
The diapycnal flux of nitrate from the deep water provides a limit on new production in the subsurfa...
peer-reviewedThe main environmental impact of Irish agriculture on surface and ground water quality ...
The Marine Institute in Ireland carries out a national phytoplankton monitoring programme which exte...
Historical nutrient and phytoplankton data from the Irish Sea are reviewed in the light of recent st...
Single point time-series data collected in the Irish Sea since 1954 by Allen et al. (1998) have been...
Nutrient data from five winter cruises since 1994 and the 40-year time series from the CYPRIS statio...
Excessive nutrient loading to the marine environment from different sources and pathways, including ...
A programme monitoring water quality was carried out at 11 sites in Kilkieran Bay, Co. Galway from 1...
Estuaries are highly biologically active zones lying between freshwater and marine systems. The clas...
increased inputs of nutrients to possible increases in phytoplankton production (eutrophication). Or...
The question of whether the Irish Sea is eutrophic is addressed by reviewing the evidence for anthro...
AbstractRelatively little is known about dissolved organic nitrogen (DON) in the marine environment ...
The nitrate and phosphate levels were monitored over a one-year period in three inshore localities ...
Nitrate-phosphate relationships in the northern Irminger Sea in August-September 1965 indicate almos...
AbstractAnthropogenic pressures have led to problems of nutrient over-enrichment and eutrophication ...
The diapycnal flux of nitrate from the deep water provides a limit on new production in the subsurfa...
peer-reviewedThe main environmental impact of Irish agriculture on surface and ground water quality ...
The Marine Institute in Ireland carries out a national phytoplankton monitoring programme which exte...
Historical nutrient and phytoplankton data from the Irish Sea are reviewed in the light of recent st...
Single point time-series data collected in the Irish Sea since 1954 by Allen et al. (1998) have been...
Nutrient data from five winter cruises since 1994 and the 40-year time series from the CYPRIS statio...
Excessive nutrient loading to the marine environment from different sources and pathways, including ...
A programme monitoring water quality was carried out at 11 sites in Kilkieran Bay, Co. Galway from 1...
Estuaries are highly biologically active zones lying between freshwater and marine systems. The clas...
increased inputs of nutrients to possible increases in phytoplankton production (eutrophication). Or...
The question of whether the Irish Sea is eutrophic is addressed by reviewing the evidence for anthro...
AbstractRelatively little is known about dissolved organic nitrogen (DON) in the marine environment ...
The nitrate and phosphate levels were monitored over a one-year period in three inshore localities ...
Nitrate-phosphate relationships in the northern Irminger Sea in August-September 1965 indicate almos...
AbstractAnthropogenic pressures have led to problems of nutrient over-enrichment and eutrophication ...
The diapycnal flux of nitrate from the deep water provides a limit on new production in the subsurfa...
peer-reviewedThe main environmental impact of Irish agriculture on surface and ground water quality ...
The Marine Institute in Ireland carries out a national phytoplankton monitoring programme which exte...