Search Results
Displaying 1 - 9 of 9 results found
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DBA 2004 - Map 14: Hydromorphological Alterations (3.19 MB)
Risk of failure to reach the Environmental Objectives - Hydromorphological Alterations Layers: Surface Water Bodies (Water body at risk, Water body possibly at risk, Water body not at risk) -
DBA 2004 - Map 13: Nutrient Pollution (3.2 MB)
Risk of failure to reach the Environmental Objectives - Nutrient Pollution Layers: Surface Water Bodies (Water body at risk, Water body possibly at risk, Water body not at risk) -
DBA 2004 - Map 12: Hazardous Substances (3.2 MB)
Risk of failure to reach the Environmental Objectives - Hazardous Substances Layers: Surface Water Bodies (Water body at risk, Water body possibly at risk, Water body not at risk) -
DBA 2004 - Map 11: Organic Pollution (3.19 MB)
Risk of failure to reach the Environmental Objectives - Organic Pollution Layers: Surface Water Bodies (Water body at risk, Water body possibly at risk, Water body not at risk) -
DBA 2004 - Map 10: Heavily Modified Surface Waters (3.15 MB)
Important Heavily Modified Surface Waters (provisional identification) Layers: Transitional waters, Coastal waters, Heavily modified surface waters (aggregated water bodies according to aggreed... -
DBA 2004 - Map 9: Old Contaminated Sites (2.94 MB)
Old Contaminated Sites in Potentially Flooded Areas Layer: Old contaminated sites -
DBA 2004 - Map 7: Major Hydraulic Structures (1.35 MB)
Major Hydraulic Structures Layers: Hydraulic structures (mainly dams and weirs), Harbours, Waterways ECE I-IV, Waterways ECE V-VII, Free flowing river stretch, Strongly regulated river stretch... -
DBA 2004 - Map 5: Significant Point Sources of Pollution (3.11 MB)
Significant Point Sources of Pollution Layers: Nuclear power plants, Significant Point Sources (Municipal WWTP, Municipal untreated, Industrial, Agicultural) -
daNUbs - Nutrient Management in the Danube River Basin
daNUbs was a mulitnational EU research project carried out under the leadership of the Technical University of Vienna. The results from this project include estimates of nutrient inputs into the river network (MONERIS), as well as an assessment of the loads of nitrogen, phosphorus and silica transported via the river network. These results indicate that the nutrient status in the Black Sea has significantly improved since the 1980s.
