The Inputs table contains data on the yearly riverine inputs of loads to transitional, coastal and marine waters which are monitored at Eionet-Water flux stations, provided by national sources or Marine Conventions. Each flux station has been assigned a unique Waterbase identifier (WaterbaseID) which can be used to link the Input data with their respective Flux Stations data.
year of aggregation period (aggregated data sets), or year in which sample taken (disaggregated data sets), in format YYYY. Year should be no later than that requested in the last Eionet-Water data request.
unit of measurement.
remarks, comments or explanatory notes.
internally produced, unique identifier used to represent the monitoring station for rivers, lakes, transitional, coastal and marine waters, and water quantity, in the format CountryCode_WaterDataSet_NationalStationID (e.g. AT_RV_001), or the groundwater body, in the format CountryCode_WaterDataSet_EWN-Code (e.g. AT_GW_AT001).
Chemical Abstract Service Number
Chemical Abstract Service Number of determinand.
estimated load of determinand.
abbreviation of EEA Member or Collaborating country. ISO 3166-alpha-2 code elements.
L=lower estimate based on treating determinand values that are less than the limits of detection as zero, U=upper estimate based on treating determinand values that are less than the limits of detection as equivalent to limit of detection value, X=unspecified.
Method of estimation
OutY=calculations including outlier values, OutN=calculations excluding outlier values, FloodY=calculations accounting for flood events, FloodN=calculations not accounting for flood events, XSS=loads calculated by extrapolation from concentrations (of micropollutants) in suspended sediment, Other=other methods.
(TV, DVD player, stereo system) into a single multi-socket electrical bar. When not in use, simply switch off the bar and save on the electrical consumption by as much as 10 %. Appliances left on standby still use quite a lot of electricity.
More green tips