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Data
Chemicals table - this table contains data on chemical quality measured at the EUROWATERNET river monitoring stations. Chemical and Station data can be linked using the WB_ID.
[+] Show table definition (records: 398285)
90_ILE | 90th Percentile concentration over aggregation period | float(8) | 0 | |
DETERMINAND | Determinand name | As defined in Metadata section | nvarchar(30) | 0 |
MINIMUM | Minimum concentration over aggregation period | float(8) | 0 | |
REMARKS | Remarks | nvarchar(100) | 0 | |
MAXIMUM | Maximum concentration over aggregation period | float(8) | 0 | |
PERIOD_ LNGTH | Period Length | Number of months in aggregation period | int(4) | 0 |
PERIOD | Period of aggregation | Annual = aggregated over whole year, Summer = aggregated over summer months, Winter = aggregated over winter months | nvarchar(10) | 0 |
DET_LMT | Limit of Detection | Note: Concentration for which there is a desirably small probability that the determinand will not be detected (usually detected with 95% confidence) | float(8) | 0 |
DATA_SRC | Data Source | nvarchar(20) | 0 | |
WB_ID | WATERBASE ID | Unique WATERBASE identifier, representing EUROWATERNET station | int(4) | 0 |
10_ILE | 10th Percentile concentration over aggregation period | float(8) | 0 | |
YEAR | Year of measurements | range 1965-2001 (actual time series depends on country and determinand) | int(4) | 0 |
UNITS | Unit of measurement | As defined in Metadata section | nvarchar(30) | 0 |
STDV | Standard Deviation of concentration over aggregation period | float(8) | 0 | |
MEDIAN | Median concentration over aggregation period | float(8) | 0 | |
AVERAGE | Average concentration over aggregation period | float(8) | 0 | |
NO_SAMPLES | Number of Samples in aggregation period | int(4) | 0 |
Stations table - this table contains data on the EUROWATERNET river monitoring stations' physical characteristics. Each station has been assigned a unique WATERBASE identifier (WB_ID).
[+] Show table definition (records: 3621)
SITE_RMK | Remarks | nvarchar(100) | 0 | |
STN_CAT | Station Category | Water body type RV = River | nvarchar(2) | 0 |
LONG | Longitude | (X) International Geographical Co-ordinates of the monitoring station in decimal degrees format | float(8) | 0 |
BASIN_NM | River Basin Name | Provided at national level | nvarchar(100) | 0 |
CATCH_AREA | Upstream catchment area | Catchment area in km2 | int(4) | 0 |
STN_ NAME | Station Name | nvarchar(200) | 0 | |
STN_TYP | Station Type | Station can fall into more than one type of B = Reference, R = Representative, F = Flux, L = Largest, Most Important, I = Impact | nvarchar(20) | 0 |
Country | Country name (ISO 3166-1) | nvarchar(100) | 0 | |
REV_YEAR | Year of Revision | Last year of revision or update | int(4) | 0 |
BASIN_LNGTH | River Basin Length | float(8) | 0 | |
LAT | Latitude | (Y) International Geographical Co-ordinates of the monitoring station in decimal degrees format | float(8) | 0 |
SITE_SRC | Data Source | nvarchar(50) | 0 | |
CATCH_NM | Catchment Name | Provided at national level | nvarchar(100) | 0 |
STN_SIZE | Station Size | Based on size of catchment area: Small : <50 km2; Medium : 50 - <250 km2; Large : 250 - <1000 km2; Very Large : 1000 - <2500 km2; Largest : >=2500 km2 | nvarchar(40) | 0 |
WB_ID | WATERBASE ID | Unique WATERBASE identifier, representing EUROWATERNET station | int(4) | -1 |
DISCHARGE | Mean Long Term River Discharge | Discharge in m3/s at the monitoring station | float(8) | 0 |
CRY_CD | Country Code | ISO3166 two digit code | nvarchar(4) | 0 |
STN_ID | Station ID | Provided at national level | nvarchar(20) | 0 |
ALTITUDE | Altitude | Altitude in m where the station is located | float(8) | 0 |
REGION | Region | Provided at national level | nvarchar(100) | 0 |
The data contained in this database can be accessed through a series of web pages which form part of the EEA Data Service's public web site. Pre-defined applications have been designed to assist the user to extract and analyse the data in a format that is both helpful and meaningful. Reference Waterbase contains timely, reliable and policy-relevant data collected from EEA member countries through the Eurowaternet (EWN) process. EWN selects validated, mostly aggregated, monitoring data from national databases and adds information on the physical characteristics of the water bodies being monitored and on the pressures potentially affecting water quality. Although many countries make their highly aggregated data available over the Internet, the level and form of aggregation often varies from country to country making detailed quantitative comparisons difficult. The added value of Reference Waterbase is that data collected through the EWN process are from statistically stratified monitoring stations and groundwater bodies and are comparable at European level. These data are primarily used in the production of the EEA's indicator-based factsheets. Data disclaimer: The data in Reference Waterbase are sub-samples of national data assembled for the purpose of providing comparable indicators of pressures, state and impact of waters on a Europe-wide scale and the data sets are not intended for assessing compliance with any European Directive or any other legal instrument. Information on the national and sub-national scales should be sought from other sources.
For references, please go to https://www.eea.europa.eu/data-and-maps/data/reference-waterbase-rivers or scan the QR code.
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