Measurement of stream water chemical ingredients, Quillow catchment, Germany  

Open Research Data Portal
DOI for Scientific and Technical Data
10.4228/ZALF.1998.265
Title
Measurement of stream water chemical ingredients, Quillow catchment, Germany
Citation
Kalettka, Thomas; Steidl, Jörg (2014): Measurement of stream water chemical ingredients, Quillow catchment, Germany, Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e.V.[doi: 10.4228/ZALF.1998.265]
Publisher
Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e.V.
Dates
Collected:1998/2014
Available:2014
Accepted:2014
Contributor(s)
HostingInstitution: Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e.V., Müncheberg (Germany)
DataManager: Abteilung Landschaftsinformationssysteme, Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e.V.
RegistrationAgency: German National Library of Science and Technology - TIB
DataCollector: Institut für Landschaftswasserhaushalt, Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e.V.
Creator(s)
Kalettka, Thomas
Steidl, Jörg
Subject(s)
AGROVOC:
Streams
Surface water
Physicochemical properties
Chemical analysis (results)
Chemical concentration
Chemical properties

GEMET:
Surface water
Physicochemical analysis
Chemical analysis
Chemical property
Description
The Institute of Hydrology of the Leibniz Centre for Agricultural Landscape Research (ZALF) e.V. operates nine stream water monitoring wells in the Quillow catchment. The wells are located at the neighborhood of Dedelow at the stream Quillow and its tributary Peege. Altitude in meter: between 16 and 73 NN, Geographic latitude: 53,3665 N, Geographic longitude: 13,8030 E. Water samples are collected periodically at different dates in a year and at two wells at different depths. Each sample was analysed in the own hydrochemical laboratory where the parameters pH value, redox potential, electric conductivity, water temperature, oxygen, ammonium, phosphate, total phosphorus, spectral absorption coefficient, biochemical oxygen demand (dark), chloride, bromite, nitrite, sulfate, sodium, potassium, magnesium, calcite, total hardness, dissolved organic carbon, total iron were determined.
Related identifier
IsReferencedBy: 10.5194/hess-22-4401-2018  
Language
English
Location
Show on map
Type of Resource
Dataset: Table
Rights
Creative Commons Attribution 4.0 International
Parameter
(parameter; compartment; instrument; method)
Ammonium(mg/l); Surface Water; Photometer SPECORD 200; NH4 by DIN 38406/5 (Na-salicylate method), calculated from NH4-N
Bromite(mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Chloride (mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Chlorophyll a(µg/l); Surface Water; Photometer SPECORD 200; DIN 38412/16
electric conductivity (µS/cm); Surface Water; WTW conductivity meter with probe; DIN 38404/8
Dissolved organic Carbon(mg/l); Surface Water; TOC analyzer; EN 1484 (Oxidation of organic carbon)
Total Iron(mg/l); Surface Water; ICP-AES with atomizer; Optical emission spectroscopy
Total hardness (°dH); Surface Water; 882 Compact IC Plus; Ion chromatography, calculated
Total hardness (mmol/l); Surface Water; 882 Compact IC Plus; Ion chromatography, calculated
Total phosphorus (mg/l); Surface Water; Photometer SPECORD 200; DIN 38405/11-4 (Molybdate method), calculated from PO4-P
Potassium(mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Magnesium (mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Sodium(mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Nitrate (mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Soluble reactive phosphorus (PO4)(mg/l); Surface Water; Photometer SPECORD 200; PO4 by DIN 38405/11-1 (Molybdate method), calculated from PO4-P
Soluble reactive phosphorus (PO4-P)(mg/l); Surface Water; Photometer SPECORD 200; PO4-P by DIN 38405/11-1 (Molybdate method), measured
Pheophytin (µg/l); Surface Water; Photometer SPECORD 200; DIN 38412/16
pH Value; Surface Water; WTW pH meter with pH probe; DIN 38404/5
Redoxpotential (mV); Surface Water; WTW pH meter with a redox single-rod measuring cell; Eh by DIN 38404/6
Oxygen(mg/l); Surface Water; WTW Oxygen meter; DIN 38408/22+23
Oxygen(%); Surface Water; WTW Oxygen meter; DIN 38408/22+23
Spectral absorption coefficient(1/m); Surface Water; Photometer SPECORD 200; DIN 38404-3
Sulfate (mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Water temperature (°C); Surface Water; Thermometer; manual measurement
Nitrite(mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Biochemical oxygen demand (dark) (mg/l); Surface Water; WTW Oxygen meter; DIN 38409/52
Calcium (mg/l); Surface Water; 882 Compact IC Plus; Ion chromatography
Core data gauge; Surface Water; manual collection; Defining the core data for gauge
Ammonium-Nitrogen (mg/l); Surface Water; Photometer SPECORD 200; NH4-N by DIN 38406/5 (Na-salicylate method), measured
Structure of Data Table(s)

Table: LWH_1998_SW_GAUGES 

Column name
Core data
Unit
Description
GAUGE_ID
 
 
ID of measurement site
STREAM_NAME
Water body
 
Name of water body
GAUGE_NAME
Name
 
Name of measurement site
 E
x-coordinate
 
X-coordinates, coordinate system: ETRS 1989
 N
y-coordinate
 
Y-coordinates, coordinate system: ETRS 1989
 SAMPLE_POINT_WATER_DEPTH
Water depth
 cm
Water depth at location of sampling
 SAMPLING_DEPTH
Sampling depth
Vertical sampling position (sampling depth)
 SAMPLING_HORIZONTAL_POSITION
Horizontal sampling position
 
Horizontal sampling position

 

 
Table: LWH_1998_SW_CHEMISTRY 
Column name
Parameter
Unit
Description
TIME
 
 
Date
GAUGE_ID
 
 
Location of measurement
PH
pH value
pH value, measurement accuracy 0,01
EH
Redoxpotential
mV
Redoxpotential, voltage, measurement accuracy 1 mV
CON
Electric conductivity
µS/cm
Electric conductivity
TEMP
Water temperature
°C
Water temperature, measurement accuracy 0,1 °C
O2MG
Oxygen
mg/l
Oxygen, measurement accuracy 0,1 mg/l
O2PROZ
Oxygen
%
Oxygen; measurement accuracy  0,01%
NH4
Ammonium
mg/l
Ammonium, calculated from NH4-N
NH4N
Ammonium nitrogen
mg/l
Ammonium nitrogen, measured, detection limit 0,01 mg/l
PO4
Soluble reactive phosphorus (SRP)
mg/l
Soluble reactive phosphorus, calculated from o-PO4-P
OPO4P
Soluble reactive phosphorus (SRP)
mg/l
Soluble reactive phosphorus (only phosphorus without oxygen), measured, detection limit 0,01 mg/l
TP
Total phosphorus
mg/l
Total phosphorus, detection limit 0,01 mg/l
SAK
Spectral absorption coefficient
1/m
Spectral absorption coefficient, measurement accuracy 0,1 nm
CHLA
Chlorophyll a
µg/l
Chlorophyll a, measurement accuracy 0,1 nm
PHAEO
Pheophytin
µg/l
Pheophytin, measurement accuracy 0,1 nm
BSB2
Biochemical oxygen demand (dark)
mg/l
Biochemical oxygen demand (dark), measurement accuracy 0,1 mg/l
CL
Chloride
mg/l
Chloride, detection limit 0,03 mg/l
BR
Bromite
mg/l
Bromite, detection limit 0,03 mg/l
NO2
Nitrite
mg/l
Nitrite, detection limit 0,01 mg/l
NO3
Nitrate
mg/l
Nitrate, detection limit 0,03 mg/l
SO4
Sulfate
mg/l
Sulfate, detection limit 0,02 mg/l
NA
Sodium
mg/l
Sodium, detection limit 0,01 mg/l
K
Potassium
mg/l
Potassium, detection limit 0,02 mg/l
MG
Magnesium
mg/l
Magnesium, detection limit 0,02 mg/l
CA
Calcium
mg/l
Calcium, detection limit 0,03 mg/l
GHGRDDH
Total hardness
°dH
Total hardness, calculated from Mg und Ca
GHMMOL
Total hardness
mmol/l
Total hardness, calculated from  Mg und Ca
DOC
Dissolved Organic Carbon
mg/l
Dissolved Organic Carbon, detection limit 0,05 mg/l
TFE
Total Iron
mg/l
Total Iron, detection limit 0,012 mg/l
View Sample Data
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Download table LWH_1998_SW_GAUGES
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This data by ZALF is licensed under the Creative Commons Attribution 4.0 InternationalCreative Commons License