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Date | DOI | PackageId | Note |
---|---|---|---|
2024-08-01 | 10.18728/igb-fred-904.0 | 904 | |
2024-08-14 | 10.18728/igb-fred-905.1 | 905 | |
2025-01-22 | 10.18728/igb-fred-962.2 | 962 | this package latest |
6 sampling points --> 3 in River Spree, 2 in Lake Müggelsee, 1 in River Erpe
2022: 4 occasional samples on 22.07., 11.08., 29.09., and 11.11.2022. Analyzed for trace organic contaminats, isotopes and anions (chloride, sulfate, nitrate)
2023: Grab samples every two weeks from mid-March to mid-November. Analyzed for trace organic contaminants, isotopes, and major ions. Temporal high-resolution EC measurements (by CTD-Divers)
Details on files:
2022_2023_WTW_isotope_major ions_trocs --> data from 2022 and 2023 from grab samples including standard water parameters (with EC measurements), stable water isotopes, major ion concentrations, and TrOC concentrations
2022_2023_water balance_Lake Müggelsee --> water components for Lake Müggelsee water balance including inflow from River Spree, evaporation, precipitation, storage change, and daily mean air temperature
2020_2023_EC_HR EC --> Occasional EC measurements at Spree Tunnel, in River Erpe and from present study from 2020 to 2023, daily mean EC from Lake Müggelsee (measured by Lake Müggelsee Monitoring station), EC measurements at inflow Lake Müggelsee, Data from Figure 3a: HR EC from 2023 recorded by CTD-Divers, Precipitation data 2023 from East Berlin
chemistry:
0,45µm filtrated, inductively coupled plasma optical emission spectrometry (ICP-OES)
since 2009 with ICP-OES
before 2009 with AAS
0,2µm filtrated, Ionenchromatographie (IC)
determination by conductivity-probe
0,45µm filtrated, inductively coupled plasma optical emission spectrometry (ICP-OES)
0,45µm filtrated, inductively coupled plasma optical emission spectrometry (ICP-OES)
0,45µm filtrated, photometric determination
determination by oxygen-probe
pH-probe determination
0,2µm filtrated, Ionenchromatographie (IC)
Typically Deuterium / 2H and 18O.
meteorology:
Man betrachtet das flüssige Wasser, das sich bei Niederschlag (Regen, Schnee, Hagel, Nebel usw.) in einer definierten Zeitspanne in einem nur nach oben offenen Gefäß mit definierter horizontaler Öffnung sammelt. Als Niederschlagsmenge bezeichnet man das Volumen der Flüssigkeit bezogen auf die Fläche der Öffnung und gibt sie an in Liter pro Quadratmeter bzw. Millimeter (1L/m² = 1mm).
Title | created | Filetype | Actions |
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2020_2023_EC_HR_EC.xlsx | 22. Jan. 2025 14:07 | datatable: .xlsx |
Error:
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2022_2023_water_balance_Lake_Müggelsee.xlsx | 01. Aug. 2024 10:47 | datatable: .xlsx |
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2022_2023_WTW_isotope_major_ions_trocs.xlsx | 01. Aug. 2024 10:47 | datatable: .xlsx |
Error:
To access file, please get in touch with the contact person.
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