Publikationsdatum:
2023-12-15
Schlagwort(e):
15N-tracer; Ammonium; Ammonium/δ15N ratio; anoxia; Calculated according to Weiss and Price (1980); Chemiluminescence detection of NO, Vanadium(III) method (Braman and Hendrix 1989); chemodenitrification; DATE/TIME; Denitrification; DEPTH, water; ferruginous; Gas chromatography - Isotope ratio mass spectrometer (GC-IRMS); GC-IRMS, denitrifier method (Sigman et al. 2001); GC-IRMS, hypobromite method (Zhang et al. 2007); HPLC, Fluorescence detection, monobromobimane method (Fahey and Newton 1987); Hydrogen sulfide; ICP-MS, Spectro Ciros Vision (2015), ICP-OES, Agilent Technologies (2017); Ion chromatography (940 Professional IC Vario, Metrohm); Iron, dissolved; Iron, particulate; Lake_LaCruz; meromixis; MULT; Multiparameter probe; Multiple investigations; N2O production rates; N2O site preference; Nitrate; Nitrate/δ15N ratio; Nitrate/δ18O ratio; nitrification; nitrifier denitrification; Nitrite; nitrogen isotopes; Nitrogen oxide (nitrate + nitrite)/δ15N ratio; nitrous oxide; Nitrous oxide, dissolved; Nitrous oxide, dissolved, equilibrium; Nitrous oxide/δ15N ratio; Nitrous oxide/δ18O ratio; oxycline; Photometrical detection, Griess reagent method (Hansen and Koroleff 1999); Photometrical detection, Phenol method (Hansen and Koroleff 1999); Site preference, N2O; Spain; Sulfate; water column
Materialart:
Dataset
Format:
text/tab-separated-values, 581 data points
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