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Alkalinity and DIC data in water samples from the Alps and Germany collected in 2020

Fuente: PANGAEA

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Bibliographic Details
Main Authors:	Lehmann, Nele, Thomas, Helmuth
Format:	Dataset Open Access
Language:	en
Published:	PANGAEA 2021
Subjects:	Alkalinity, total; Alpen2020; Alpen2020_Stat_101; Alpen2020_Stat_102; Alpen2020_Stat_103; Alpen2020_Stat_104; Alpen2020_Stat_105; Alpen2020_Stat_106; Alpen2020_Stat_107; Alpen2020_Stat_111; Alpen2020_Stat_112; Alpen2020_Stat_113; Alpen2020_Stat_114; Alpen2020_Stat_74; Alpen2020_Stat_75; Alpen2020_Stat_76; Alpen2020_Stat_77; Alpen2020_Stat_78; Alpen2020_Stat_79; Alpen2020_Stat_80; Alpen2020_Stat_81; Alpen2020_Stat_83; Alpen2020_Stat_90; Alpen2020_Stat_aa; Alpen2020_Stat_ab; Alpen2020_Stat_ac; Alpen2020_Stat_ad; Alpen2020_Stat_ae; Alpen2020_Stat_af; Alpen2020_Stat_ag; Alpen2020_Stat_ai; Alpen2020_Stat_aj; Alpen2020_Stat_ak; Alpen2020_Stat_al; Alpen2020_Stat_av; Alpen2020_Stat_aw; Alpen2020_Stat_ay; Alpen2020_Stat_ba; Alpen2020_Stat_bb; Alpen2020_Stat_bc; Alpen2020_Stat_be; Alpen2020_Stat_e; Alpen2020_Stat_u; Alpen2020_Stat_v; Alpen2020_Stat_w; Alpen2020_Stat_y; Alpen2020_Stat_z; BOD; BOD bottle (300 ml); Campaign of event; Carbon, inorganic, dissolved; Conductivity, electrical; Date/Time of event; DEPTH, water; Event label; Helmholtz-Zentrum Hereon; Hereon; HYDCAST; Hydrocast; In-situ measurement; Latitude of event; Longitude of event; Method/Device of event; Potentiometric titration (Metrohm 888 Titrando with an Aquatrode pH probe); Salinity; Schwarzwald2020; Schwarzwald2020_Stat_73; Schwarzwald2020_Stat_am; Schwarzwald2020_Stat_an; Schwarzwald2020_Stat_D1; Schwarzwald2020_Stat_D10; Schwarzwald2020_Stat_D11; Schwarzwald2020_Stat_D12; Schwarzwald2020_Stat_D13; Schwarzwald2020_Stat_D14; Schwarzwald2020_Stat_D16; Schwarzwald2020_Stat_D17; Schwarzwald2020_Stat_D18; Schwarzwald2020_Stat_D19; Schwarzwald2020_Stat_D2; Schwarzwald2020_Stat_D20; Schwarzwald2020_Stat_D21; Schwarzwald2020_Stat_D22; Schwarzwald2020_Stat_D23; Schwarzwald2020_Stat_D24; Schwarzwald2020_Stat_D25; Schwarzwald2020_Stat_D26; Schwarzwald2020_Stat_D27; Schwarzwald2020_Stat_D28; Schwarzwald2020_Stat_D29; Schwarzwald2020_Stat_D3; Schwarzwald2020_Stat_D30; Schwarzwald2020_Stat_D31; Schwarzwald2020_Stat_D32; Schwarzwald2020_Stat_D33; Schwarzwald2020_Stat_D34; Schwarzwald2020_Stat_D35; Schwarzwald2020_Stat_D36; Schwarzwald2020_Stat_D37; Schwarzwald2020_Stat_D38; Schwarzwald2020_Stat_D40; Schwarzwald2020_Stat_D41; Schwarzwald2020_Stat_D44; Schwarzwald2020_Stat_D45; Schwarzwald2020_Stat_D47; Schwarzwald2020_Stat_D49; Schwarzwald2020_Stat_D5; Schwarzwald2020_Stat_D50; Schwarzwald2020_Stat_D51; Schwarzwald2020_Stat_D52; Schwarzwald2020_Stat_D53; Schwarzwald2020_Stat_D54; Schwarzwald2020_Stat_D55; Schwarzwald2020_Stat_D56; Schwarzwald2020_Stat_D57; Schwarzwald2020_Stat_D58; Schwarzwald2020_Stat_D59; Schwarzwald2020_Stat_D6; Schwarzwald2020_Stat_D60; Schwarzwald2020_Stat_D61; Schwarzwald2020_Stat_D63; Schwarzwald2020_Stat_D64; Schwarzwald2020_Stat_D67; Schwarzwald2020_Stat_D68; Schwarzwald2020_Stat_D69; Schwarzwald2020_Stat_D7; Schwarzwald2020_Stat_D70; Schwarzwald2020_Stat_D71; Schwarzwald2020_Stat_D72; Schwarzwald2020_Stat_D73; Schwarzwald2020_Stat_D74; Schwarzwald2020_Stat_D9; Temperature, water; Turbidity (Formazin nephelometric unit); VINDTA 3C for AT and Dissolved Inorganic Carbon measurement
Online Access:	Acceder al recurso
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Internet

https://doi.org/10.1594/PANGAEA.939660