Citation:

PANGAEA.776623, In supplement to: Lager, T (2004): Predicting the source strength of recycling materials within the scope of a seepage water prognosis by means of standardized laboratory methods. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 239, 141 pp, urn:nbn:de:gbv:46-diss000101449

Name: A 1.5.2.1. Data of the unsaturated column experiments with the sandy fraction of harbour sediments - outlet - liquid/solid ratio, electric conductivity, pH and Eh value, inorganic carbon, dissolved organic carbon and anions
Creator: Tanja Lager
Published: 2004
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Geosciences, University of Bremen (GeoB)

Event(s):

Experiment_02WP0142 * Method/Device: Experiment (EXP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator
1	Time in days	Time	days	Hamer, Kay
2	Liquid/solid ratio	Liq/S	l/kg	Hamer, Kay
3	Conductivity	Cond	mS/cm	Hamer, Kay
4	pH	pH		Hamer, Kay
5	Oxidation reduction (RedOx) potential	Eh	mV	Hamer, Kay
6	Carbon, inorganic, dissolved	DIC	mg/l	Hamer, Kay
7	Carbon, organic, dissolved	DOC	mg/l	Hamer, Kay
8	Chloride	Cl-	mg/l	Hamer, Kay
9	Nitrate	[NO3]-	mg/l	Hamer, Kay
10	Sulfate	[SO4]2-	mg/l	Hamer, Kay

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

678 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Time [days]	2 Liq/S [l/kg]	3 Cond [mS/cm]	4 pH	5 Eh [mV]	6 DIC [mg/l]	7 DOC [mg/l]	8 Cl- [mg/l]	9 [NO3]- [mg/l]	10 [SO4]2- [mg/l]
1.81	0.01	43.0	3.8	573	2.3	22.0	74.00	410.00	397
4.87	0.03	39.0	6.5	465	6.2	16.0	57.00	368.00	400
6.02	0.04	39.0	7.0	438	14.0	27.0	38.00	266.00	447
6.90	0.04	35.0	6.9	484	15.0	19.0	29.00	200.00	445
7.83	0.05	33.0	6.5	416	3.1	20.0	22.00	170.00	469
8.83	0.05	32.0	6.8	448	16.0	20.0	18.00	131.00	460
11.95	0.07	31.0	7.2	535	4.1	22.0	10.00	79.00	456
12.80	0.07	28.0	7.4	532	21.0	25.0	5.90	54.00	475
13.86	0.08	27.0	7.2	527	20.0	25.0	4.50	42.00	455
14.84	0.08	27.0	6.6	521	16.0	21.0	3.40	43.00	456
15.85	0.09	23.0	8.0	476	3.5	19.0	3.10	29.00	457
18.93	0.11	27.0	7.3	530	23.0	34.0	1.80	24.00	463
19.85	0.11	27.0	7.4		23.0	19.0	0.20	19.00	458
21.84	0.12	26.0	7.2		23.0	9.3	<0.20	17.00	456
22.86	0.12	26.0	7.5		23.0	18.0	<0.20	13.00	446
26.85	0.13	26.0	7.6		25.0	23.0	<0.20	13.00	459
27.84	0.14	26.0	6.5		17.0	16.0	<0.20	21.00	460
28.87	0.14	26.0	7.3		26.0	14.0	<0.20	13.00	448
29.85	0.15	25.0	7.0		18.0	17.0	<0.20	19.00	459
32.87	0.16	25.0	7.4		23.0	18.0	<0.20	12.00	456
34.86	0.17	25.0	7.5	511	22.0	17.0	<0.20	11.00	432
35.84	0.17	25.0	7.5	475	22.0	23.0	<0.20	11.00	446
36.85	0.17	24.0	7.6	433	22.0	70.0	<0.20	11.00	437
39.84	0.19	25.0	7.6	489	22.0	19.0	<0.20	11.00	439
41.81	0.20	24.0	7.6	458	22.0	16.0	<0.20	11.00	430
42.95	0.21	24.0	7.6	497	21.0	16.0	<0.20	11.00	425
46.88	0.23	25.0	7.2	550	19.0	16.0	<0.20	14.00	421
47.78	0.23	24.0	7.5	529	21.0	26.0	<0.20	10.00	410
48.79	0.24	23.0	7.5	477	21.0	15.0	<0.20	10.00	406
49.80	0.24	22.0	7.6	511	20.0	31.0	<0.20	9.20	400
50.78	0.25	23.0	7.5	452	21.0	22.0	<0.20	9.90	406
53.83	0.26	23.0	7.4	402	21.0	17.0	<0.20	9.40	393
54.84	0.27	23.0	7.5	415	22.0	18.0	<0.20	8.20	359
55.83	0.27	23.0	7.5	407	22.0	17.0	0.89	6.80	310
56.86	0.28	22.0	7.5	454	23.0	24.0	0.54	7.20	310
57.84	0.28	21.0	7.6	443	24.0	21.0	0.68	6.20	268
60.92	0.30			210	26.0	28.0	0.69	5.90	155
61.88	0.31	9.0	7.4	480	23.0	20.0	0.92	5.30	67
64.84	0.32			210	25.0	19.0	0.77	5.80	48
67.84	0.34	6.6	7.5	449	27.0	12.0	0.76	4.70	38
69.87	0.35	6.3	7.6	458	28.0	23.0	0.87	4.70	35
71.84	0.36				27.0	14.0	0.69	5.10	34
74.84	0.37	6.2	7.5	454	28.0	18.0	0.64	4.20	33
77.89	0.39	6.3	7.1	542	27.0	28.0	0.54	4.50	32
78.82	0.40	6.0	7.6	486	27.0	24.0	0.64	4.20	31
81.82	0.41	6.0	7.6	497	27.0	13.0	0.85	3.80	31
83.82	0.42	5.8	7.6	471	27.0	30.0	1.08	4.30	31
85.82	0.43	5.8	7.7	480	27.0	19.0	0.67	4.10	31
88.87	0.45	5.8	7.6	468	27.0	16.0	0.88	4.10	30
90.83	0.46	5.7	7.5	547	45.0	20.0	0.77	3.70	29
92.82	0.46	5.8	7.7	349	26.0	21.0	0.76	4.00	30
98.84	0.49	5.7	7.7	392	26.0	11.0	1.00	4.00	30
104.84	0.52	5.8	7.7	406	27.0	14.0	0.65	3.80	30
111.83	0.55	5.7	7.7	431	26.0	15.0	1.30	4.20	30
118.81	0.57	5.8	7.6	453	26.0	20.0
125.81	0.60	5.9	7.7	433	26.0	14.0	1.30	4.40	31
132.82	0.63	5.9	7.6	432	25.0	9.9	0.86	4.40	31
139.83	0.66	5.8	7.7	408	26.0	8.2	0.78	4.90	32
146.83	0.69	5.6	7.7	400	25.0	13.0	0.64	4.20	30
153.82	0.73	5.5	7.6	419	25.0	12.0	0.79	4.20	27
160.83	0.76	5.4	7.7	413	25.0	12.0	1.10	4.00	26
167.84	0.78	5.4	7.7	411	25.0	5.8	0.73	4.40	26
174.85	0.81	5.2	7.7	414	5.5	13.0	1.00	4.50	26
201.74	0.82	5.2	7.8	450	5.0	13.0	1.00	4.90	26
202.84	0.83	5.3	7.8	431	5.1	18.0	0.98	4.90	27
203.60	0.83	5.9	7.7	435	5.4	5.5	1.40	6.40	27
209.83	0.86	6.1	7.7	419	5.8	9.4	0.70	5.40	30
216.83	0.88	6.6	7.8	413	5.5	11.0	0.80	6.90	34
223.23	0.91	7.1	7.7	458			0.69	8.80	39
237.23	0.93	8.1	7.5	439			1.00	11.00	47