Citation:

PANGAEA.776613, 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 1.4.2.1. Data of the saturated 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/

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook Twitter

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:

1414 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]
0.23	0.02	29.0	7.1	457	14.0	45.0	98.00	681.00	2016
0.40	0.03	29.0	7.3	451	13.0	10.0	74.00	518.00	1871
0.57	0.05				15.0	9.8	79.00	566.00	1988
0.72	0.06				15.0	9.1	84.00	590.00	2015
0.86	0.07				15.0	9.3	90.00	646.00	2037
1.01	0.08	28.0	7.0	457	16.0	9.4	81.00	570.00	1971
1.17	0.10	28.0	7.1	488	16.0	9.1	70.00	513.00	1928
1.34	0.11	27.0	6.9	469	18.0	8.9	61.00	487.00	2029
1.53	0.13				19.0	8.9	47.00	324.00	1823
1.67	0.14				20.0	8.6	16.00	167.00	2153
1.82	0.15				20.0	7.6	<0.10	48.00	2227
1.99	0.17				20.0	7.0	<0.10	7.20	2187
2.13	0.18	24.0	7.6	430	20.0	6.8	<0.10	<0.10	2122
2.30	0.19				22.0	6.9	<0.10	<0.10	2220
2.43	0.20				24.0	7.2	<0.10	<0.10	2183
2.57	0.21				27.0	6.5	<0.10	<0.10	2007
2.69	0.22				29.0	6.4	<0.10	<0.10	1918
2.86	0.24				30.0	6.3	<0.10	<0.10	1669
3.01	0.25				32.0	6.5
3.15	0.26				31.0	7.1	<0.10	<0.10	964
3.30	0.27	7.4	7.8	451	31.0	6.7
3.47	0.29				32.0	6.7	0.24	<0.10	218
3.61	0.30				31.0	6.7	0.65	<0.10	134
3.76	0.31				31.0	6.7	1.40	<0.10	85
3.90	0.32				30.0	5.9	1.20	<0.10	79
4.05	0.34	3.2	7.8	431	29.0		0.86	<0.10	55
5.15	0.43	2.9	7.7	396	26.0	5.6	0.76	0.31	32
5.95	0.50	2.8	7.8	407	27.0	5.3	1.10	0.21	33
6.24	0.52	2.8	7.8	354	26.0	5.2	1.80	0.52	31
6.94	0.58	2.9	7.8	379	26.0	5.0	1.20	<0.10	33
7.88	0.66				24.0	4.2	1.10	<0.10	27
8.16	0.68	3.5	7.8	380	23.0	4.3	1.60	<0.10	24
9.42	0.78	2.4	7.7	374	24.0	4.9	3.00	<0.10	26
10.15	0.84				24.0	4.5	1.50	<0.10	27
11.15	0.93	7.1	7.5	380	21.0	4.3	1.50	<0.10	23
11.42	0.95				21.0	4.2	1.50	<0.10	24
12.15	1.01	2.5	7.6	290	20.0	4.0	1.40	<0.10	24
12.57	1.05				21.0	3.9	2.00	<0.10	24
13.15	1.09	2.2	7.6	288	20.0	3.9	2.60	<0.10	26
13.57	1.13				21.0	4.0	2.10	<0.10	25
14.15	1.18	2.2	7.6	234	19.0	3.8	2.10	<0.10	23
16.15	1.34	2.1	7.5	214	19.0	3.8	1.80	<0.10	24
19.15	1.59	2.1	7.4	202	20.0		1.40	<0.10	24
20.15	1.68	2.0	7.3	207	23.0		1.30	<0.10	26
21.15	1.76	2.0	7.3	218	18.0	4.3	1.10	<0.10	21
22.15	1.84	1.9	7.3	218	18.0	4.5	1.20	<0.10	17
25.15	2.09	1.8	7.2	200	16.0	3.6	1.80	<0.10	17
26.15	2.18	1.8	7.3	236	17.0	3.7	1.60	<0.10	17
27.15	2.26	1.8	7.3	238	16.0	3.5	2.10	0.11	15
29.15	2.43	1.7	7.4	244
32.15	2.67	1.7	7.4	406	15.0	3.7	1.30	<0.10	16
33.15	2.76	1.7	7.3	323	17.0	4.0	1.40	<0.10	16
34.15	2.84	1.6	7.2	369	15.0	4.0	1.50	<0.10	17
35.15	2.92	1.6	7.2	371	14.0	3.8	1.60	<0.10	18
36.15	3.01	1.5	7.2	383	14.0	3.5	1.90	<0.10	18
39.15	3.26	1.5	7.2	405	14.0	3.6	1.90	<0.10	18
40.15	3.34	1.5	7.2	401	14.0	3.7	0.99	<0.10	18
41.15	3.42	1.5	7.2	401	16.0	3.8	1.50	<0.10	17
42.15	3.51	1.5	7.1	403	13.0	3.5	1.10	<0.10	17
43.15	3.59	1.5	7.1	396	13.0	3.3	0.84	<0.10	17
46.15	3.84	1.3	7.2	411	13.0	3.4	1.50	<0.10	16
47.15	3.92	1.5	7.2	420	13.0	3.4	1.60	<0.10	16
48.15	4.01	1.4	7.2	420	14.0	3.4	1.90	<0.10	15
49.15	4.09	1.5	7.2	412	13.0	3.5	1.10	<0.10	17
50.15	4.17	1.5	7.4	400	13.0	3.3	1.50	<0.10	16
53.15	4.42	1.4	7.2	422	13.0	3.2	0.99	<0.10	15
54.15	4.51	1.4	7.1	388	2.5	3.4	0.89	<0.10	17
55.15	4.59	1.4	7.4	405	11.0	3.3	0.96	<0.10	15
56.01	4.66	1.4	7.1	356	11.0	3.2	1.10	<0.10	17
60.15	5.00	1.4	7.1	378	11.0	3.6	1.10	<0.10	19
61.15	5.09	1.3	7.1	422	12.0		0.76	<0.10	15
62.15	5.17	1.3	7.1	454		6.4	0.94	<0.10	14
63.15	5.25	1.3	7.3	387	12.0	3.4	1.00	<0.10	14
64.15	5.34	1.3	7.3	446	12.0	3.5	0.81	<0.10	14
68.15	5.67	1.3	7.2	486	17.0	3.3	0.87	<0.10	15
69.15	5.75	1.3	7.0	407	12.0	3.4	0.82	<0.10	15
70.15	5.84	1.3	7.1	458	12.0	3.4	0.68	<0.10	14
71.15	5.92	1.3	7.0	413	12.0	3.2	1.10	<0.10	14
74.15	6.17	1.4	7.6	439	12.0	3.9	0.78	<0.10	14
75.15	6.25	1.3	7.5	400	11.0	3.1	0.99	<0.10	15
76.22	6.34	1.3	7.5	435	11.0	2.9	0.73	<0.10	14
77.15	6.42	1.3	7.8	368	11.0	2.9	1.20	<0.10	14
78.01	6.49	1.3	7.5	438	11.0	3.1	0.30	<0.10	8
80.57	6.70	1.3	7.5	392	11.0	3.1	0.72	0.13	13
82.15	6.83	1.3	7.6	400	11.0	3.0	1.00	<0.10	14
83.15	6.92	1.3	7.8	401	11.0	2.9	0.71	<0.10	13
84.15	7.00	1.3	7.5	401	11.0	3.3	0.78	<0.10	14
85.15	7.08	1.2	7.5	397	11.0	3.3	0.73	<0.10	13
89.13	7.30	1.4	7.4	405	9.8	3.3	0.90	<0.10	15
95.15	7.80	1.2	7.4	398	11.0	2.6	0.78	<0.10	14
96.15	7.88	1.2	7.3	444	10.0	3.3	0.80	<0.10	15
97.26	7.98	1.2	7.3	416	10.0	2.8	0.68	<0.10	14
98.15	8.05	1.2	7.4	438	9.9	2.7	1.30	<0.10	15
99.17	8.14	1.2	7.7	423	10.0	2.9	0.57	<0.10	13
102.15	8.38	1.3	7.3		11.0	2.4	0.87	<0.10	15
103.15	8.47	1.2	7.3		10.0	2.8	0.73	<0.10	14
105.15	8.63	1.2	7.4		10.0	2.5	0.82	<0.10	12
106.17	8.72	1.2	7.3		11.0	2.5	0.84	<0.10	12
109.15	8.97	1.2	7.3		10.0	2.4	1.00	<0.10	14
110.15	9.05	1.2	7.3		2.7	2.7	0.74	<0.10	12
111.15	9.13	1.2	7.4		10.0	2.4	0.77	<0.10	12
112.15	9.22	1.2	7.2		10.0	2.5	1.00	<0.10	15
113.17	9.30	1.2	7.4		10.0	2.4	1.50	<0.10	15
116.15	9.55	1.2	7.4		10.0	2.8	1.00	<0.10	14
118.15	9.71	1.2	7.1	450	10.3	3.6	1.20		14
119.15	9.80	1.3	7.3	383	10.0	2.3	1.00	<0.10	16
120.17	9.88	1.2	7.5	377	10.0	2.6	1.20	<0.10	16
123.15	10.13	1.2	7.3	413	10.0	2.3	1.20	<0.10	16
124.15	10.21	1.2	7.1	412	10.0	2.5
126.15	10.38	1.2	7.2	420	10.0	2.3	1.40	<0.10	16
130.15	10.71	1.2	7.0		10.0	2.6	1.30	<0.10	14
131.15	10.80	1.2	7.1	431	9.7	2.4	0.84	<0.10	6
132.15	10.88	1.2	7.1	435	9.8	2.2	0.81	<0.10	13
133.15	10.96	1.2	7.1	443	10.0	2.6	0.70	<0.10	13
134.17	11.05	1.2	7.2	374	10.0	4.0	1.60	<0.10	14
137.15	11.30	1.2	7.1	336	9.5	2.6	0.79	<0.10	13
138.15	11.38	1.2	7.1	342	9.5	3.0	2.90	<0.10	15
139.15	11.46	1.2	7.2	333	10.0	3.4	1.40	<0.10	14
140.15	11.55	1.2	7.1	370	10.0	3.0	1.70	<0.10	15
141.15	11.63	1.2	7.1	358	9.8	2.9	0.60	<0.10	14
145.15	11.96	1.3	7.7	335	7.6	2.5	1.20	<0.10	16
151.15	12.46	1.2	7.7	394	9.6	3.1	4.60	<0.10	14
153.15	12.63	1.5	7.6	391	10.0	3.3	10.00	<0.10	14
158.15	13.04	1.5	7.5	378	10.0	2.7	9.10	<0.10	14
161.15	13.29	1.5	7.5	397	11.0	2.7	8.70	<0.10	15
162.15	13.38	1.5	7.5	396	10.0	3.1	9.50	<0.10	17
165.15	13.62	1.5	7.5	416	10.0	4.8	8.20	<0.10	15
167.15	13.79	1.5	7.4	406	10.0	9.2	8.00	<0.10	14
169.15	13.96	1.4	7.4	395	10.0	3.5	8.70	<0.10	14
172.15	14.21	1.4	7.4	400	10.0	3.2	7.90	<0.10	15
174.15	14.37	1.4	7.4	418	10.0	4.6	7.90	<0.10	16
176.15	14.54	1.4	7.4	348	10.0	3.9	7.70	<0.10	15
182.15	15.04	1.4	7.3	334	9.9	3.2	7.70	<0.10	14
188.15	15.54	1.4	7.4	357	11.0	2.1	6.20	<0.10	15
195.15	16.12	1.3	7.3	354	9.9	4.3
202.15	16.70	1.2	7.2	367	10.0	3.5	4.30	<0.10	15
209.15	17.29	1.2	7.4	368	10.0	5.0	3.00	<0.10	14
216.15	17.87	1.2	7.1	344	9.8	2.9	2.00	<0.10	15
223.15	18.45	1.2	7.3	309			2.50	<0.10	15
230.15	19.03	1.1	7.2	258			2.70	<0.10	15
237.15	19.61	1.4	7.0	275
244.15	20.20	1.1	7.2	312	9.7	2.8	2.60	<0.10	12
251.15	20.78	1.2	7.3	310	10.0	2.6	2.30	<0.10	13
258.15	21.36	1.1	7.2	301	2.0	2.4	2.20	<0.10	13
286.15	21.53	2.6	7.9	308	5.6	6.5	7.00	<0.10	7
286.32	21.54				4.6	6.5	23.00	<0.10	16
286.47	21.55				3.9	5.4	16.00	<0.10	17
286.61	21.57				3.7	5.0	14.00	<0.10	20
286.76	21.58				3.7	6.0	11.00	<0.10	21
286.90	21.59	2.5	7.8	380	3.7	6.5	10.00	<0.10	23
288.15	21.69	2.5	7.8	347	4.8	3.3	8.60	<0.10	13
293.15	22.11	1.3	7.6	364	1.8	2.5	5.50	<0.10	12
300.15	22.69	1.2	7.5	327	1.7	2.6	4.90	<0.10	15
307.15	23.27	1.1	7.5	363			3.80	<0.10	15