Citation:

PANGAEA.848853

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

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Related to:

Winn, Kyaw; Erlenkeuser, Helmut (1995): Das Eem-Meer in Norddeutschland: Die Kernbohrungen bei Dagebüll - Erstergebnisse = The Eem Seas in Northern Germany: The Dagebuell Cores. Meyniana, 47, 101-113, https://doi.org/10.2312/meyniana.1995.47.101

Winn, Kyaw; Glos, R; Averdieck, Fritz-Rudolf; Erlenkeuser, Helmut (2000): On the age of the marine Eem in northwestern Germany. In: Stankowski, Wojciech (Hrsg.) : The dating of Quaternary marine and land sediments. Posen, Poland, 21-25.June 1999, ISBN 83-86682-45-0, Geologos, 5, 41-56

Project(s):

Institute for Geosciences, Christian Albrechts University, Kiel (GIK/IfG)

Coverage:

Latitude: 54.700000 * Longitude: 8.753000

Date/Time Start: 1994-09-19T09:15:00 * Date/Time End: 1994-09-19T09:15:00

Minimum DEPTH, sediment/rock: 10.450 m * Maximum DEPTH, sediment/rock: 30.360 m

Event(s):

GIK14350-1 (DA-1) * Latitude: 54.700000 * Longitude: 8.753000 * Date/Time: 1994-09-19T09:15:00 * Elevation: 1.9 m * Penetration: 30.5 m * Recovery: 30.37 m * Location: Hauke-Haien-Koog, Dagebüll, Schleswig-Holstein, Germany * Campaign: * Method/Device: Drilling/drill rig (DRILL) * Comment: Surface silty clay, bottom coarse sand, gravel and cobblesTopographic Map: TK 25 No. 1318/4, Coordinates: R- 3484225 H- 6063290

Comment:

This project is supported by the German Research Foundation Project No. 1322/1-2.

Tests of Nonion germanicum and Ammonia beccarii were picked mainly from the 250-400 µm grain-size fraction, and Bucella frigida mainly from the 160-315 µm grain-size fraction.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Winn, Kyaw	Geocode
2	Sample volume	Samp vol	cm³	Winn, Kyaw
3	Ammonia beccarii sinistral	A. beccarii s	#	Winn, Kyaw
4	Ammonia beccarii dextral	A. beccarii d	#	Winn, Kyaw
5	Buccella frigida sinistral	B. frigida s	#	Winn, Kyaw
6	Buccella frigida dextral	B. frigida d	#	Winn, Kyaw
7	Nonion germanicum	N. germanicum	#	Winn, Kyaw
8	Nonion sp.	Nonion sp.	#	Winn, Kyaw	<1 = not counted
9	Sample comment	Sample comment		Winn, Kyaw

License:

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

Size:

5977 data points

Data

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

1 Depth sed [m]	2 Samp vol [cm³]	3 A. beccarii s [#]	4 A. beccarii d [#]	5 B. frigida s [#]	6 B. frigida d [#]	7 N. germanicum [#]	8 Nonion sp. [#]	9 Sample comment
10.450	15	0	0	1	0	0
10.530	15	4	6	8	9	11	6	some Elphidium sp.
10.550	13	0	0	0	0	1		few E. sp.
10.570	14	0	0	1	0	1
10.590	14	0	0	0	0	4	4	some E. sp.
10.610	14	0	0	1	2	3	4	some E. sp.
10.630	13	1	0	1	0	0		some E. sp.
10.690	15	1	1	7	7	42		some E. sp.
10.710	13	0	0	0	0	1	1	freq. E. sp.
10.730	14	0	2	0	4	11		freq. E. sp.
10.750	14	0	1	3	1	10		some E. sp.
10.770	14	0	0	3	1	10		some E. sp.
10.790	13	0	0	2	0	9		some E. sp.
10.810	14	0	0	7	4	16	<1	some E. sp.
10.830	15	12	2	3	1	9	4	Lagena
10.850	16	4	4	1	1	6	12
10.870	15	4	1	1	0	2	4
10.890	15	6	4	0	1	6	8	freq. E. sp.
10.910	15	0	0	2	3	5		few E. sp.
10.930	12	2	2	0	0	5	5
10.950	12	3	1	1	0	0
10.970	11	1	1	0	0	3	5	few E. sp.
10.990	12	0	1	0	1	8		few E. sp.
11.010	10	0	0	0	0	0		no forams
11.030	12	0	0	0	0	0		1 E. incertum
11.050	12	1	1	2	1	0	7	few E. sp.
11.070	12	1	1	2	0	8	3	few E. sp.
11.090	12	0	4	4	7	10	5	few E. sp.
11.110	12	0	1	2	4	10	6	abdt. E. sp.
11.130	12	4	1	0	4	10	7	abdt. E. sp.
11.150	12	1	0	2	1	5	3	freq. E. sp.
11.170	12	0	0	2	0	1	2	few E. sp.
11.190	12	0	0	0	1	2	3	rare forams
11.210	12	0	0	2	3	0	5
11.230	13	7	1	15	14	18	9
11.250	11	4	3	18	12	21	11
11.270	13	2	8	2	8	5	4
11.290	12	0	2	7	6	9	3
11.310	13	0	1	7	8	11	6
11.330	12	11	5	14	16	25	8
11.350	12	5	4	13	13	21	13
11.370	12	5	2	12	7	31	18
11.390	12	2	3	3	9	39	20
11.410	13	3	3	12	16	15	7
11.430	12	2	2	4	4	17	14	few E. sp.
11.450	12	0	0	3	0	12	6	rare E. sp.
11.470	13	0	0	4	1	12	7
11.490	12	4	0	6	5	17	9	some Lagena
11.510	12	2	1	6	8	3	6
11.530	12	3	4	9	7	27	10
11.550	13	4	2	21	18	34	14	freq. E. sp.
11.570	13	8	2	7	12	25	12	freq. E. sp.
11.590	12	1	2	7	6	10	5	freq. E. sp.
11.610	10	0	0	5	0	5	4	rare forams
11.630	14	1	0	4	6	10	7	few E. sp.
11.650	12	1	2	9	11	14	9	freq. E. sp.
11.670	13	2	3	10	9	22	<1	abdt. E. sp.
11.690	13	4	0	6	7	24	<1	freq. E. sp.
11.710	12	1	0	7	7	15	<1	freq. E. sp.
11.730	12	2	2	3	4	8	4	freq. E. sp.
11.750	14	1	0	2	1	4	5	some E. sp.
11.770	13	0	0	6	9	12	9	abdt. E. sp.+ 1 L. striata
11.790	13	2	0	6	8	38	<1	abdt. E. sp.+ 1 L. striata
11.810	13	2	2	7	6	41	<1	abdt. E. sp.+ L. sp. + Bolivina sp.
11.830	12	4	1	6	9	19	<1	abdt. E. sp.+ L. sp, L. striata
11.850	12	6	8	35	38	118	<1	abdt. E. sp.+ L. sp, L. striata
11.870	12	9	3	58	38	78	<1	abdt. E. sp.+ L. sp, L. striata
11.890	12	9	5	13	9	21	<1	abdt. E. sp.
11.910	12	5	1	3	7	15	<1	abdt. E. sp.+ L. sp, L. striata
11.930	13	2	1	3	3	9	<1	abdt. E. sp.+ 1 L. striata
11.950	12	0	1	5	4	16	<1	freq. E. sp.+ 1 L. striata
11.970	11	0	1	3	3	15	<1	abdt. E. sp.+ 2 L. striata
11.990	13	0	0	2	1	8	<1	abdt. E. sp.+ 3 L. striata
12.010	11	3	1	3	3	9	<1	abdt. E. sp.+ L. sp, L. striata
12.030	10	0	1	2	0	3	5	abdt. E. sp.+ 3 L. sp, L. striata
12.050	10	0	0	10	8	17	<1	abdt. E. sp.+ L. sp, L. striata
12.070	12	1	5	7	10	25	<1	abdt. E. sp.+ L. sp, L. striata
12.090	11	8	2	10	4	18	<1	abdt. E. sp.+ L. sp, L. striata
12.110	11	6	0	9	7	52	<1	abdt. E. sp.+ L. sp, L. striata
12.130	11	5	4	4	5	27	<1	abdt. E. sp.+ L. sp, L. striata
12.150	11	5	5	8	4	31	<1	abdt. E. sp.+ 1 L. striata
12.170	11	1	1	2	3	35	<1	abdt. E. sp.+ L. sp, 2 L. striata
12.190	11	8	1	7	10	38	<1	abdt. E. sp.+ L. sp, L. striata
12.210	11	8	0	17	24	105	<1	abdt. E. sp.+ L. sp.
12.230	12	3	3	6	7	30	<1	abdt. E. sp.+ L. sp.
12.250	12	7	1	8	6	17	<1	abdt. E. sp.+ L. sp.
12.270	11	6	1	14	8	19	<1	abdt. E. sp.+ L. sp.
12.290	11	0	3	3	6	3	<1	abdt. E. sp.+ L. sp.
12.310	12	5	2	7	5	15	<1	abdt. E. sp.+ L. sp.
12.330	11	4	2	9	2	14	<1	abdt. E. sp.+ L. sp.
12.350	11	2	2	2	2	10	5	abdt. E. sp.+ L. sp.
12.370	11	1	1	8	20	6	10	abdt. E. sp.+ L. sp.
12.390	11	0	0	3	1	5	9	abdt. E. sp. + amber fragments
12.410	12	2	2	1	2	14	<1	abdt. E. sp.
12.430	11	2	1	1	1	12	<1	abdt. E. sp.
12.450	11	4	6	1	1	16	<1	frequent E. sp.
12.470	11	4	7	6	5	15	<1	abdt. E. sp. + L. sp.
12.490	11	13	6	10	8	15	<1	abdt. E. sp. + L. sp.
12.590	11	6	3	6	5	25	<1	frequent E. sp.
12.610	12	3	0	4	2	16	<1	frequent E. sp.
12.630	10	2	3	3	6	29	<1	frequent E. sp.
12.650	10	3	0	1	6	17	<1	frequent E. sp. + 1 L. sp.
12.670	11	4	4	21	17	25	<1	some E. sp.
12.690	11	2	1	14	15	18	<1	E. sp. + 1 Buliminella sp., L. sp.
12.710	11	3	5	19	9	13	<1	frequent E. sp.
12.730	12	5	2	11	8	19	<1	frequent E. sp.
12.750	12	4	3	10	6	14	<1	abdt. E. sp. + 2 L. sp.
12.770	11	2	1	3	2	8	<1	abdt. E. sp. + B. sp., Bulimina sp.
12.790	12	9	4	10	23	27	<1	abdt. E. sp.
12.810	12	8	5	14	9	12	<1	abdt. E. sp. + spicules
12.830	11	4	0	3	3	10	<1	abdt. E. sp.
12.850	11	6	3	11	13	29	<1	abdt. E. sp. + 1 Bulimina marginata
12.870	11	1	1	5	3	17	<1	abdt. E. sp.
12.890	11	3	4	13	13	24	<1	abdt. E. sp. + L. sp.
12.910	11	0	1	0	2	8	3	some E. sp.
12.930	12	4	0	4	3	10	<1
12.950	12	1	2	1	3	9	<1
12.970	11	3	1	8	6	8	3	some E. sp.
12.990	11	0	0	0	4	9	2
13.010	12	3	1	0	1	9	<1	some E. sp.
13.030	12	1	0	1	4	10	11	few E. sp.
13.050	12	2	3	2	1	16	10	few E. sp.
13.070	12	4	0	5	5	15	9	rare E. sp.
13.090	12	1	1	3	1	11	5	few E. sp.
13.110	12	2	8	7	8	18	10	frequent E. sp.
13.130	13	3	8	5	7	25	10	frequent E. sp.
13.150	12	4	10	8	6	7	10	some E. sp.
13.170	12	1	0	1	2	3	2	frequent E. sp.
13.190	11	4	4	2	4	9	8	frequent E. sp.
13.210	12	7	4	8	9	9	6	frequent E. sp.
13.230	13	3	2	2	2	9	<1	frequent E. sp.
13.250	12	4	0	12	4	12	7	few E. sp.
13.270	12	4	3	14	11	12	10	frequent E. sp.
13.290	11	1	2	6	6	16	9	freq. E. sp.
13.310	12	8	0	15	6	12	5	freq. E. sp. + 2 L. striata
13.330	12	8	4	10	12	11	<1	abdt. E. sp. +2 L. sp.
13.350	12	3	5	13	18	12	7
13.370	13	5	2	14	31	18	8	abdt. E. sp. + 4 L. sp.
13.390	13	20	9	16	13	26	10
13.410	13	7	2	20	12	16	8	freq.. E. sp. + 1 L. sp.
13.430	12	3	3	9	6	3	4	freq. E. sp.
13.450	12	3	1	8	1	12	7	few E. sp. + 1 L. sp.
13.470	11	0	1	0	2	9	2	few E. sp.
13.490	12	4	3	8	4	10	<1	freq. L. sp
13.510	13	3	4	11	7	14	7	abdt. E.sp.
13.530	12	1	0	2	3	8	<1	abdt. E.sp.
13.550	12	1	1	3	4	6	<1	freq. E.sp.
13.570	12	5	2	2	1	7	5	few E.sp.
13.590	12	1	1	2	0	3	1	few E.sp.
13.610	11	3	1	3	4	0	6	rare E.sp.
13.630	12	3	2	1	1	7	2	rare E.sp.
13.650	12	2	1	3	3	1		some E.sp.
13.670	12	4	2	3	0	1	3	some E.sp.
13.690	12	3	3	3	3	8	4	few E.sp.
13.710	12	8	0	4	3	9	4	few E.sp.
13.730	11	4	0	3	1	0		7 N. orbiculare+ N. depressulus
13.750	12	0	0	1	2	3	<1	some E. sp.
13.770	12	2	3	4	1	0	2	some E. sp.
13.790	11	1	1	1	3	0	3	rare E.sp.
13.810	12	1	0	5	3	0	6	rare E.sp.
13.830	12	4	5	4	14	5	4	rare E.sp.
13.850	11	1	0	2	1	3		rare E.sp.
13.870	12	3	0	0	1	3	<1	few E.sp.
13.890	10	2	4	2	1	0	2	few E.sp.
13.910	11	2	0	1	2	0	3	rare E.sp.
13.930	11	1	1	0	0	0		2 N. depressulus, few E.sp.
13.950	12	1	3	1	2	0	3
14.010	12	1	1	0	0	0	7	few E.sp.
14.030	11	1	1	2	3	7		few E.sp.
14.050	12	7	3	2	4	0	9	few E.sp.
14.070	11	2	1	0	4	0	7	few E.sp.
14.090	12	2	0	4	5	11		few E.sp.
14.110	12	3	0	4	3	0	9	few E.sp.
14.130	12	0	1	2	0	0	7	few E.sp.
14.150	12	0	0	1	0	0	5	rare E.sp.
14.170	12	2	2	1	0	0		rare E.sp.
14.190	12	1	1	0	0	0	4	rare E.sp.
14.210	11	1	0	1	1	3	2	few E.sp.
14.230	11	2	0	1	0	2	3	few E.sp.
14.250	12	2	2	1	1	0	5	few E.sp.
14.270	11	0	4	0	1	3		some E.sp.
14.290	12	5	1	3	1	7		freq. E.sp.
14.310	12	0	0	0	0	0		some E.sp.
14.330	12	1	0	0	0	0	2	some E.sp.
14.350	12	1	0	0	0	0	1	some E.sp.
14.370	12	1	0	0	0	0	6	some E.sp.
14.390	12	1	0	0	1	0		some E.sp.
14.410	11	0	0	1	5	4	10	freq. E.sp.
14.430	12	5	6	14	4	16	2	freq. E.sp.
14.450	12	6	2	8	5	19	15	freq. E.sp.
14.470	12	6	0	9	5	23	16	some E.sp.
14.490	12	1	3	7	3	24	13	some E.sp.
14.510	12	0	1	6	8	19	10	few E.sp.
14.530	12	3	2	6	6	14		some E.sp.
14.550	12	0	4	5	5	8	8	some E.sp.
14.570	11	2	1	11	1	58		abdt. E.sp.
14.590	11	5	7	9	11	31	11	abdt. E.sp.
14.610	11	2	1	5	5	26	11	freq. E.sp.
14.630	12	5	0	4	1	9	8	freq. E.sp. + 1 L.sp.
14.650	11	9	8	12	4	19	8	freq. E.sp. + 4 L.sp.
14.670	12	7	5	10	10	17	9	abdt. E.sp.
14.690	11	8	2	6	4	23		some E.sp.
14.710	12	0	1	10	12	18	8	freq. E.sp. + L.sp.
14.730	12	7	1	7	10	23	9	freq. E.sp.
14.750	12	12	3	13	11	22	10	freq. E.sp.
14.770	12	6	6	9	10	31	18	freq. E.sp.
14.790	13	16	8	14	8	21	12	freq. E.sp. + L.sp.
14.810	11	10	2	18	15	32	16	freq. E.sp.
14.830	12	3	5	6	15	17	7	freq. E.sp. + L.sp.
14.850	12	5	2	12	12	27		freq. E.sp. + L.sp.
14.870	13	8	2	18	8	34	13	freq. E.sp.
14.890	12	7	11	7	25	35	18	freq. E.sp.
14.910	11	11	12	12	18	71	29	abdt. E.sp. + 2 L.sp.
14.930	11	4	16	9	10	40	16	freq. E.sp.
15.010	14	6	6	10	13	8		not noted
15.030	14	3	0	3	6	0	8	not noted
15.050	12	1	0	4	0	0	2	not noted
15.070	13	4	4	7	8	0	6	not noted
15.090	13	1	1	6	11	0	3	not noted
15.110	12	9	6	9	8	0	5	not noted
15.130	12	16	9	10	11	0	10	not noted
15.150	11	9	4	17	22	0	7	not noted
15.170	11	3	10	12	14	0	2	not noted
15.190	12	12	4	18	7	0	6	not noted
15.210	11	20	7	10	12	0	10	not noted
15.230	12	17	6	15	24	0	15	not noted
15.250	13	12	17	22	28	0	4	not noted
15.270	12	35	13	28	43	0	10	not noted
15.290	13	9	2	27	23	0	6	not noted
15.310	13	18	14	25	28	14		freq. E.sp.
15.330	12	13	6	8	15	11		freq. E.sp.
15.350	13	15	8	17	18	0	8	freq. E.sp.
15.370	12	15	13	18	14	0	9	E.sp.+ 1 L. striata+ 1 Bulimina sp.
15.390	12	14	7	18	19	0	6	freq. E.sp.
15.410	13	23	10	23	14	0	8	freq. E.sp.
15.430	12	7	18	20	22	0	17	freq. E.sp.
15.450	12	7	1	16	10	16	<1	freq. E.sp.
15.470	11	9	7	6	7	19	<1	freq. E.sp.
15.490	12	14	9	25	25	7	<1	freq. E.sp.
15.510	13	23	15	31	22	78	<1	freq. E.sp.
15.530	12	11	12	14	7	63	<1	E.sp.+ 2 L. sulcata
15.550	12	17	15	13	18	21	<1	freq. E.sp.
15.570	11	24	15	10	16	0	18	freq. E.sp.
15.590	13	24	9	18	21	34	<1	freq. E.sp.
15.610	12	19	13	15	16	0	10	freq. E.sp.
15.630	12	28	10	20	17	0	23	freq. E.sp.
15.650	13	4	8	15	16	27	<1	some E.sp.
15.670	12	8	7	14	2	0	14	E.sp. + 2 L. sulcata
15.690	12	20	19	30	32	0	19	E.sp. + 2 L. sulcata
15.710	11	8	9	15	12	0	11	some E.sp.
15.730	11	8	15	18	20	0	21	some E.sp.
15.750	12	26	9	18	14	0	22	some E.sp.
15.770	12	4	10	14	16	0	18	N. depressulus. Freq. E. sp
15.790	12	8	6	13	8	0	17	N. depressulus. Freq. E. sp
15.810	12	17	6	11	9	0	15	N. depressulus + N.sp.
15.830	12	9	4	10	6	0	12	N. depressulus + N.sp.
15.850	12	22	8	20	18	0	15	N. depressulus + N.sp.
15.870	12	15	10	17	11	0	21	N. depressulus + N.sp.
15.890	12	48	22	29	26	0	16	N. depressulus + N.sp.
15.910	11	39	33	27	13	0	14	N. depressulus + N.sp.
15.930	12	73	42	43	48	0	21	N. depressulus + N.sp.
16.010	12	60	30	30	25	15
16.030	12	115	55	58	45	>20
16.050	12	28	18	30	17	13
16.070	12	33	10	18	18	13
16.090	13	40	10	20	18	10
16.110	13	35	15	20	30	17
16.130	13	45	25	22	18	13
16.150	13	50	18	30	25	12
16.170	14	88	40	48	38	15
16.190	13	53	35	30	25	8
16.210	13	60	23	35	35	12
16.230	11	70	45	25	30	17
16.250	14	95	68	30	35	16
16.270	12	125	65	35	17	>20
16.290	13	150	66	30	30	15
16.310	14	165	90	33	63	21
16.330	13	105	45	33	25	21
16.350	11	78	23	13	13	14
16.370	13	105	50	23	25	18
16.390	13	58	38	28	33	18
16.410	13	55	90	43	25	>20
16.430	13	70	43	43	25	>20
16.450	10	70	35	25	28	>20
16.470	13	70	63	40	55	>20
16.490	13	60	55	40	25	22
16.510	13	35	23	9	15	15
16.530	13	38	15	14	11	17
16.550	13	130	70	25	43	>20
16.570	13	105	75	60	55	>20
16.590	13	58	48	28	35	>20
16.610	13	88	68	40	30	23
16.630	13	105	85	13	25	25
16.650	13	70	63	50	60	23
16.670	14	125	70	35	22	21
16.690	13	70	58	33	33	21
16.710	14	155	145	65	85	30
16.730	13	155	130	60	55	23
16.750	14	130	100	65	80	>30
16.770	13	155	110	28	35	>30
16.790	13	135	40	60	75	>30
16.810	12	110	100	50	15	>30
16.830	13	165	90	35	32	>30
16.850	12	130	100	90	50	23
16.870	12	155	130	50	60	>30
16.890	12	105	110	30	38	23
16.910	13	105	115	33	27	24
16.930	13	125	75	18	32	22
16.950	13	75	38	17	17	24
16.970	13	110	115	43	45	>30
16.990	12	47	23	17	28	>30
17.010	12	97	60	20	22	17
17.030	13	125	120	35	70	>30
17.050	13	100	65	55	35	27
17.070	13	270	160	110	120	20
17.090	13	140	85	35	43	20
17.110	13	135	75	35	33	30
17.130	12	120	55	50	50	25
17.150	12	60	25	28	35	20
17.170	13	50	43	28	28	23
17.190	13	63	35	35	33	25
17.210	13	37	33	25	33	30
17.230	12	18	15	33	53	17
17.250	12	25	12	15	13	20
17.270	12	35	18	28	27	17
17.290	12	33	13	22	27	13
17.310	12	40	33	27	40	16
17.330	12	23	15	30	25	16
17.350	13	28	20	40	25	23
17.370	13	60	33	17	23	23
17.390	13	28	21	33	33	24
17.410	13	29	19	27	33	20
17.430	13	19	18	48	28	26
17.450	13	13	9	38	30	18
17.470	14	34	13	35	48	30
17.490	14	37	23	90	70	30
17.510	13	58	50	50	55	30
17.530	12	19	9	17	9	22
17.550	13	16	8	12	17	20
17.570	14	20	11	28	35	26
17.590	13	20	14	25	33	24
17.610	13	37	18	33	33	25
17.630	14	18	8	43	38	22
17.650	13	12	9	28	30	26
17.670	13	11	14	28	38	25
17.690	13	18	10	50	70	25
17.710	13	13	12	40	76	20
17.730	12	9	6	80	50	20
17.750	12	9	5	55	50	20
17.770	13	26	19	85	85	6
17.790	12	8	5	28	30	6
17.810	14	12	12	60	105	5
17.830	13	22	4	55	95	7
17.850	13	15	10	40	35	2
17.870	12	13	9	70	50	2
17.890	13	13	5	50	70	5
17.910	13	9	5	90	75	7
17.930	12	23	6	85	75	6
17.950	13	23	11	28	30	9
17.970	13	9	9	33	35	9
17.990	13	11	5	115	85	6
18.010	14	55	35	28	17	14
18.030	14	25	18	30	25	15
18.050	13	37	18	110	90	17
18.070	13	10	9	90	50	15
18.090	12	5	2	12	14	11
18.110	12	12	4	30	43	30
18.130	11	23	12	48	25	12
18.150	11	63	25	25	25	12
18.170	11	65	50	43	45	16
18.190	11	13	7	60	105	12
18.210	11	13	6	35	48	9
18.230	13	13	3	60	55	9
18.250	14	9	8	63	73	14
18.270	12	8	9	100	85	20
18.290	13	14	8	110	105	9
18.310	12	6	4	30	35	10
18.330	14	11	13	25	16	17
18.350	14	3	7	205	200	13
18.370	13	3	1	33	30	15
18.390	12	3	6	38	53	15
18.410	12	6	4	75	75	13
18.430	12	6	3	110	100	16
18.450	12	13	8	25	25	18
18.470	12	5	3	25	35	26
18.490	13	5	4	28	20	18
18.510	12	5	2	35	30	8
18.530	12	8	3	25	28	4
18.550	12	2	2	38	40	10
18.570	12	0	0	25	40	6
18.590	11	0	1	30	50	4
18.610	11	0	0	23	22	4
18.630	12	3	2	80	105	8
18.650	11	1	0	80	75	8
18.670	12	1	2	95	85	23
18.690	12	0	0	150	105	17
18.710	12	1	2	120	100	18
18.730	12	0	0	65	75	12
18.750	12	1	1	120	60	13
18.770	12	0	0	50	50	30
18.790	12	1	4	105	50	6
18.810	12	1	1	90	90	3
18.830	11	1	1	70	55	5
18.850	12	4	0	85	60	10
18.870	12	2	2	80	55	18
18.890	12	2	2	38	48	3
18.910	11	2	2	8	11	3
18.930	11	4	2	28	27	7
19.010	14	1	0	25	27	6
19.030	12	1	1	17	35	7
19.050	12	0	0	130	95	20
19.070	15	0	0	115	85	7
19.090	13	2	0	90	80	5
19.110	14	0	0	115	115	6
19.130	12	0	0	60	65	4
19.150	14	5	3	60	80	21
19.170	14	0	0	30	62	7
19.190	14	3	0	55	40	0
19.210	14	2	0	7	18	0
19.230	14	1	0	38	38	8
19.250	13	3	3	50	58	14
19.270	12	0	0	15	30	3
19.290	13	2	2	125	120	8
19.310	14	2	1	70	90	14
19.330	13	0	1	33	47	3
19.350	13	0	0	45	35	5
19.370	11	0	1	23	15	5
19.390	12	1	1	30	25	0
19.410	11	0	0	7	6	0
19.430	13	1	0	53	25	0
19.450	13	0	0	43	43	0
19.470	11	0	4	45	-45	0
19.490	12	0	0	120	115	0
19.510	13	0	0	125	70	1
19.530	14	1	0	9	7	1
19.550	14	0	0	38	43	3
19.570	13	0	0	28	45	15
19.590	13	0	1	35	28	7
19.610	13	5	4	100	95	9
19.630	13	14	8	110	90	8
19.650	14	5	2	145	160	20
19.670	11	2	0	65	55	0
19.690	14	3	2	35	40	8
19.710	14	15	9	145	125	4
19.730	14	1	0	65	45	3
19.750	14	0	0	40	50	5
19.770	14	0	0	40	55	0
19.790	14	1	1	28	52	0
19.810	14	0	0	70	65	0	3
19.830	13	0	0	60	70	2
19.850	13	0	0	11	12	1
19.870	13	1	0	24	13	12
19.890	14	2	0	18	27	8
19.910	11	0	0	30	33	7
19.930	12	2	0	55	40	5
19.950	14	0	0	32	33	7
19.970	12	0	1	95	100	8
19.990	12	0	0	95	120	5
20.010	14	0	0	85	100	6
20.030	11	0	0	20	23	1
20.050	12	0	0	34	37	6
20.070	11	0	0	23	16	0
20.090	13	0	0	27	27	7
20.110	13	0	0	55	80	2
20.130	13	0	0	8	12	8
20.150	14	0	0	19	14	6
20.170	13	0	0	42	50	2
20.190	13	0	0	33	38	0
20.210	14	0	0	43	60	0
20.230	14	0	1	93	98	6
20.250	13	0	0	100	105	7
20.270	13	0	0	35	40	16
20.290	12	0	0	43	28	30
20.310	14	0	0	50	85	30
20.330	14	2	2	180	170	10
20.350	14	0	0	47	38	7
20.370	14	0	2	140	135	20
20.390	14	0	0	55	95	26
20.410	13	1	4	140	170	30
20.430	14	0	0	80	95	7
20.450	13	5	2	28	17	7
20.470	12	0	0	27	13	18
20.490	13	12	7	250	215	24
20.510	13	7	3	70	85	24
20.530	13	11	8	155	160	20
20.550	14	18	5	145	165	20
20.570	13	15	12	100	125	4
20.590	14	4	2	80	75	8
20.610	13	0	0	30	63	5
20.630	13	0	0	70	40	11
20.650	15	4	0	35	18	13
20.670	14	0	0	35	28	4
20.690	14	0	0	52	55	5
20.710	14	0	0	17	23	17
20.730	14	0	0	155	145	>30
20.750	14	0	0	145	205	>30
20.770	14	0	0	185	165	>30
20.790	14	0	0	105	130	>30
20.810	13	0	0	43	28	>30
20.830	14	0	0	22	20	>30
20.850	14	0	0	60	50	>30
20.870	13	2	2	85	65	>30
20.890	13	4	3	55	50	27
20.910	14	7	5	65	83	30
20.930	14	0	0	200	140	30
20.950	13	0	0	75	85	30
20.970	13	0	0	50	63	30
20.990	12	0	0	45	50	15
21.010	12	10	7	33	12	22
21.030	12	14	6	20	27	28
21.050	12	12	9	25	48	27
21.070	14	43	17	25	38	29
21.090	14	14	19	12	17	30
21.110	14	63	23	20	35	30
21.130	12	21	8	40	50	30
21.150	13	1	0	3	4	21
21.170	13	9	6	4	9	16
21.190	13	26	16	12	18	30
21.210	13	50	18	55	50	30
21.230	13	1	1	10	5	24
21.250	13	0	0	7	3	11
21.270	13	0	0	11	13	26
21.290	13	0	0	14	18	23
21.310	14	0	0	70	70	26
21.330	14	0	0	7	7	8
21.350	14	0	0	6	10	24
21.370	12	0	0	2	1	6
21.390	12	0	0	1	3	12
21.410	14	0	0	9	8	30
21.430	12	0	0	16	9	5
21.450	12	0	0	4	11	7
21.470	14	0	0	9	9	20
21.490	13	0	0	1	1	5
21.510	14	0	0	10	9	30
21.530	13	0	0	21	22	30
21.550	15	0	0	6	6	30
21.570	13	0	0	5	6	30
21.590	12	0	0	16	11	20
21.610	12	0	0	5	4	8
21.630	13	0	0	0	0	6
21.650	13	0	0	0	1	11
21.670	12	0	0	11	10	30
21.690	14	0	0	0	0	10
21.710	12	0	0	1	0	9
21.730	13	0	0	0	0	10
21.750	11	0	0	6	4	30
21.770	12	0	0	0	0	7
21.790	12	0	0	7	6	30
21.810	13	0	0	0	0	7
21.830	14	0	0	0	0	4
21.850	13	0	0	0	0	4
21.870	12	0	0	0	0	3
21.890	13	1	0	0	0	4		<160Âµm abundant juvenile tests
21.910	13	0	0	0	0	0		<160Âµm some juvenile tests
21.930	14	0	0	0	0	0		<160Âµm few juvenile tests
21.950	13	0	0	6	8	33
21.970	13	0	0	0	0	0		<160Âµm rare juvenile tests
21.990	14	0	0	0	0	0		<160Âµm rare juvenile tests
22.010	10	0	0	3	4	25
22.030	11	0	0	4	2	23
22.050	11	0	0	6	3	26
22.070	12	0	0	14	8	30
22.090	12	0	0	1	5	26
22.110	12	0	0	2	2	27
22.130	13	0	0	3	5	26
22.150	12	0	0	12	6	25
22.170	11	0	0	6	5	25
22.190	10	0	0	2	1	26
22.210	10	0	0	0	3	27
22.230	12	0	0	0	0	19
22.250	13	0	0	0	0	8
22.270	11	0	0	1	1	28
22.290	12	4	1	1	0	15
22.310	11	2	0	2	0	19
22.330	11	13	1	4	2	21
22.350	11	20	15	2	5	27
22.370	11	53	32	1	3	25
22.390	13	115	45	2	1	15
22.410	11	130	55	1	1	12
22.430	12	145	40	1	0	11
22.450	12	125	60	7	2	30
22.470	11	145	70	2	7	13
22.490	10	250	75	0	3	18
22.510	12	160	70	0	3	13
22.530	10	20	4	0	0	4
22.550	12	265	95	0	0	10
22.570	10	170	40	0	0	9
22.590	9	43	13	0	0	7
22.610	11	505	195	3	2	30
22.630	10	205	65	0	1	10
22.650	12	93	35	0	0	2
22.670	12	60	15	0	0	0
22.690	13	175	90	0	4	5
22.710	11	60	25	0	0	5
22.730	11	135	55	0	0	18
22.750	13	63	33	2	1	12
22.770	14	12	3	0	3	9
22.790	12	115	65	6	5	30
22.810	12	40	7	2	1	6
22.830	13	200	60	2	1	28
22.850	14	73	30	0	0	3
22.870	13	120	55	6	1	20
22.890	14	42	17	0	0	2
22.910	13	190	100	6	3	30
22.930	11	130	60	1	0	10
22.950	12	105	30	0	0	9
22.970	12	140	90	0	0	13
22.990	15	?0	?0	1	1	4
23.010	10	344	192	7	8	>10		not counted
23.030	11	300	180	5	7	>10		not counted
23.050	11	244	96	11	17	>10		not counted
23.070	12	56	34	2	3	>10		not counted
23.090	10	300	170	4	1	>10		not counted
23.110	12	575	185	1	3	>10		not counted
23.130	13	460	110	2	1	<11		not counted
23.150	13	616	224	0	1	>12		not counted
23.170	16	1422	630	3	5	>10		not counted
23.190	16	2700	900	5	4	>10		not counted
23.210	12	1020	165	3	2	>12		not counted
23.230	12	2784	960	5	3	>10		not counted
23.250	13	1975	750	4	3	>11		not counted
23.270	12	1590	660	2	4	>12		not counted
23.290	11	1170	225	4	3	>12		not counted
23.310	12	780	380	5	3	>12		not counted
23.330	10	590	210	5	1	>12		not counted
23.350	12	490	150	1	3	>10		not counted
23.370	11	295	65	0	0	8
23.390	13	740	360	1	6	>12		not counted
23.410	13	355	105	5	4	>12		not counted
23.430	14	280	120	3	2	>12		not counted
23.450	12	220	55	1	2	>12		not counted
23.470	11	205	85	3	2	>12		not counted
23.490	13	780	40	5	4	>12		not counted
23.510	10	250	160	3	5	>12		not counted
23.530	12	520	150	1	8	>12		not counted
23.550	11	380	150	2	4	>12		not counted
23.570	12	230	100	2	5	>12		not counted
23.590	12	760	400	8	3	>12		not counted
23.610	13	315	110	10	6	>12		not counted
23.630	14	165	95	3	4	>12		not counted
23.650	10	470	135	8	7	>12		not counted
23.670	12	30	8	5	4	>12		not counted
23.690	13	97	37	4	2	>12		not counted
23.710	15	408	184	5	4	>12		not counted
23.730	11	165	55	7	3	>12		not counted
23.750	12	440	170	6	4	>12		not counted
23.770	14	205	120	6	4	>12		not counted
23.790	13	295	130	4	4	>12		not counted
23.810	14	560	310	5	7	>12		not counted
23.830	13	195	135	4	5	>12		not counted
23.850	14	432	120	1	5	>12		not counted
23.870	14	285	145	6	3	>12		not counted
23.890	14	184	96	1	2	>12		not counted
23.910	14	205	70	2	4	>12		not counted
23.930	11	85	43	3	2	>12		not counted
23.950	14	113	33	2	2	>12		not counted
23.970	12	37	21	2	3	>12		not counted
23.990	11	143	70	1	2	>12		not counted
24.010	12	31	18	0	0	>10		not counted
24.030	13	57	24	2	3	>10		not counted
24.050	14	111	24	4	3	>10		not counted
24.070	15	77	39	3	4	>10		not counted
24.090	15	51	19	0	0	>10		not counted
24.110	15	9	3	0	0	8
24.130	16	28	14	0	0	>10		not counted
24.150	13	4	4	0	0	>10		not counted
24.170	14	51	19	0	0	>10		not counted
24.190	15	153	56	0	5	>10		not counted
24.210	12	188	52	3	5	>10		not counted
24.230	11	55	18	0	0	>10		not counted
24.250	12	75	33	2	2	>10		not counted
24.270	16	155	55	0	0	>10		not counted
24.290	13	41	9	3	0	>10		not counted
24.310	13	73	13	2	2	>10		not counted
24.330	15	155	45	2	2	>10		not counted
24.350	16	41	13	0	0
24.370	14	53	21	3	2	>10		not counted
24.390	13	42	22	3	1	>10		not counted
24.410	14	25	10	0	0	>10		not counted
24.430	11	22	6	0	0	>10		not counted
24.450	16	25	7	0	0	>10		not counted
24.470	16	18	6	0	0	>10		not counted
24.490	16	6	0	0	0	7
24.510	14	5	1	0	0	>10		not counted
24.530	13	15	3	0	0	>10		not counted
24.550	19	2	0	0	0	0
24.570	15	1	0	0	0	0
24.590	15	0	0	0	0	0
24.610	29	0	0	0	0	0
24.630	16	0	0	0	0	4
24.650	30	0	0	0	0	0
24.670	16	0	0	0	1	0
24.690	18	0	0	0	0	0
24.710	31	0	0	0	0	0
24.730	16	0	0	0	0	0
24.750	30	0	0	0	0	0
24.770	17	0	0	0	0	0
24.790	16	0	0	0	0	0
24.810	26	0	0	0	0	0
24.830	27	2	0	0	0	2
25.010	15	6	0	0	0	0
25.030	16	0	0	0	0	1
25.050	16	1	8	0	1	20
25.070	17	26	7	2	3	20
25.090	17	44	17	1	3	9
25.110	16	23	7	1	1	20
25.130	16	24	11	0	1	12
25.150	17	17	7	0	0	25
25.170	16	13	4	0	1	21
25.190	17	1	3	0	0	28
25.210	18	0	0	0	0	3
25.230	17	0	0	0	0	9
25.250	16	0	0	0	0	22
25.270	17	0	0	0	0	3
25.290	17	0	0	0	0	0
25.310	17	0	0	0	0	0
25.330	17	0	0	0	0	0
25.350	17	0	0	0	0	0
25.370	16	0	0	0	0	0
25.390	17	0	0	0	0	0
25.410	16	0	0	0	0	0
25.430	17	0	0	0	0	0
25.450	17	0	0	0	0	0
25.470	17	0	0	0	0	0
25.490	17	0	0	0	0	0
25.510	17	0	0	0	0	0
25.530	17	0	0	0	0	0
25.550	15	0	0	0	0	0
25.570	15	0	0	0	0	0
25.590	14	0	0	0	0	0
25.610	17	0	0	0	0	0
25.630	17	0	0	0	0	0
25.650	16	0	0	0	0	0
25.670	14	0	0	0	0	0
26.010	11	1	1	0	1	14
26.030	10	4	2	0	0	22
26.050	15	0	0	0	0	11
26.070	15	1	0	0	0	7
26.090	16	2	2	0	0	10
26.110	17	4	4	0	1	6
26.130	16	0	0	0	0	1
26.150	18	0	0	0	0	0
26.170	17	0	1	0	0	1
26.190	17	0	0	0	0	1
26.210	18	21	5	1	4	27
26.230	11	15	8	0	1	29
26.250	10	85	23	0	3	>30
26.270	17	145	55	1	3	>30
26.290	11	22	4	0	0	>30
26.310	10	20	2	0	0	>30
26.330	14	83	25	1	2	>30
26.350	11	37	8	0	1	>30
26.370	14	51	24	1	1	>30
26.390	16	14	4	0	2	27
26.410	15	22	3	0	1	25
26.430	16	5	2	0	0	14
26.450	16	31	1	0	0	21
26.470	14	9	4	0	0	29
26.490	18	11	5	0	0	28
26.510	16	3	1	0	0	9
26.530	15	0	0	0	0	0
26.550	15	0	0	0	0	0
26.570	18	0	0	0	0	0
26.590	16	0	0	0	0	0
26.610	17	0	0	0	0	0
26.630	16	0	0	0	0	0
26.650	16	0	0	0	0	0
26.670	13	0	0	0	0	0
26.690	16	0	0	0	0	0
26.710	15	0	0	0	0	0
26.730	17	0	0	0	0	2
26.750	15	0	0	0	0	0
26.770	16	0	0	0	0	0
26.790	17	0	0	0	0	0
26.810	18	0	0	0	0	0
26.830	17	0	0	0	0	0
26.850	17	0	0	0	0	0
26.870	18	0	0	0	0	2
26.890	14	0	0	0	0	0
27.010	13	17	6	0	0	20
27.030	12	4	4	0	0	14
27.050	14	20	6	0	0	9
27.070	15	20	5	0	0	20
27.090	15	9	0	0	0	14
27.110	15	4	1	0	0	13
27.130	17	8	2	1	1	20
27.150	16	1	0	0	0	3
27.170	16	0	0	0	0	0
27.190	15	0	0	0	0	0
27.210	15	0	0	0	0	0
27.230	16	0	0	0	0	0
27.250	17	0	0	0	0	0
27.270	18	0	0	0	0	0
27.290	16	0	0	0	0	0
27.310	18	0	0	0	0	0
27.330	18	0	0	0	0	0
27.350	15	0	0	0	0	0
27.370	18	0	0	0	0	0
27.390	18	0	0	0	0	0
27.410	18	1	0	0	0	0
27.430	16	0	0	0	0	0
27.450	16	0	0	0	0	0
27.470	15	0	0	0	0	0
27.490	15	0	0	0	0	0
27.510	14	0	0	0	0	0
27.530	12	0	0	0	0	0
27.550	11	0	0	0	0	0
27.570	14	0	0	0	0	0
27.590	18	0	0	0	0	0
27.610	10	0	0	0	0	0
27.630	16	0	0	0	0	0
27.650	10	0	0	0	0	0
27.670	15	0	0	0	0	0
27.690	15	0	0	0	0	0
27.710	14	0	0	0	0	1
27.730	18	0	0	0	0	0
27.750	18	0	0	0	0	0
27.770	16	0	0	0	0	0
27.790	14	0	0	0	0	0
27.810	16	0	0	0	0	0
27.830	14	0	0	0	0	0
27.850	16	0	0	0	0	0
27.870	17	0	0	0	0	0
27.890	18	0	0	0	0	0
28.010	13	6	9	0	0	10
28.030	16	7	5	0	0	>20		not counted
28.050	12	9	7	0	1	9
28.070	14	18	9	1	0	>20		not counted
28.090	14	24	7	0	1	>20		not counted
28.110	15	34	11	1	1	>20		not counted
28.130	16	19	1	0	0	>20		not counted
28.150	17	140	25	0	1	>20		not counted
28.170	13	76	24	1	2	0
28.190	12	48	21	0	0	0
28.210	12	1	0	0	0	0
28.230	12	48	27	0	1	0
28.250	14	2	0	1	0	2
28.270	11	1	0	0	0	0
28.290	15	0	0	0	0	0
28.310	11	1	0	0	0	0
28.330	17	0	0	0	0	0
28.350	12	0	0	0	0	0
28.370	12	0	0	0	0	0
28.390	11	0	0	0	0	0
28.410	15	0	0	0	0	0
28.430	14	0	0	0	0	0
28.450	12	0	0	0	0	0
28.470	14	0	0	0	0	0
28.490	14	0	0	0	0	0
28.510	12	0	0	0	0	0
28.530	15	0	0	0	0	0
28.550	10	0	0	0	0	0
28.570	15	0	0	0	0	0
28.590	14	0	0	0	0	0
28.610	13	0	0	0	0	0
28.630	13	0	0	0	0	0
28.650	15	0	0	0	0	0
28.670	11	0	0	0	0	0
28.690	14	1	0	0	1	0	6
29.020	13	20	8	0	1	10
29.040	15	5	3	0	0	7
29.060	15	13	2	0	0	2
29.080	18	9	2	0	0	10
29.100	12	8	0	0	0	5
29.120	14	10	2	0	0	12
29.140	14	11	2	0	0	5
29.160	12	2	1	0	0	2
29.190	13	105	40	3	2	>30		not counted
29.200	14	26	13	1	0	12
29.220	14	11	6	0	1	8
29.240	12	9	2	0	1	7
29.260	13	16	4	1	0	12
29.280	16	7	7	1	0	14
29.300	15	12	4	0	0	10
29.320	16	15	3	0	0	18
29.340	17	5	0	0	0	3
29.360	15	7	3	1	0	5
29.380	14	21	2	1	0	7
29.400	16	16	3	0	0	13
29.420	16	7	6	0	0	9
29.440	16	10	2	0	0	5
29.460	16	8	4	1	0	2
29.480	14	4	2	0	0	8
29.500	10	13	3	1	0	8
29.520	16	10	6	0	1	6
29.540	14	19	6	1	0	6
30.020	13	150	60	2	2	12
30.040	18	88	33	2	3	>30		not counted
30.060	16	98	28	2	1	>30		not counted
30.080	14	85	17	0	3	>30		not counted
30.100	14	23	12	1	1	19
30.120	14	63	10	1	0	20
30.140	14	20	10	0	0	22
30.160	15	43	13	2	1	16
30.180	17	25	15	2	2	12
30.200	16	16	5	2	2	16
30.220	16	10	2	0	1	10
30.240	15	11	3	0	1	10
30.260	15	22	6	0	0	6
30.280	11	20	13	0	1	10
30.300		24	7	0	0	10		inaccurate sample volume
30.320		17	4	0	0	10		inaccurate sample volume
30.340		10	7	0	0	11		inaccurate sample volume
30.360		27	4	0	0	10		inaccurate sample volume