Citation:

bg-13-1037-2016

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Project(s):

Biological Impacts of Ocean Acidification (BIOACID)

Coverage:

Latitude: 59.858330 * Longitude: 23.258330

Date/Time Start: 2012-06-12T00:00:00 * Date/Time End: 2012-06-12T00:00:00

Event(s):

KOSMOS_2012_Tvaerminne * Latitude: 59.858330 * Longitude: 23.258330 * Date/Time: 2012-06-12T00:00:00 * Method/Device: Mesocosm experiment (MESO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Day of experiment	DOE	day	Almén, Anna-Karin
2	Time, incubation	T incubation	day	Almén, Anna-Karin
3	Mesocosm label	Meso label		Almén, Anna-Karin
4	Fugacity of carbon dioxide in seawater	fCO2	ppmv	Almén, Anna-Karin
5	Nauplii recruitment per female	Nauplii recruitment	#/female/day	Almén, Anna-Karin
6	pH	pH		Almén, Anna-Karin	incubation pH
7	Temperature, water	Temp	°C	Almén, Anna-Karin
8	Chlorophyll a	Chl a	µg/l	Almén, Anna-Karin
9	Diatoms, biomass as carbon	Diatom C	µg/l	Almén, Anna-Karin
10	Dinoflagellates, biomass as carbon	Dinofl C	µg/l	Almén, Anna-Karin

License:

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

Size:

960 data points

Data

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

1 DOE [day]	2 T incubation [day]	3 Meso label	4 fCO2 [ppmv]	5 Nauplii recruitment [#/female/day]	6 pH	7 Temp [°C]	8 Chl a [µg/l]	9 Diatom C [µg/l]	10 Dinofl C [µg/l]
3	1	M1	346	0.4	8.12	11.2	1.96	0.379	3.122
3	2	M1	346	8.5	8.12	11.2	2.07	0.046	2.817
3	3	M1	346	17.1	8.12	11.2	2.06	0.087	4.542
3	4	M1	346	9.4	8.12	11.2	2.02	0.129	6.267
10	1	M1	346	15.7	8.24	11.2	1.97	0.029	2.479
10	2	M1	346	25.2	8.24	11.2	1.86	0.026	2.834
10	3	M1	346	14.0	8.24	11.2	2.55	0.022	3.188
10	4	M1	346	6.2	8.24	11.2	2.12	0.045	6.377
17	1	M1	346	16.5	8.12	11.2	1.81	0.006	5.688
17	2	M1	346	20.2	8.12	11.2	1.61	0.005	4.606
17	3	M1	346	6.9	8.12	11.2	1.60	0.006	3.523
17	4	M1	346	4.0	8.12	11.2	1.43	0.007	2.808
24	1	M1	346	8.9	8.03	11.2	1.21	0.018	4.381
24	2	M1	346	6.1	8.03	11.2	1.07	0.006	5.073
24	3	M1	346	4.3	8.03	11.2	0.92	0.004	4.023
24	4	M1	346	2.9	8.03	11.2	0.94	0.002	2.973
3	1	M5	348	7.8	8.14	11.2	2.14	0.282	3.698
3	2	M5	348	2.2	8.14	11.2	2.00	0.096	4.913
3	3	M5	348	14.0	8.14	11.2	2.11	0.057	5.508
3	4	M5	348	10.1	8.14	11.2	1.85	0.017	6.103
10	1	M5	348	13.5	8.20	11.2	1.91	0.019	5.921
10	2	M5	348	15.2	8.20	11.2	1.68	0.010	6.024
10	3	M5	348	8.8	8.20	11.2	2.07	0.149	5.828
10	4	M5	348	14.2	8.20	11.2	2.02	0.288	5.632
17	1	M5	348	13.9	8.07	11.2	1.90	0.009	3.656
17	2	M5	348	12.2	8.07	11.2	1.50	0.006	3.920
17	3	M5	348	4.7	8.07	11.2	1.36	0.004	4.184
17	4	M5	348	4.8	8.07	11.2	1.41	0.004	3.716
24	1	M5	348	7.8	8.02	11.2	1.11	0.087	3.553
24	2	M5	348	6.8	8.02	11.2	1.07	0.150	4.574
24	3	M5	348	3.2	8.02	11.2	0.91	0.078	3.801
24	4	M5	348	3.4	8.02	11.2	0.93	0.005	3.028
3	1	M7	494	2.6	7.93	11.2	1.82	0.532	3.387
3	2	M7	494	4.5	7.93	11.2	2.09	0.062	4.472
3	3	M7	494	12.9	7.93	11.2	2.31	0.035	4.792
3	4	M7	494	11.1	7.93	11.2	1.85	0.008	5.112
10	1	M7	494	27.6	8.02	11.2	2.02	0.027	4.522
10	2	M7	494	8.9	8.02	11.2	1.86	0.048	5.315
10	3	M7	494	12.3	8.02	11.2	1.57	0.033	4.660
10	4	M7	494	12.9	8.02	11.2	1.74	0.017	4.005
17	1	M7	494	12.2	7.90	11.2	2.00	0.007	2.643
17	2	M7	494	6.9	7.90	11.2	1.46	0.004	2.973
17	3	M7	494	5.3	7.90	11.2	1.47	0.002	3.303
17	4	M7	494	5.1	7.90	11.2	1.36	0.001	3.578
24	1	M7	494	9.7	7.91	11.2	1.11	0.001	2.946
24	2	M7	494	4.8	7.91	11.2	1.15	0.002	2.919
24	3	M7	494	3.8	7.91	11.2	0.95	0.002	2.701
24	4	M7	494	5.4	7.91	11.2	0.92	0.002	2.482
3	1	M6	868	4.3	7.68	11.2	2.00	0.249	6.372
3	2	M6	868	5.2	7.68	11.2	2.07	0.062	6.962
3	3	M6	868	6.1	7.68	11.2	2.18	0.034	7.140
3	4	M6	868	11.7	7.68	11.2	1.80	0.006	7.318
10	1	M6	868	31.4	7.80	11.2	1.71	0.013	5.751
10	2	M6	868	8.5	7.80	11.2	2.04	0.002	6.418
10	3	M6	868	12.4	7.80	11.2	1.69	0.056	5.967
10	4	M6	868	5.2	7.80	11.2	1.76	0.110	5.516
17	1	M6	868	17.7	7.74	11.2	1.87	0.003	5.952
17	2	M6	868	9.0	7.74	11.2	1.24	0.003	4.937
17	3	M6	868	4.8	7.74	11.2	1.32	0.002	3.923
17	4	M6	868	5.5	7.74	11.2	1.23	0.002	4.521
24	1	M6	868	8.7	7.76	11.2	1.37	0.004	3.360
24	2	M6	868	5.7	7.76	11.2	1.20	0.008	3.417
24	3	M6	868	1.5	7.76	11.2	1.14	0.004	1.708
24	4	M6	868	3.8	7.76	11.2	1.09	0.000	0.000
3	1	M3	1075	2.8	7.59	11.2	2.04	0.398	5.905
3	2	M3	1075	8.8	7.59	11.2	2.29	0.109	5.886
3	3	M3	1075	17.6	7.59	11.2	2.26	0.120	5.600
3	4	M3	1075	3.1	7.59	11.2	1.91	0.131	5.314
10	1	M3	1075	30.6	7.72	11.2	2.12	0.017	4.944
10	2	M3	1075	16.8	7.72	11.2	1.92	0.008	5.068
10	3	M3	1075	7.7	7.72	11.2	2.20	0.034	4.846
10	4	M3	1075	21.4	7.72	11.2	2.03	0.061	4.624
17	1	M3	1075	18.7	7.67	11.2	2.00	0.000	3.990
17	2	M3	1075	32.9	7.67	11.2	1.49	0.000	4.159
17	3	M3	1075	11.0	7.67	11.2	1.37	0.000	4.327
17	4	M3	1075	5.7	7.67	11.2	1.36	0.000	3.650
24	1	M3	1075	10.8	7.71	11.2	1.31	0.002	3.138
24	2	M3	1075	7.5	7.71	11.2	1.20	0.002	3.083
24	3	M3	1075	2.3	7.71	11.2	1.09	0.004	2.837
24	4	M3	1075	3.9	7.71	11.2	1.14	0.007	2.591
3	1	M8	1333	3.1	7.52	11.2	2.19	0.502	6.172
3	2	M8	1333	11.9	7.52	11.2	2.02	0.124	6.974
3	3	M8	1333	4.7	7.52	11.2	2.48	0.073	6.032
3	4	M8	1333	10.6	7.52	11.2	2.07	0.022	5.090
10	1	M8	1333	21.9	7.63	11.2	2.11	0.028	6.755
10	2	M8	1333	9.6	7.63	11.2	1.85	0.027	5.753
10	3	M8	1333	16.8	7.63	11.2	1.82	0.039	5.515
10	4	M8	1333	8.3	7.63	11.2	1.97	0.051	5.276
17	1	M8	1333	17.9	7.59	11.2	1.87	0.016	5.066
17	2	M8	1333	14.1	7.59	11.2	1.52	0.071	4.132
17	3	M8	1333	6.5	7.59	11.2	1.32	0.127	3.198
17	4	M8	1333	3.7	7.59	11.2	1.21	0.071	2.975
24	1	M8	1333	6.9	7.62	11.2	1.16	0.023	3.386
24	2	M8	1333	5.8	7.62	11.2	1.16	0.023	3.138
24	3	M8	1333	4.8	7.62	11.2	1.13	0.037	3.008
24	4	M8	1333	2.5	7.62	11.2	1.08	0.051	2.878