Citation:

PANGAEA.58143

Name: Flux data
Creator: M Kreutz
Published: 2001-03-16
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Cork Harbour; Danube Delta; Danube Delta Coast; Guadiana Estuary; Gulf of Riga; Himmerfjarden; Izmit Bay; Limfjorden; Oder Estuary; Scheldt Delta Estuary; Thau Lagoon; Thermaikos Gulf

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Keyword(s):

Cork Harbour; Danube Delta; Danube Delta Coast; Guadiana Estuary; Gulf of Riga; Himmerfjarden; Izmit Bay; Limfjorden; Oder Estuary; Scheldt Delta Estuary; Thau Lagoon; Thermaikos Gulf

Related to:

Balzer, Wolfgang (1989): Chemische Reaktionen und Transportprozesse in oberflächennahen Sedimenten borealer und polarer Meeresgebiete. Habilitation Thesis, Mathematisch-Naturwissenschaftliche Fakultät der Christian-Albrechts-Universität zu Kiel, Germany, 315 pp

Christensen, John P; Rowe, Gilbert T (1984): Nitification and oxygen consumption in northwest Atlantic deep-sea sediments. Journal of Marine Research, 42, 1099-1116

Goloway, F; Bender, Michael L (1982): Diagentic models of interstitial nitrate profiles in deep-sea suboxic sediments. Limnology and Oceanography, 27(4), 624-638, https://doi.org/10.4319/lo.1982.27.4.0624

Jahnke, Richard A; Emerson, Steven R; Reimers, Clare; Schuffert, Jeffrey D; Ruttenberg, K; Archer, David E (1989): Benthic recycling of biogenic debris in the eastern tropical Atlantic Ocean. Geochimica et Cosmochimica Acta, 53(11), 2947-2960, https://doi.org/10.1016/0016-7037(89)90171-3

Kreutz, M (1998): Stofftransport durch die Bodengrenzschicht - Regionalisierung und Bilanzierung für den Nordatlantik und das Europäische Nordmeer. GEOMAR Report, GEOMAR Research Center for Marine Geosciences, Christian Albrechts University in Kiel, 67, 166 pp

Pfannkuche, Olaf (1993): Benthic response to the sedimentation of particulate organic matter at the BIOTRANS station, 47°N, 20°W. Deep Sea Research Part II: Topical Studies in Oceanography, 40(1-2), 135-149, https://doi.org/10.1016/0967-0645(93)90010-K

Rutgers van der Loeff, Michiel M (1990): Oxygen in pore waters of deep-sea sediments. Philosophical Transactions of the Royal Society of London, 331(1616), 69-84, http://www.jstor.org/stable/53654

Sayles, Frederick L; Curry, William B (1988): d13C, TOC and the metabolism of organic carbon in deep sea sediments. Geochimica et Cosmochimica Acta, 52(12), 2963-2978, https://doi.org/10.1016/0016-7037(88)90161-5

Project(s):

Biogeochemical flux in the deep sea (GEOMARFLUX)

Coverage:

Median Latitude: 52.380848 * Median Longitude: -14.816041 * South-bound Latitude: -0.002000 * West-bound Longitude: -70.666000 * North-bound Latitude: 86.085000 * East-bound Longitude: 32.050000

Date/Time Start: 1887-02-14T06:00:00 * Date/Time End: 1989-11-01T00:00:00

Minimum Elevation: -5309.0 m * Maximum Elevation: -981.0 m

Event(s):

1BC1-2 * Latitude: 14.667310 * Longitude: -17.834570 * Elevation: -1445.0 m * Method/Device: Box corer (BC)

2B * Latitude: 46.058300 * Longitude: -16.055600 * Elevation: -4200.0 m * Method/Device: Box corer (BC)

2BC5-1 * Latitude: 14.687980 * Longitude: -19.965420 * Elevation: -1520.0 m * Method/Device: Box corer (BC)

Comment:

measured data compiled in Kreutz, 1998; Please note: Lat/Long of POS137 Events was slightly corrected on 2020-07-30

Parameter(s):

#	Name	Short Name	Unit	Method/Device	Comment
1	Event label	Event
2	LATITUDE	Latitude			Geocode
3	LONGITUDE	Longitude			Geocode
4	Primary production of carbon per area, yearly	PP C area	g/m²/a	Calculated
5	Carbon, organic, flux	TOC flux	mmol/m²/day	modelled
6	Sedimentation rate	SR	cm/ka	Calculated
7	Burial efficiency	E bur	%	Calculated
8	Burial rate of carbon	C bur	µmol/m²/day	Calculated
9	Remineralisation rate of carbon	C rem	µmol/m²/day	modelled
10	Nitrate, flux	[NO3]- flux	µmol/m²/day	Measured
11	Nitrogen, flux	N flux	mmol/m²/day	modelled
12	Phosphate, flux	[PO4]3- flux	µmol/m²/day	Measured
13	Phosphate, flux	[PO4]3- flux	µmol/m²/day	modelled
14	Silicate, flux	Si(OH)4 flux	mmol/m²/day	Measured
15	Silicate, flux	Si(OH)4 flux	mmol/m²/day	modelled
16	Oxygen, flux, sediment oxygen demand	SOD	mmol/m²/day	Measured
17	Oxygen, flux, sediment oxygen demand	SOD	mmol/m²/day	modelled
18	Reference/source	Reference

License:

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

Size:

1239 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 PP C area [g/m²/a] (Calculated)	5 TOC flux [mmol/m²/day] (modelled)	6 SR [cm/ka] (Calculated)	7 E bur [%] (Calculated)	8 C bur [µmol/m²/day] (Calculated)	9 C rem [µmol/m²/day] (modelled)	10 [NO3]- flux [µmol/m²/day] (Measured)	11 N flux [mmol/m²/day] (modelled)	12 [PO4]3- flux [µmol/m²/day] (Measured)	13 [PO4]3- flux [µmol/m²/day] (modelled)	14 Si(OH)4 flux [mmol/m²/day] (Measured)	15 Si(OH)4 flux [mmol/m²/day] (modelled)	16 SOD [mmol/m²/day] (Measured)	17 SOD [mmol/m²/day] (modelled)	18 Reference
10BC35-2	2.1300	-19.6700	90	11.25	1	3.0	9.32	298.93	31.24	0.03	0.493	0.904	0.17	0.21	0.57	0.57	Jahnke et al. (1989)
10GC1	1.0861	-8.2000	100	13.06	4	5.2	18.63	339.21	38.36	0.04					0.66	0.64	Goloway & Bender (1982)
11.5BC46-2	0.9400	-22.8900	100	13.92	1	3.0	11.51	370.17	55.35	0.04	0.247	1.151	0.22	0.25	0.63	0.69	Jahnke et al. (1989)
11B	46.0194	-17.1583	80	9.97	4	5.2	14.25	258.93	35.07	0.03					0.44	0.51	Rutgers van der Loeff (1990)
11BC39	1.9600	-22.7800	90	12.43	1	3.0	10.14	330.17	35.07	0.04	1.233	1.014	0.19	0.23	0.61	0.63	Jahnke et al. (1989)
11TW1	-0.0020	-12.3220	150	22.33	4	5.2	32.06	579.78	87.68	0.06							Goloway & Bender (1982)
12BC47-2	0.0100	-23.0000	100	15.00	1	3.0	12.33	398.67	58.64	0.05	0.877	1.260	0.24	0.27	1.06	0.73	Jahnke et al. (1989)
13B	46.0860	-16.7083	80	10.00	4	5.2	14.25	259.48	35.35	0.03					0.39	0.51	Rutgers van der Loeff (1990)
15B	45.9311	-16.5020	80	10.93	4	5.2	15.62	283.86	33.43	0.03					0.57	0.55	Rutgers van der Loeff (1990)
1BC1-2	14.6600	-17.8360	150	44.30	10	7.5	91.52	1122.30			5.480	4.905	0.59	0.64	1.62	1.61	Jahnke et al. (1989)
21B	47.0556	-14.9722	80	9.90	5	5.7	15.62	255.64	35.07	0.03					0.55	0.50	Rutgers van der Loeff (1990)
22B	46.0750	-16.0389	80	10.59	4	5.2	15.07	274.82	34.80	0.03					0.58	0.53	Rutgers van der Loeff (1990)
26B	46.4139	-16.6917	80	10.19	4	5.2	14.52	264.68	33.43	0.03					0.60	0.52	Rutgers van der Loeff (1990)
28B	45.9083	-17.1944	80	10.10	4	5.2	14.52	262.49	33.43	0.03					0.40	0.51	Rutgers van der Loeff (1990)
2B	46.0583	-16.0556	80	10.64	4	5.2	15.34	276.19	33.43	0.03					0.51	0.54	Rutgers van der Loeff (1990)
2BC5-1	14.6910	-19.9750	150	26.02	10	7.5	53.70	658.97	99.74	0.07	2.439	2.329	0.36	0.42	0.86	1.10	Jahnke et al. (1989)
3BC8-1	14.6750	-18.5860	125	23.28	10	7.5	48.22	589.65	86.58	0.06	1.644	2.028	0.32	0.38	1.12	1.01	Jahnke et al. (1989)
4B	45.8722	-16.2278	80	10.50	4	5.2	15.07	272.63	33.70	0.03					0.32	0.53	Rutgers van der Loeff (1990)
4BC14-2	9.2410	-17.0080	125	42.37	5	5.7	66.31	1094.63	97.54	0.09	4.658	4.740	0.68	0.62	1.67	1.58	Jahnke et al. (1989)
5B	45.0583	-16.7583	80	10.47	4	5.2	15.07	271.81	32.88	0.03					0.32	0.53	Rutgers van der Loeff (1990)
6B	45.9000	-16.8667	80	10.15	4	5.2	14.52	263.59	33.15	0.03					0.55	0.52	Rutgers van der Loeff (1990)
6BC20-2	8.4190	-17.5830	125	18.48	5	5.7	29.04	477.31	72.61	0.05	1.096	1.562	0.26	0.31	0.91	0.85	Jahnke et al. (1989)
7BC26-1	7.3630	-18.4000	125	18.28	5	5.7	28.77	472.38	70.69	0.05	1.096	1.534	0.27	0.31	0.73	0.84	Jahnke et al. (1989)
8B	45.8472	-17.2694	80	9.97	4	5.2	14.25	258.93	33.15	0.03					0.46	0.51	Rutgers van der Loeff (1990)
8BC27-3	4.9600	-20.4700	125	24.30	1	3.0	20.00	645.82	93.71	0.07	1.370	2.274	0.36	0.41	0.83	1.09	Jahnke et al. (1989)
A4/3_287	81.6767	30.8767	60	9.32	3	4.7	11.78	243.59	197.28	0.03			0.26	0.17			Balzer (1989)
A4/3_296	81.7917	31.5050	60	8.74	3	4.7	11.23	228.24	260.30	0.03			0.21	0.16			Balzer (1989)
A4/3_340	82.9700	32.0500	30	3.07	3	4.7	3.84	80.28	0.55	0.01	0.219	0.301	0.01	0.06			Balzer (1989)
A4/3_362	85.0817	29.1867	30	2.95	3	4.7	3.84	76.99	4.11	0.00			0.01	0.06			Balzer (1989)
A4/3_364	85.3583	26.3317	30	3.12	3	4.7	4.11	81.65	2.47	0.01			0.00	0.06			Balzer (1989)
A4/3_371	86.0850	21.9817	30	3.13	3	4.7	4.11	81.65	0.27	0.01			0.01	0.06			Balzer (1989)
A4/3_376	85.3817	21.7083	30	3.55	3	4.7	4.66	92.61	0.27	0.01			0.00	0.07			Balzer (1989)
ADS	39.7520	-70.6660	225	52.15	6	6.2	87.95	1340.96	104.39	0.10							Christensen & Rowe (1984)
BC713	34.9500	-68.2800	225	37.70	6	6.2	63.57	969.41	99.74	0.09							Christensen & Rowe (1984)
BIOTRANS	47.0000	-19.0000	60	6.92	5	5.8	10.96	178.65							0.49	0.37	Pfannkuche (1993)
BIOTRANS	47.0000	-19.0000	60	6.92	5	5.8	10.96	178.65							0.92	0.37	Pfannkuche (1993)
BIOTRANS	47.0000	-19.0000	60	6.92	5	5.8	10.96	151.25							0.87	0.37	Pfannkuche (1993)
Cap_Verde_AP	6.0000	-19.0000	100	14.96	3	4.6	19.18	390.72							1.74	0.72	Pfannkuche (1993)
Cap_Verde_AP	6.0000	-19.0000	125	17.94	4	5.2	25.76	465.80							1.48	0.83	Pfannkuche (1993)
DOS1	39.7530	-70.6660	225	66.44	6	6.2	112.07	1707.57	97.54	0.10							Christensen & Rowe (1984)
DOS2	31.3000	-69.5500	220	44.27	6	6.2	74.53	1138.47	84.12	0.09							Christensen & Rowe (1984)
Goban_Spur	49.0000	-12.0000	80	23.62	6	6.1	39.73	607.46							1.27	1.02	Pfannkuche (1993)
Island_Becken	59.0000	-21.0000	100	19.13	4	5.2	27.40	496.76							0.75	0.88	Pfannkuche (1993)
K51_D	50.2200	-42.1800	100	14.31	5	5.7	22.47	369.63					0.20	0.25			Sayles & Curry (1988)
K51_E	51.7300	-42.9300	80	10.75	3	4.7	13.70	280.85					0.17	0.20			Sayles & Curry (1988)
K51_F	52.9000	-41.0200	80	11.22	3	4.7	14.25	293.18					0.19	0.20			Sayles & Curry (1988)
K51_G	53.6800	-39.9800	70	10.19	1	3.0	8.49	270.71					0.16	0.19			Sayles & Curry (1988)
K51_H	52.6800	-37.7500	70	9.56	2	4.0	10.41	251.53					0.16	0.18			Sayles & Curry (1988)
K51_I	52.7200	-35.5000	70	9.51	1	3.0	7.95	252.63					0.19	0.18			Sayles & Curry (1988)
K51_J	52.5300	-32.3700	70	9.62	1	3.0	7.95	255.64					0.14	0.18			Sayles & Curry (1988)
K51_K	50.2500	-32.6800	70	9.28	1	3.0	7.67	246.60					0.16	0.17			Sayles & Curry (1988)
K51_L	47.7700	-35.8000	75	9.61	3	4.7	12.33	250.98					0.15	0.18			Sayles & Curry (1988)
K51_M	45.2700	-35.0800	70	8.92	2	4.0	9.59	234.82					0.15	0.17			Sayles & Curry (1988)
K90_I(1)	41.5360	-63.2940	90	11.17	6	6.2	18.91	287.43	32.88	0.03							Sayles & Curry (1988)
K90_I(2)	41.5140	-63.3860	90	11.17	6	6.2	18.91	287.43	33.98	0.03							Sayles & Curry (1988)
LGC02	35.3380	-60.8470	90	11.84	6	6.2	20.00	304.41	32.88	0.04					1.12	0.58	Goloway & Bender (1982)
LGC05	34.8300	-61.6000	50	5.40	5	5.7	8.49	139.47	18.08	0.01					0.36	0.30	Goloway & Bender (1982)
Lofoten	68.0000	0.0000	70	11.91	1	3.0	9.86	316.47							0.89	0.60	Pfannkuche (1993)
M13/2_543	74.9950	14.7033	70	16.81	3	4.7	21.37	439.22	50.96	0.05	0.712	1.397	0.29	0.29			Lammers (pers. com.)
M13/2_547	74.9967	14.0000	70	14.41	3	4.7	18.36	376.48	76.99	0.04	2.247	1.178	0.21	0.25			Lammers (pers. com.)
M13/2_562	75.0000	0.0000	80	12.02	1	3.0	9.86	319.48	40.28	0.04	2.795	0.986	0.22	0.22			Lammers (pers. com.)
M13/2_576	67.7667	5.9700	70	17.24	3	4.7	21.92	450.18	58.64	0.05	2.274	1.452	0.25	0.30			Lammers (pers. com.)
M13/2_586	67.7800	5.7650	70	16.90	3	4.7	21.65	441.41	62.75	0.05	0.630	1.425	0.29	0.29			Lammers (pers. com.)
M13/2_593	67.7850	5.9633	70	17.10	3	4.7	21.92	446.62	98.91	0.05	0.904	1.425	0.38	0.30			Lammers (pers. com.)
M13/2_596	67.7783	5.7400	70	16.89	3	4.7	21.65	441.14	27.95	0.05	2.740	1.425	0.26	0.29			Lammers (pers. com.)
M13/2_598	67.6500	5.7917	70	16.21	3	4.7	20.82	423.60	56.99	0.05	0.575	1.343	0.69	0.28			Lammers (pers. com.)
M17/2_533	54.8317	-18.3850	50	12.26	5	5.7	19.18	316.74	27.95	0.04	2.548	0.986	0.23	0.22			Kreutz (1998)
M17/2_538	53.5383	-20.2883	60	10.43	5	5.7	16.44	269.34	38.91	0.03	0.219	0.822	0.18	0.19			Kreutz (1998)
M17/2_541	53.3283	-19.1467	60	9.73	5	5.7	15.34	251.26	37.54	0.03	0.219	0.767	0.19	0.18			Kreutz (1998)
M17/2_548	51.5667	-20.0133	60	6.17	4	5.2	8.77	160.84	18.91	0.02	0.877	0.521	0.12	0.12			Kreutz (1998)
M17/2_551	52.5000	-20.3350	60	7.06	4	5.2	10.14	184.13	24.66	0.02	0.164	0.575	0.16	0.13			Kreutz (1998)
M17/2_554	54.9617	-19.7550	60	12.89	5	5.7	20.28	332.91	44.94	0.04	1.315	1.041	0.29	0.23			Kreutz (1998)
M2/1_66	67.6517	5.8000	70	16.20	3	4.7	20.82	423.33	45.21	0.05							Balzer (1989)
M2/1_91	67.6567	5.7900	70	16.19	3	4.7	20.55	422.78	37.81	0.05							Balzer (1989)
M2/2_103	67.6567	5.7917	80	19.35	3	4.7	24.66	505.53	73.98	0.06							Balzer (1989)
M2/2_108	70.3050	3.1233	70	12.49	1	3.0	10.41	331.81	14.80	0.04							Balzer (1989)
M2/2_111	68.7267	0.1617	70	12.62	1	3.0	10.41	335.38	18.91	0.04							Balzer (1989)
M2/2_114	68.5000	0.8233	70	11.16	1	3.0	9.32	296.47	3.56	0.03							Balzer (1989)
M2/2_117	67.8333	1.4950	70	12.62	1	3.0	10.41	335.38	32.61	0.04							Balzer (1989)
M26/2_D2	57.4246	-28.2259	100	18.79	2	4.0	20.55	494.57	57.27	0.06	1.178	1.617	0.14	0.32			Kreutz (1998)
M26/2_E2	54.3582	-25.8889	60	8.57	3	4.7	10.96	223.86	32.61	0.03	0.493	0.685	0.15	0.16			Kreutz (1998)
M26/2_L1	33.3319	-21.9683	50	5.00	2	4.0	5.48	131.52	19.45	0.01	0.247	0.438	0.06	0.10			Kreutz (1998)
M7/3_400	71.4383	0.6683	80	13.14	1	3.0	10.69	349.35			0.877	1.096	0.20	0.24			Balzer (1989)
M7/3_402	73.1667	-0.8117	70	11.25	1	3.0	9.32	298.93	44.39	0.03	2.137	0.904	0.22	0.21			Balzer (1989)
M7/3_413	72.0383	-0.6150	80	13.60	1	3.0	11.23	361.41			1.617	1.123					Balzer (1989)
M7/3_415	72.0600	-0.2217	80	12.59	1	3.0	10.41	334.55			1.014	1.041					Balzer (1989)
M7/3_431	72.3767	1.8000	70	10.17	1	3.0	8.49	270.16			0.603	0.822					Balzer (1989)
M7/3_434	72.3933	1.5133	70	10.40	1	3.0	8.49	276.19			2.055	0.849					Balzer (1989)
M7/3_437	72.6217	-6.5917	90	16.32	2	4.0	17.81	429.36			2.137	1.370					Balzer (1989)
M7/3_439	72.3667	-10.5950	60	10.32	3	4.7	13.15	269.62	31.78	0.03	0.466	0.822	0.21	0.19			Balzer (1989)
M7/3_444	70.0117	0.0800	80	12.17	1	3.0	10.14	323.32			0.712	0.986	0.48	0.22			Balzer (1989)
M7/3_448	67.7817	6.0083	80	20.32	3	4.7	26.03	530.74	105.49	0.06							Balzer (1989)
M7/3_449	67.6617	5.8100	80	19.27	3	4.7	24.66	503.34	86.04	0.06	1.123	1.671	0.17	0.33			Balzer (1989)
M7/3_450	67.0067	7.7583	80	23.80	3	4.7	30.41	621.71	133.16	0.07	1.206	2.165	0.16	0.40			Balzer (1989)
M7/3_452	67.6567	5.7917	80	19.34	3	4.7	24.66	505.26	87.41	0.06	1.644	1.671	0.14	0.33			Balzer (1989)
M7/3_460	67.6550	5.7900	70	16.22	3	4.7	20.82	423.60	61.38	0.05			0.21	0.28			Balzer (1989)
M7/5_549	70.9567	-5.5400	90	20.30	3	4.7	26.03	530.19			2.165	1.781	0.55	0.34			Balzer (1989)
M7/5_552	71.6250	-8.4183	60	11.05	3	4.7	14.25	288.80	19.18	0.03			0.21	0.20			Balzer (1989)
M7/5_554	72.2117	-12.9750	60	9.87	3	4.7	12.60	257.83			0.548	0.795					Balzer (1989)
M7/5_556	71.7350	-15.5833	60	15.28	6	6.2	25.76	392.92	40.28	0.04	4.192	1.233	0.32	0.26			Balzer (1989)
M7/5_564	70.4383	-16.0783	80	21.01	6	6.2	35.35	540.33	55.90	0.06	3.178	1.808	0.47	0.35			Balzer (1989)
M7/5_564	70.4383	-16.0783	80	21.01	6	6.2	35.35	540.33	52.06	0.06							Balzer (1989)
M7/5_568	70.9611	-5.5444	90	20.30	3	4.7	26.03	530.19	55.90	0.06							Balzer (1989)
M7/5_574	70.5683	-12.7283	90	22.88	6	6.2	38.63	588.28			1.507	2.028					Balzer (1989)
M7/5_576	70.3350	-10.6300	90	20.18	6	6.2	33.98	518.96			2.411	1.726					Balzer (1989)
M7/5_579	70.9567	-5.5483	90	20.30	3	4.7	26.03	530.19	37.54	0.06	2.329	1.781	0.51	0.34			Balzer (1989)
MM	34.7080	-66.4910	225	42.61	6	6.2	71.79	1095.73	86.58	0.09							Christensen & Rowe (1984)
NN	33.9330	-65.8510	150	22.06	6	6.2	37.26	567.18	54.80	0.06							Christensen & Rowe (1984)
POS137_186	67.6178	5.8227	70	16.14	3	4.7	20.55	421.69	38.36	0.05							Balzer (1989)
POS142_1184	67.6550	5.7917	70	16.21	3	4.7	20.82	423.60	58.64	0.05							Balzer (1989)
Porcupine_AP	49.0000	-19.0000	55	6.24	5	5.8	9.86	161.11							0.53	0.34	Pfannkuche (1993)
TC05	35.3110	-60.5550	90	11.79	4	5.2	16.99	306.06	41.10	0.04					0.88	0.59	Goloway & Bender (1982)
Voering_Plateau	68.0000	7.0000	70	15.25	4	5.2	21.92	395.93							1.13	0.73	Pfannkuche (1993)