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Harrison, Glen (2002): Nitrogen data from sediment traps in the Atlantic Ocean [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.81125

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Related to:
Spear, Donald (2000): JGOFS Canada Data Sets 1989-1998. CD-ROM Version 1.0 Dec. 2000, Marine Environmental Data Service, Department of Fisheries and Oceans, Canada
Project(s):
Joint Global Ocean Flux Study (JGOFS)
Coverage:
Median Latitude: 35.887273 * Median Longitude: -44.207273 * South-bound Latitude: 23.570000 * West-bound Longitude: -65.100000 * North-bound Latitude: 45.010000 * East-bound Longitude: -10.270000
Date/Time Start: 1987-06-22T00:00:00 * Date/Time End: 1993-05-25T00:00:00
Minimum DEPTH, water: 70 m * Maximum DEPTH, water: 150 m
Event(s):
JG89_1  * Latitude: 40.690000 * Longitude: -47.100000 * Date/Time: 1989-04-28T00:00:00 * Campaign: BAF89/3 * Basis: Baffin * Method/Device: Trap, sediment (TRAPS)
JG89_2  * Latitude: 45.010000 * Longitude: -41.260000 * Date/Time: 1989-05-09T00:00:00 * Campaign: BAF89/3 * Basis: Baffin * Method/Device: Trap, sediment (TRAPS)
JG90_1  * Latitude: 37.590000 * Longitude: -40.020000 * Date/Time: 1990-04-12T00:00:00 * Campaign: BAF90/1 * Basis: Baffin * Method/Device: Trap, sediment (TRAPS)
Comment:
This data contains measurements taken from both sediment traps and bottle samples, both of which are used to measure the nitrogen flux in a system. To obtain the data, a Knauer-type sediment trap with four replicates was deployed. While following the trap, bottle samples were taken at particular points, and incubated. Three types of incubation were used: simulated in situ (SIS), where the bottle was incubated using an incubator on the deck of the ship in daylight; in situ (IS), where the bottle was incubated by being hung in the water at the appropriate depth; and dark (D), where simulated in situ incubation was done in the dark instead of the daylight. In each case, the bottle was incubated for three hours, and the amount of nitrogen which settled out was measured, as was the total primary production (for daylight hours). The mean and standard deviation were also recorded. When the sediment trap was recovered, the sediment in it was measured to obtain the carbon flux and nitrogen flux (NO3 uptake).
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Event labelEvent
2 Latitude of eventLatitude
3 Longitude of eventLongitude
4 DEPTH, waterDepth watermGeocode
5 DATE/TIMEDate/TimeGeocode
6 Duration, number of daysDurationdaysHarrison, GlenCalculated
7 Sample code/labelSample labelHarrison, Glen
8 Carbon, total, fluxC fluxmg/m2/dayHarrison, GlenCalculated, see reference(s)Carbon flux, as measured by the contents of the sediment trap over the length of time indicated
9 Nitrogen, total, fluxN fluxmg/m2/dayHarrison, GlenCalculated, see reference(s)Nitrogen flux (NO3 uptake), as measured by the contents of the sediment trap over the length of time indicated
10 Primary production of carbon per area, yearlyPP C areag/m2/aHarrison, GlenCalculated, see reference(s)
11 Nitrate, flux[NO3]- fluxµmol/m2/dayHarrison, GlenCalculated, see reference(s)Nitrogen leaving system, measured with simulated in-situ incubation in daylight (SIS)
12 Nitrate, flux[NO3]- fluxµmol/m2/dayHarrison, GlenCalculated, see reference(s)Nitrogen leaving system, measured with in-situ incubation (IS)
13 Nitrate, flux[NO3]- fluxµmol/m2/dayHarrison, GlenCalculated, see reference(s)Nitrogen leaving system, measured with simulated in-situ incubation in the dark (D)
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
190 data points

Data

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

1 
Event		2 
Latitude		3 
Longitude		4 
Depth water [m]		5 
Date/Time		6 
Duration [days]
(Calculated)		7 
Sample label		8 
C flux [mg/m2/day]
(Carbon flux, as measured by t...)		9 
N flux [mg/m2/day]
(Nitrogen flux (NO3 uptake), a...)		10 
PP C area [g/m2/a]
(Calculated, see reference(s))		11 
[NO3]- flux [µmol/m2/day]
(Nitrogen leaving system, meas...)		12 
[NO3]- flux [µmol/m2/day]
(Nitrogen leaving system, meas...)		13 
[NO3]- flux [µmol/m2/day]
(Nitrogen leaving system, meas...)
PLASMA_1 34.6600-54.23001501987-06-222.6314088.0011.4335.556.00
PLASMA_134.6600-54.23001501987-06-2216037.743.06
PLASMA_2 34.6100-51.00001501987-06-272.5023164.008.6533.845.88
PLASMA_234.6100-51.00001501987-06-2725337.703.14
PLASMA_3 31.9100-55.48001501987-07-012.3830278.009.5122.670.97
PLASMA_331.9100-55.48001501987-07-0132740.923.78
N-FLUX_1 36.0100-64.00001501988-09-108.7510. Sep71.009.4048.221.72
N-FLUX_136.0100-64.00001501988-09-1111. Sep74.201.75
N-FLUX_136.0100-64.00001501988-09-1212. Sep79.942.22
N-FLUX_136.0100-64.00001501988-09-1313. Sep84.171.00
N-FLUX_136.0100-64.00001501988-09-1414. Sep110.701.66
N-FLUX_136.0100-64.00001501988-09-1515. Sep93.591.03
N-FLUX_136.0100-64.00001501988-09-1616. Sep126.871.62
N-FLUX_136.0100-64.00001501988-09-1717. Sep106.980.82
N-FLUX_136.0100-64.00001501988-09-1818. Sep102.671.38
JG89_1 40.6900-47.10001501989-04-286.8028. Apr259.0035.00473.046.87
JG89_140.6900-47.10001501989-04-2929. Apr271.936.595.59
JG89_140.6900-47.10001501989-04-3030. Apr384.3514.25
JG89_140.6900-47.10001501989-05-0202. Mai354.0510.654.836.66
JG89_140.6900-47.10001501989-05-0303. Mai468.668.627.15
JG89_140.6900-47.10001501989-05-038.635.50
JG89_2 45.0100-41.26001501989-05-093.8309. Mai159.0030.00396.399.905.73
JG89_245.0100-41.26001501989-05-1010. Mai531.0815.713.78
JG89_245.0100-41.26001501989-05-1212. Mai342.0114.518.025.90
JG89_245.0100-41.26001501989-05-129.16
JG89_245.0100-41.26001501989-05-126.64
JG90_1 37.5900-40.02001001990-04-126.7512. Apr346.0042.00630.3613.716.70
JG90_137.5900-40.02001001990-04-1313. Apr317.0050.00600.2818.0612.25
JG90_137.5900-40.02001001990-04-1515. Apr599.8033.763.53
JG90_137.5900-40.02001001990-04-1616. Apr618.5717.2712.87
JG90_137.5900-40.02001001990-04-1818. Apr1191.5157.48
JG90_2 36.9300-40.81001001990-04-192.7719. Apr229.0032.00763.1413.608.42
JG90_236.9300-40.81001001990-04-2020. Apr250.0032.00397.168.187.61
JG90_236.9300-40.81001001990-04-2121. Apr323.064.41
JG90_236.9300-40.81001001990-04-217.78
JG91_1 43.2000-65.1000701991-04-052.0605. Apr189.0026.001037.9911.04
JG91_143.2000-65.1000701991-04-0606. Apr316.0030.101233.888.05
JG91_143.2000-65.1000701991-04-0707. Apr786.3921.96
JG92_1 30.5800-10.27001001992-09-294.0029. Sep312.9035.70388.7315.21
JG92_130.5800-10.27001001992-09-3030. Sep564.6612.17
JG92_130.5800-10.27001001992-10-0101. Okt385.083.29
JG92_130.5800-10.27001001992-10-0202. Okt457.355.00
JG92_130.5800-10.27001001992-10-053.1305. Okt292.4029.10560.2824.58
JG92_130.5800-10.27001001992-10-0606. Okt810.3018.21
JG92_130.5800-10.27001001992-10-0707. Okt384.717.58
JG93_1 23.5700-17.01001001993-05-241.9624. Mai212.5028.40341.3812.59
JG93_123.5700-17.01001001993-05-2525. Mai303.687.39