Citation:

PANGAEA.923370

Name: Raw incubation data from 2014-2017 for samples collected at specific depths and light levels in the NE subarctic Pacific
Published: 2020-09-07
License: https://creativecommons.org/licenses/by/4.0/
Keywords: carbon export; Line P; Primary production

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Published: 2020-09-07 • DOI registered: 2021-02-23

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Keyword(s):

carbon export; Line P; Primary production

Related to:

Timmerman, Amanda H V; Hamme, Roberta C (2021): Consistent Relationships Among Productivity Rate Methods in the NE Subarctic Pacific. Global Biogeochemical Cycles, 35, e2020GB006721, https://doi.org/10.1029/2020GB006721

Coverage:

Median Latitude: 49.234424 * Median Longitude: -134.336242 * South-bound Latitude: 48.150000 * West-bound Longitude: -145.003000 * North-bound Latitude: 50.000000 * East-bound Longitude: -126.149000

Date/Time Start: 2014-08-22T13:06:00 * Date/Time End: 2017-06-12T11:33:00

Minimum DEPTH, water: 1.9 m * Maximum DEPTH, water: 84.0 m

Event(s):

18DD20140819_P4 * Latitude: 48.649000 * Longitude: -126.665000 * Date/Time: 2014-08-22T13:06:00 * Location: Northeast Pacific * Campaign: * Basis: * Method/Device: Multiple investigations (MULT)

18DD20140819_P12 * Latitude: 48.970000 * Longitude: -130.666000 * Date/Time: 2014-08-24T06:22:00 * Location: Northeast Pacific * Campaign: * Basis: * Method/Device: Multiple investigations (MULT)

18DD20140819_P16 * Latitude: 49.284000 * Longitude: -134.671000 * Date/Time: 2014-08-25T11:29:00 * Location: Northeast Pacific * Campaign: * Basis: * Method/Device: Multiple investigations (MULT)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Timmerman, Amanda H V
2	Date/Time of event	Date/Time		Timmerman, Amanda H V
3	Latitude of event	Latitude		Timmerman, Amanda H V
4	Longitude of event	Longitude		Timmerman, Amanda H V
5	Campaign	Campaign		Timmerman, Amanda H V
6	Identification	ID		Timmerman, Amanda H V	station
7	Identification	ID		Timmerman, Amanda H V	event
8	Bottle number	Bottle	#	Timmerman, Amanda H V
9	Pressure, water	Press	dbar	Timmerman, Amanda H V
10	DEPTH, water	Depth water	m	Timmerman, Amanda H V	Geocode
11	Temperature, water	Temp	°C	Timmerman, Amanda H V
12	Salinity	Sal		Timmerman, Amanda H V	PSS-78
13	Temperature, water, potential	Tpot	°C	Timmerman, Amanda H V
14	Density, sigma-theta (0)	Sigma-theta	kg/m³	Timmerman, Amanda H V
15	Mixed layer depth	MLD	m	Timmerman, Amanda H V
16	Light intensity	Io	%	Timmerman, Amanda H V
17	Carbon, inorganic, dissolved	DIC	µmol/kg	Timmerman, Amanda H V
18	Nitrate	[NO3]-	µmol/l	Timmerman, Amanda H V
19	Ammonium	[NH4]+	µmol/l	Timmerman, Amanda H V
20	Phosphate	[PO4]3-	µmol/l	Timmerman, Amanda H V
21	Silicate	Si(OH)4	µmol/l	Timmerman, Amanda H V
22	Chlorophyll a	Chl a	mg/m³	Timmerman, Amanda H V
23	Date/time start	Date/time start		Timmerman, Amanda H V	the incubation sample was spiked in PDT for May through Aug cruises and in PST for February cruises
24	Date/time end	Date/time end		Timmerman, Amanda H V	the incubation sample was terminated either by filtration or siphoning
25	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NO3-dark; in the dual tracer sample that was spiked with 15NO3 and incubated in the dark
26	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NO3 blank; in the dual tracer blank sample that was spiked with 15NO3
27	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NO3 1st replicate; in the dual tracer sample that was spiked with 15NO3
28	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NO3 2nd replicate; in the dual tracer sample that was spiked with 15NO3
29	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NO3 3rd replicate; in the dual tracer sample that was spiked with 15NO3
30	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NO3-dark; in the particulate carbon in the dual tracer sample that was spiked with 15NO3 and incubated in the dark
31	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NO3 blank; in the particulate carbon in the dual tracer blank sample that was spiked with 15NO3
32	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NO3 1st replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NO3
33	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NO3 2nd replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NO3
34	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NO3 3rd replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NO3
35	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 1st replicate; derived from the dual tracer sample that was spiked with 15NO3
36	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 2nd replicate; derived from the dual tracer sample that was spiked with 15NO3
37	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 3rd replicate; derived from the dual tracer sample that was spiked with 15NO3
38	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NO3-dark; in the dual tracer sample that was spiked with 15NO3 and incubated in the dark
39	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NO3 blank; in the dual tracer blank sample that was spiked with 15NO3
40	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NO3 1st replicate; in the dual tracer sample that was spiked with 15NO3
41	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NO3 2nd replicate; in the dual tracer sample that was spiked with 15NO3
42	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NO3 3rd replicate; in the dual tracer sample that was spiked with 15NO3
43	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NO3-dark; in the particulate nitrogen in the dual tracer sample that was spiked with 15NO3 and incubated in the dark
44	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NO3-blank; in the particulate nitrogen in the dual tracer blank sample that was spiked with 15NO3
45	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NO3 1st replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NO3
46	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NO3 2nd replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NO3
47	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NO3 3rd replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NO3
48	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 1st replicate; new; derived from the dual tracer sample that was spiked with 15NO3
49	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 2nd replicate; new; derived from the dual tracer sample that was spiked with 15NO3
50	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NO3 3rd replicate; new; derived from the dual tracer sample that was spiked with 15NO3
51	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NH4-dark; in the dual tracer sample that was spiked with 15NH4 and incubated in the dark
52	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NH4-blank; in the dual tracer blank sample that was spiked with 15NH4
53	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NH4 1st replicate; in the dual tracer sample that was spiked with 15NH4
54	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NH4 2nd replicate; in the dual tracer sample that was spiked with 15NH4
55	Carbon, particulate	PC	µg	Timmerman, Amanda H V	15NH4 3rd replicate; in the dual tracer sample that was spiked with 15NH4
56	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NH4-dark; in the particulate carbon in the dual tracer sample that was spiked with 15NH4 and incubated in the dark
57	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NH4-blank; in the particulate carbon in the dual tracer blank sample that was spiked with 15NH4
58	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NH4 1st replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NH4
59	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NH4 2nd replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NH4
60	δ13C isotopic abundance	δ13C abund	%	Timmerman, Amanda H V	15NH4 3rd replicate; in the particulate carbon in the dual tracer sample that was spiked with 15NH4
61	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 1st replicate; derived from the dual tracer sample that was spiked with 15NH4
62	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 2nd replicate; derived from the dual tracer sample that was spiked with 15NH4
63	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 3rd replicate; derived from the dual tracer sample that was spiked with 15NH4
64	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NH4-dark; in the dual tracer sample that was spiked with 15NH4 and incubated in the dark
65	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NH4-blank; in the dual tracer blank sample that was spiked with 15NH4
66	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NH4 1st replicate; in the dual tracer sample that was spiked with 15NH4
67	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NH4 2nd replicate; in the dual tracer sample that was spiked with 15NH4
68	Nitrogen, particulate	PN	µg	Timmerman, Amanda H V	15NH4 3rd replicate; in the dual tracer sample that was spiked with 15NH4
69	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NH4-dark; in the particulate nitrogen in the dual tracer sample that was spiked with 15NH4 and incubated in the dark
70	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NH4-blank; in the particulate nitrogen in the dual tracer blank sample that was spiked with 15NH4
71	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NH4 1st replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NH4
72	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NH4 2nd replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NH4
73	δ15N isotopic abundance	δ15N abund	%	Timmerman, Amanda H V	15NH4 3rd replicate; in the particulate nitrogen in the dual tracer sample that was spiked with 15NH4
74	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 1st replicate; recycled; derived from the dual tracer sample that was spiked with 15NH4
75	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 2nd replicate; recycled; derived from the dual tracer sample that was spiked with 15NH4
76	Primary production of carbon	PP C	mmol/m³/day	Timmerman, Amanda H V	15NH4 3rd replicate; recycled; derived from the dual tracer sample that was spiked with 15NH4
77	Oxygen	O2	µmol/kg	Timmerman, Amanda H V	average
78	δ18O, gas	δ18O-O2	‰	Timmerman, Amanda H V	blank; in the incubation blank sample that was spiked with H218O
79	δ18O, gas	δ18O-O2	‰	Timmerman, Amanda H V	1st replicate; in the incubation sample that was spiked with H218O
80	δ18O, gas	δ18O-O2	‰	Timmerman, Amanda H V	2nd replicate; in the incubation sample that was spiked with H218O
81	Gross primary production of carbon	GPP C	mmol/m²/day	Timmerman, Amanda H V	1st replicate; derived from the dual tracer sample that was spiked with H218O
82	Gross primary production of carbon	GPP C	mmol/m²/day	Timmerman, Amanda H V	2nd replicate; derived from the dual tracer sample that was spiked with H218O

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

7326 data points

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