Citation:

PANGAEA.923370

Name: Productivity rates from 2014-2017 integrated to either the mixed layer or the euphotic depth 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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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: 49.254000 * Median Longitude: -134.358455 * South-bound Latitude: 48.251000 * West-bound Longitude: -145.003000 * North-bound Latitude: 50.000000 * East-bound Longitude: -126.249000

Date/Time Start: 2014-08-22T13:06:00 * Date/Time End: 2017-06-13T11:34:00

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	Date/Time		Timmerman, Amanda H V	Geocode
3	LATITUDE	Latitude		Timmerman, Amanda H V	Geocode
4	LONGITUDE	Longitude		Timmerman, Amanda H V	Geocode
5	Campaign	Campaign		Timmerman, Amanda H V
6	Identification	ID		Timmerman, Amanda H V	station
7	Identification	ID		Timmerman, Amanda H V	event
8	Temperature, water	Temp	°C	Timmerman, Amanda H V	average ML
9	Salinity	Sal		Timmerman, Amanda H V	average of ML, PSS-78
10	Mixed layer depth	MLD	m	Timmerman, Amanda H V
11	Depth of the euphotic zone	z(eu)	m	Timmerman, Amanda H V
12	Transfer velocity, oxygen	k O2	m/day	Timmerman, Amanda H V	used to calculate O2/Ar-NCP
13	Biological oxygen saturation anomalies	Delta O2/Ar	%	Timmerman, Amanda H V	average, for all sampled depths within the mixed layer
14	Net community production of carbon	NCP C	mmol/m²/day	Timmerman, Amanda H V	O2/Ar; within the mixed layer calculated from O2/Ar
15	Net community production of carbon, standard deviation	NCP C std dev	±	Timmerman, Amanda H V	for O2/Ar-NCP
16	Gross primary production of carbon	GPP C	mmol/m²/day	Timmerman, Amanda H V	17Δ, within the mixed layer based on the triple oxygen isotope method. This was converted from O2 to C units by dividing by 1.25
17	Gross primary production of carbon, standard deviation	GPP C std dev	±	Timmerman, Amanda H V	17Δ-GPP
18	Gross primary production of carbon	GPP C	mmol/m²/day	Timmerman, Amanda H V	18O-ML; calculated from 18O incubations integrated to the base of the mixed layer. This was converted from O2 to C units by dividing by 1.25
19	Gross primary production of carbon, standard deviation	GPP C std dev	±	Timmerman, Amanda H V	18O-ML; calculated from 18O incubations integrated to the base of the mixed layer
20	Gross primary production of carbon	GPP C	mmol/m²/day	Timmerman, Amanda H V	18O-eu; calculated from 18O incubations integrated to the base of the euphotic zone
21	Gross primary production of carbon, standard deviation	GPP C std dev	±	Timmerman, Amanda H V	18O-eu; calculated from 18O incubations integrated to the base of the euphotic zone
22	Carbon, total, particulate/Nitrogen, total, particulate ratio	TPC/TPN		Timmerman, Amanda H V	averaged over all incubations at that station
23	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	C13-ML; calculated from C13 incubations integrated to the base of the mixed layer
24	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	C13-ML; calculated from C13 incubations integrated to the base of the mixed layer
25	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	C13-eu; calculated from C13 incubations integrated to the base of the euphotic zone
26	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	C13-eu; calculated from C13 incubations integrated to the base of the euphotic zone
27	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	15NO3-ML; new; calculated from 15NO3 incubations integrated to the base of the mixed layer; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
28	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	15NO3-ML; new; calculated from 15NO3 incubations integrated to the base of the mixed layer; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
29	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	15NO3-eu; new; calculated from 15NO3 incubations integrated to the base of the euphotic zone; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
30	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	15NO3-eu; new; calculated from 15NO3 incubations integrated to the base of the euphotic zone; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
31	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	15NH4-ML; recycled; calculated from 15NH4 incubations integrated to the base of the mixed layer; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
32	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	15NH4-ML; recycled; calculated from 15NH4 incubations integrated to the base of the mixed layer; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
33	Primary production of carbon	PP C	mmol/m²/day	Timmerman, Amanda H V	15NH4-eu; recycled; calculated from 15NH4 incubations integrated to the base of the euphotic zone; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.
34	Primary production of carbon, standard deviation	PP C std dev	±	Timmerman, Amanda H V	15NH4-eu; recycled; calculated from 15NH4 incubations integrated to the base of the euphotic zone; Each depth was converted from N to C units by multiplying by the average TPC/TPN at each station then integrating.

License:

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

Size:

904 data points

Data

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

1 Event	2 Date/Time	3 Latitude	4 Longitude	5 Campaign	6 ID (station)	7 ID (event)	8 Temp [°C] (average ML)	9 Sal (average of ML, PSS-78)	10 MLD [m]	11 z(eu) [m]	12 k O2 [m/day] (used to calculate O2/Ar-NCP)	13 Delta O2/Ar [%] (average, for all sampled dept...)	14 NCP C [mmol/m²/day] (O2/Ar; within the mixed layer...)	15 NCP C std dev [±] (for O2/Ar-NCP)	16 GPP C [mmol/m²/day] (17Δ, within the mixed layer b...)	17 GPP C std dev [±] (17Δ-GPP)	18 GPP C [mmol/m²/day] (18O-ML; calculated from 18O i...)	19 GPP C std dev [±] (18O-ML; calculated from 18O i...)	20 GPP C [mmol/m²/day] (18O-eu; calculated from 18O i...)	21 GPP C std dev [±] (18O-eu; calculated from 18O i...)	22 TPC/TPN (averaged over all incubations...)	23 PP C [mmol/m²/day] (C13-ML; calculated from C13 i...)	24 PP C std dev [±] (C13-ML; calculated from C13 i...)	25 PP C [mmol/m²/day] (C13-eu; calculated from C13 i...)	26 PP C std dev [±] (C13-eu; calculated from C13 i...)	27 PP C [mmol/m²/day] (15NO3-ML; new; calculated fro...)	28 PP C std dev [±] (15NO3-ML; new; calculated fro...)	29 PP C [mmol/m²/day] (15NO3-eu; new; calculated fro...)	30 PP C std dev [±] (15NO3-eu; new; calculated fro...)	31 PP C [mmol/m²/day] (15NH4-ML; recycled; calculate...)	32 PP C std dev [±] (15NH4-ML; recycled; calculate...)	33 PP C [mmol/m²/day] (15NH4-eu; recycled; calculate...)	34 PP C std dev [±] (15NH4-eu; recycled; calculate...)
18DD20140819_P4	2014-08-22T13:06	48.649	-126.665	18DD20140819:LineP2014-19:JohnP.Tully	P4	31	15.004	32.046	10	25	2.23	4.88	20.12	2.29							5.12	24.77	1.29	43.71	1.64	4.07	0.06	10.46	0.19	7.29	1.01	13.04	2.60
18DD20140819_P12	2014-08-24T06:22	48.970	-130.666	18DD20140819:LineP2014-19:JohnP.Tully	P12	55	18.601	32.208	16	68	2.86	0.85	3.53	0.42							4.37	3.51	1.54	21.31	5.73	1.15	0.18	3.83	1.04	2.69	0.91	16.94	6.98
18DD20140819_P16	2014-08-25T11:29	49.284	-134.671	18DD20140819:LineP2014-19:JohnP.Tully	P16	66	17.509	32.296	19	71	2.65	1.35	7.63	0.89							4.19	11.50	3.94	41.40	4.28	6.81	0.08	18.27	2.32	3.17	0.02	15.20	0.46
18DD20140819_P20	2014-08-26T13:17	49.566	-138.667	18DD20140819:LineP2014-19:JohnP.Tully	P20	77	16.770	32.233	22	44	2.74	1.62	7.90	0.93							6.43	10.79	2.35	14.89	2.37	5.91	0.14	7.38	0.32	10.27	0.36	15.47	0.79
18DD20140819_P26	2014-08-28T12:42	50.000	-145.002	18DD20140819:LineP2014-19:JohnP.Tully	P26	100	14.727	32.347	25	58	3.09	3.93	22.57	2.57							5.40	29.82	1.44	44.36	2.25	9.11	0.61	13.85	0.68	13.93	0.91	21.28	2.87
18DD20150608_P4	2015-06-09T11:30	48.650	-126.667	18DD20150608:LineP2015-09:JohnP.Tully	P4	15	11.704	31.910	32	43	3.21	1.92	12.21	1.39	214.03	24.37	307.91	20.93	391.44	22.19	5.75	151.95	23.90	190.24	32.41	63.43	2.18	79.54	2.15	39.05	2.49	50.01	2.46
18DD20150608_P12	2015-06-11T10:23	48.970	-130.666	18DD20150608:LineP2015-09:JohnP.Tully	P12	32	13.181	32.405	30	42	2.93	0.97	5.45	0.63	61.47	7.00	29.72	0.16	34.65	0.94	3.55	11.99	0.73	13.55	0.87	5.94	2.23	7.01	2.94	19.66	9.14	24.06	12.18
18DD20150608_P16	2015-06-12T10:19	49.282	-134.666	18DD20150608:LineP2015-09:JohnP.Tully	P16	38	13.168	32.295	30	45	2.30	2.98	13.12	1.49	85.26	9.71	63.96	11.07	73.49	20.14	4.42	30.04	2.16	34.02	2.68	12.08	1.04	11.92	1.66	31.56	1.22	36.66	1.55
18DD20150608_P20	2015-06-14T04:05	49.566	-138.666	18DD20150608:LineP2015-09:JohnP.Tully	P20	55	11.836	32.535	28	54	2.55	3.84	19.27	2.20	82.24	9.37	116.23	3.00	173.30	3.39	4.18	54.77	2.09	82.79	4.49	12.64	3.61	18.51	3.24	13.37	0.12	24.04	0.28
18DD20150608_P26	2015-06-17T11:09	50.000	-145.000	18DD20150608:LineP2015-09:JohnP.Tully	P26	89	10.522	32.545	25	34	2.27	2.75	12.65	1.44	58.61	6.68	75.75	1.74	84.57	1.80	4.47	35.31	2.73	39.49	3.12	7.11	0.83	7.74	1.09	7.22	0.09	9.19	0.12
18DD20150818_P4	2015-08-21T12:30	48.650	-126.666	18DD20150818:LineP2015-10:JohnP.Tully	P4	24	13.683	32.121	28	19	4.03	3.27	25.05	2.85	214.97	24.48	285.96	96.17	198.55	96.17	5.42	126.25	11.78	91.10	11.78	88.19	7.68	64.02	5.44	17.07	0.73	12.10	0.89
18DD20150818_P12	2015-08-23T09:51	48.970	-130.666	18DD20150818:LineP2015-10:JohnP.Tully	P12	45	17.644	31.845	18	71	3.80	0.98	6.57	0.75	78.84	8.98	16.82	4.11	47.10	19.45	5.05	8.38	0.39	20.42	2.92	3.45	0.79	8.17	2.53	6.79	0.46	15.67	1.36
18DD20150818_P16	2015-08-25T10:00	49.284	-134.666	18DD20150818:LineP2015-10:JohnP.Tully	P16	68	17.610	32.047	16	52	3.36	0.46	2.73	0.39	46.11	5.25	15.76	1.29	35.19	3.74	5.39	5.04	0.31	10.71	2.30	2.53	0.27	6.90	1.98	4.92	0.30	11.79	1.49
18DD20150818_P20	2015-08-26T13:58	49.567	-138.667	18DD20150818:LineP2015-10:JohnP.Tully	P20	75	15.827	32.419	31	44	4.60	2.10	17.56	2.00	109.34	12.45	70.19	2.90	83.27	11.21	6.53	16.74	4.20	19.04	4.57	6.89	1.44	8.01	3.73	16.26	0.04	19.96	0.57
18DD20150818_P26	2015-08-28T12:13	50.000	-144.999	18DD20150818:LineP2015-10:JohnP.Tully	P26	98	14.738	32.399	26	50	4.46	1.86	15.36	1.75	110.28	12.56	76.02	5.10	102.99	12.48	5.55	26.29	2.14	35.62	3.28	9.98	1.31	13.92	3.14	31.46	4.27	42.87	5.30
18DD20160525_LC12	2016-05-27T15:47	48.251	-126.666	18DD20160525:LaPerouse2016-47:JohnP.Tully	LC12	42	13.030	32.039	18	42	3.97	2.19	16.72	1.91			28.64	1.64	54.70	3.73	6.37	17.58	0.90	36.98	1.93	8.84	0.54	17.02	0.76	8.81	1.07	20.28	1.62
18DD20160525_LD6.5	2016-05-28T15:16	48.728	-126.249	18DD20160525:LaPerouse2016-47:JohnP.Tully	LD6.5	66	11.961	32.093	18	20	4.11	3.07	24.82	2.83			153.43	10.12	158.44	14.29	7.47	120.94	3.15	123.98	3.43	55.75	3.79	56.75	3.51	25.33	0.87	27.75	0.99
18DD20160525_AT01	2016-05-29T15:37	49.574	-126.914	18DD20160525:LaPerouse2016-47:JohnP.Tully	AT01	82	11.722	31.883	19	19	3.70	9.03	66.09	7.53			208.90	65.50	203.10	62.48	7.43	95.28	10.14	93.33	10.13	21.89	0.90	20.53	0.88	10.50	0.70	10.20	0.69
18DD20160605_P4	2016-06-07T11:09	48.650	-126.666	18DD20160605:LineP2016-06:JohnP.Tully	P4	19	13.220	31.760	16	23	2.82	3.40	18.44	2.10			122.17	14.88	163.63	20.95	6.23	40.05	1.05	48.47	2.15	6.08	0.10	6.09	0.12	5.01	0.08	5.74	0.10
18DD20160605_P12	2016-06-09T08:21	48.971	-130.665	18DD20160605:LineP2016-06:JohnP.Tully	P12	40	12.257	32.509	16	59	2.55	4.59	22.85	2.60			36.59	3.39	92.48	18.77	5.89	22.07	1.31	54.45	3.72	7.13	2.99	15.71	10.70	12.42	0.38	35.72	1.48
18DD20160605_P16	2016-06-10T08:36	49.284	-134.666	18DD20160605:LineP2016-06:JohnP.Tully	P16	50	11.363	32.514	13	44	2.37	5.01	23.59	2.69			72.56	2.66	131.45	5.53	5.90	30.55	2.33	80.85	3.78	16.28	1.52	39.13	3.89	3.26	0.09	9.34	0.31
18DD20160605_P20	2016-06-11T14:04	49.567	-138.669	18DD20160605:LineP2016-06:JohnP.Tully	P20	64	10.744	32.538	4	58	1.57	3.90	12.33	1.40			35.17	0.27	160.08	5.07	5.42	7.92	0.90	75.65	2.24	3.42	0.43	32.40	2.94	1.75	0.02	22.97	0.23
18DD20160605_P26	2016-06-14T11:05	50.000	-144.998	18DD20160605:LineP2016-06:JohnP.Tully	P26	85	9.262	32.680	38	39	3.32	5.84	40.32	4.59			151.88	34.30	153.54	33.78	5.46	67.73	4.56	68.54	4.64	25.73	9.13	25.81	6.85	18.05	1.37	18.48	1.15
18DD20160816_P4	2016-08-19T11:18	48.659	-126.669	18DD20160816:LineP2016-08:JohnP.Tully	P4	26	13.024	32.121	11	18	3.97	13.00	99.18	11.29			252.57	15.44	368.52	30.10	8.13	154.98	18.06	202.05	48.76	18.57	4.83	23.05	6.77	8.03	0.82	27.80	2.94
18DD20160816_P12	2016-08-21T08:02	48.971	-130.665	18DD20160816:LineP2016-08:JohnP.Tully	P12	42	16.626	31.869	40	56	4.97	1.23	10.96	1.26			54.01	2.05	71.67	4.46	7.08	17.55	4.23	22.89	4.97	8.37	1.27	8.93	1.48	22.71	0.40	28.66	0.53
18DD20160816_P16	2016-08-22T10:58	49.283	-134.666	18DD20160816:LineP2016-08:JohnP.Tully	P16	51	16.342	31.935	24	50	2.85	1.46	7.49	0.90			39.62	1.27	69.36	2.54	6.23	13.86	1.78	26.66	3.04	5.56	1.62	12.09	3.72	6.05	2.39	13.29	5.09
18DD20160816_P20	2016-08-24T08:49	49.567	-138.662	18DD20160816:LineP2016-08:JohnP.Tully	P20	72	16.953	32.597	8	54	1.38	1.73	4.22	0.53			16.55	1.68	37.76	5.01	6.62	5.13	0.87	26.99	1.59	1.09	0.91	5.75	4.56	2.14	0.03	12.97	0.03
18DD20160816_P26	2016-08-26T12:00	50.000	-145.000	18DD20160816:LineP2016-08:JohnP.Tully	P26	90	16.339	32.523	11	60	5.06	2.99	27.20	3.10			32.52	2.07	99.87	5.48	6.22	10.58	0.95	34.17	1.55	2.70	0.35	7.08	0.69	3.94	0.14	13.90	0.15
18DD20170604_P4	2017-06-06T11:06	48.647	-126.672	18DD20170604:LineP2017-06:JohnP.Tully	P4	21	13.365	31.447	7	32	1.45	1.38	3.84	0.45							6.07	6.82	0.50	30.07	1.63	2.80	0.12	10.39	0.43	5.51	0.15	25.82	0.80
18DD20170604_P12	2017-06-08T06:57	48.971	-130.667	18DD20170604:LineP2017-06:JohnP.Tully	P12	41	11.064	32.399	25	50	4.02	2.28	18.20	2.07							6.51	33.51	0.93	59.20	1.01	13.61	1.25	21.77	2.87	22.70	3.41	40.78	7.68
18DD20170604_P16	2017-06-09T10:52	49.284	-134.667	18DD20170604:LineP2017-06:JohnP.Tully	P16	51	9.949	32.551	19	52	3.24	1.68	11.13	1.27							6.37	21.81	0.81	50.46	1.83	5.94	0.49	12.59	1.57	18.81	1.85	44.48	6.22
18DD20170604_P20	2017-06-10T11:06	49.567	-138.665	18DD20170604:LineP2017-06:JohnP.Tully	P20	62	9.974	32.694	9	84	0.40	1.01	0.83	0.24							6.52	5.20	0.31	53.15	0.83	0.99	0.08	13.15	0.97	2.31	0.20	22.79	0.27
18DD20170604_P26	2017-06-13T11:34	50.000	-145.003	18DD20170604:LineP2017-06:JohnP.Tully	P26	92	8.879	32.452	35	56	3.31	1.13	7.85	0.90							6.34	26.88	0.47	37.85	1.04	3.43	0.52	4.75	0.75	7.50	0.51	11.06	0.80