Citation:

PANGAEA.942466

Name: Relative difference between integrated rates measured in tanks D and G as compared to the controls during the three experiments
Published: 2021
License: https://creativecommons.org/licenses/by/4.0/

Always quote citation above when using data! You can download the citation in several formats below.

Published: 2021 (exact date unknown) • DOI registered: 2022-04-16

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Related to:

Gazeau, Frédéric; Van Wambeke, France; Marañón, Emilio; Pérez-Lorenzo, Maria; Alliouane, Samir; Stolpe, Christian; Blasco, Thierry; Leblond, Nathalie; Zäncker, Birthe; Engel, Anja; Marie, Barbara; Dinasquet, Julie; Guieu, Cecile (2021): Impact of dust addition on the metabolism of Mediterranean plankton communities and carbon export under present and future conditions of pH and temperature. Biogeosciences, 18(19), 5423-5446, https://doi.org/10.5194/bg-18-5423-2021

Coverage:

Median Latitude: 37.593333 * Median Longitude: 11.766667 * South-bound Latitude: 35.490000 * West-bound Longitude: 2.910000 * North-bound Latitude: 39.340000 * East-bound Longitude: 19.800000

Event(s):

FAST * Latitude: 37.950000 * Longitude: 2.910000 * Method/Device: Experiment (EXP)

ION * Latitude: 35.490000 * Longitude: 19.800000 * Method/Device: Experiment (EXP)

TYR * Latitude: 39.340000 * Longitude: 12.590000 * Method/Device: Experiment (EXP)

Comment:

Treatment D refer to tanks enriched with Saharan dust, G refer to tanks enriched with Saharan dust and maintained simultaneously under warmer (+3 ◦C) and acidified (−0.3 pH unit) conditions

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Gazeau, Frédéric
2	Group	Group		Gazeau, Frédéric
3	Parameter	Parameter		Gazeau, Frédéric
4	Station label	Station		Gazeau, Frédéric
5	Identification	ID		Gazeau, Frédéric	Minicosm
6	Treatment	Treat		Gazeau, Frédéric
7	Change	Change	%	Gazeau, Frédéric

License:

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

Size:

648 data points

Data

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

1 Event	2 Group	3 Parameter	4 Station	5 ID	6 Treat	7 Change [%]
TYR	O2 metabolism	GPP	TYR	D1	D	-37
TYR	O2 metabolism	GPP	TYR	D2	D	14
TYR	O2 metabolism	GPP	TYR	G1	G	-72
TYR	O2 metabolism	GPP	TYR	G2	G	7
ION	O2 metabolism	GPP	ION	D1	D	167
ION	O2 metabolism	GPP	ION	D2	D	143
ION	O2 metabolism	GPP	ION	G1	G	204
ION	O2 metabolism	GPP	ION	G2	G	213
FAST	O2 metabolism	GPP	FAST	D1	D	182
FAST	O2 metabolism	GPP	FAST	D2	D	157
FAST	O2 metabolism	GPP	FAST	G1	G	158
FAST	O2 metabolism	GPP	FAST	G2	G	142
TYR	O2 metabolism	CR	TYR	D1	D	31
TYR	O2 metabolism	CR	TYR	D2	D	35
TYR	O2 metabolism	CR	TYR	G1	G	49
TYR	O2 metabolism	CR	TYR	G2	G	58
ION	O2 metabolism	CR	ION	D1	D	86
ION	O2 metabolism	CR	ION	D2	D	71
ION	O2 metabolism	CR	ION	G1	G	131
ION	O2 metabolism	CR	ION	G2	G	127
FAST	O2 metabolism	CR	FAST	D1	D	87
FAST	O2 metabolism	CR	FAST	D2	D	103
FAST	O2 metabolism	CR	FAST	G1	G	124
FAST	O2 metabolism	CR	FAST	G2	G	147
TYR	O2 metabolism	NCP	TYR	D1	D	-94
TYR	O2 metabolism	NCP	TYR	D2	D	-55
TYR	O2 metabolism	NCP	TYR	G1	G	-161
TYR	O2 metabolism	NCP	TYR	G2	G	-105
ION	O2 metabolism	NCP	ION	D1	D	83
ION	O2 metabolism	NCP	ION	D2	D	84
ION	O2 metabolism	NCP	ION	G1	G	20
ION	O2 metabolism	NCP	ION	G2	G	56
FAST	O2 metabolism	NCP	FAST	D1	D	196
FAST	O2 metabolism	NCP	FAST	D2	D	52
FAST	O2 metabolism	NCP	FAST	G1	G	-22
FAST	O2 metabolism	NCP	FAST	G2	G	-166
TYR	PP	14CPP	TYR	D1	D	-34
TYR	PP	14CPP	TYR	D2	D	-47
TYR	PP	14CPP	TYR	G1	G	33
TYR	PP	14CPP	TYR	G2	G	243
ION	PP	14CPP	ION	D1	D	99
ION	PP	14CPP	ION	D2	D	101
ION	PP	14CPP	ION	G1	G	356
ION	PP	14CPP	ION	G2	G	299
FAST	PP	14CPP	FAST	D1	D	228
FAST	PP	14CPP	FAST	D2	D	264
FAST	PP	14CPP	FAST	G1	G	334
FAST	PP	14CPP	FAST	G2	G	221
TYR	PP	14CPPbg	TYR	D1	D	-45
TYR	PP	14CPPbg	TYR	D2	D	-48
TYR	PP	14CPPbg	TYR	G1	G	2
TYR	PP	14CPPbg	TYR	G2	G	119
ION	PP	14CPPbg	ION	D1	D	93
ION	PP	14CPPbg	ION	D2	D	90
ION	PP	14CPPbg	ION	G1	G	320
ION	PP	14CPPbg	ION	G2	G	226
FAST	PP	14CPPbg	FAST	D1	D	221
FAST	PP	14CPPbg	FAST	D2	D	266
FAST	PP	14CPPbg	FAST	G1	G	309
FAST	PP	14CPPbg	FAST	G2	G	183
TYR	PP	14CPPsm	TYR	D1	D	19
TYR	PP	14CPPsm	TYR	D2	D	-41
TYR	PP	14CPPsm	TYR	G1	G	181
TYR	PP	14CPPsm	TYR	G2	G	833
ION	PP	14CPPsm	ION	D1	D	125
ION	PP	14CPPsm	ION	D2	D	151
ION	PP	14CPPsm	ION	G1	G	511
ION	PP	14CPPsm	ION	G2	G	613
FAST	PP	14CPPsm	FAST	D1	D	245
FAST	PP	14CPPsm	FAST	D2	D	259
FAST	PP	14CPPsm	FAST	G1	G	401
FAST	PP	14CPPsm	FAST	G2	G	323
TYR	PP	14PPdis	TYR	D1	D	-50
TYR	PP	14PPdis	TYR	D2	D	-56
TYR	PP	14PPdis	TYR	G1	G	-70
TYR	PP	14PPdis	TYR	G2	G	-40
ION	PP	14PPdis	ION	D1	D	7
ION	PP	14PPdis	ION	D2	D	16
ION	PP	14PPdis	ION	G1	G	165
ION	PP	14PPdis	ION	G2	G	154
FAST	PP	14PPdis	FAST	D1	D	94
FAST	PP	14PPdis	FAST	D2	D	78
FAST	PP	14PPdis	FAST	G1	G	258
FAST	PP	14PPdis	FAST	G2	G	272
TYR	Hetero	BP	TYR	D1	D	377
TYR	Hetero	BP	TYR	D2	D	403
TYR	Hetero	BP	TYR	G1	G	653
TYR	Hetero	BP	TYR	G2	G	493
ION	Hetero	BP	ION	D1	D	276
ION	Hetero	BP	ION	D2	D	475
ION	Hetero	BP	ION	G1	G	853
ION	Hetero	BP	ION	G2	G	822
FAST	Hetero	BP	FAST	D1	D	74
FAST	Hetero	BP	FAST	D2	D	124
FAST	Hetero	BP	FAST	G1	G	500
FAST	Hetero	BP	FAST	G2	G	576
TYR	Hetero	BGE	TYR	D1	D	179
TYR	Hetero	BGE	TYR	D2	D	184
TYR	Hetero	BGE	TYR	G1	G	245
TYR	Hetero	BGE	TYR	G2	G	186
ION	Hetero	BGE	ION	D1	D	73
ION	Hetero	BGE	ION	D2	D	153
ION	Hetero	BGE	ION	G1	G	190
ION	Hetero	BGE	ION	G2	G	187
FAST	Hetero	BGE	FAST	D1	D	-7
FAST	Hetero	BGE	FAST	D2	D	7
FAST	Hetero	BGE	FAST	G1	G	101
FAST	Hetero	BGE	FAST	G2	G	104