/* DATA DESCRIPTION:
Citation:	Magnan, Gabriel (2021): Geochemistry of PLAINE (PLA) peat core from Canada [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.928583
Abstract:	Geochemistry data of a high-resolution peat core from the Past Global Changes - Carbon in Peat on EArth through Time (PAGES_C-PEAT) Project.
Keyword(s):	C-PEAT; Peatland
Related to:	Gallego-Sala, Angela V; Charman, Dan J; Brewer, Simon; Page, Susan E; Prentice, Iain Colin; Friedlingstein, Pierre; Moreton, Steven Grahame; Amesbury, Matthew J; Beilman, David W; Björck, Svante; Blyakharchuk, Tatyana A; Bochicchio, Christopher; Booth, Robert K; Bunbury, Joan; Camill, Philip; Carless, Donna; Chimner, Rodney A; Clifford, Michael; Cressey, Elizabeth; Courtney-Mustaphi, Colin J; De Vleeschouwer, Francois; de Jong, Rixt; Fialkiewicz-Koziel, Barbara; Finkelstein, Sarah A; Garneau, Michelle; Githumbi, Esther; Hribjlan, John; Holmquist, James R; Hughes, Paul D M; Jones, Chris; Jones, Miriam C; Karofeld, Edgar; Klein, Eric S; Kokfelt, Ulla; Korhola, Atte; Lacourse, Terri; Le Roux, Gaël; Lamentowicz, Mariusz; Large, David; Lavoie, Martin; Loisel, Julie; Mackay, Helen; MacDonald, Glen M; Mäkilä, Markku; Magnan, Gabriel; Marchant, Robert; Marcisz, Katarzyna; Martínez Cortizas, Antonio; Massa, Charly; Mathijssen, Paul J H; Mauquoy, Dmitri; Mighall, Timothy; Mitchell, Fraser J G; Moss, Patrick T; Nichols, Jonathan; Oksanen, Pirita O; Orme, Lisa C; Packalen, Maara; Robinson, Stephen D; Roland, Thomas P; Sanderson, Nicole K; Sannel, A Britta K; Silva-Sánchez, Noemí; Steinberg, Natascha; Swindles, Graeme T; Turner, T Edward; Uglow, Joanna; Väliranta, Minna; van Bellen, Simon; van der Linden, Marjolein; van Geel, Bas; Wang, Guoping; Yu, Zicheng; Zaragoza-Castells, Joana; Zhao, Yan (2018): Latitudinal limits to the predicted increase of the peatland carbon sink with warming. Nature Climate Change, 8(10), 907-913, https://doi.org/10.1038/s41558-018-0271-1
	Magnan, Gabriel (2018): Geochemistry of Plaine_core1 peat core [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.890483
	Magnan, Gabriel (2021): Age determination of PLAINE (PLA) peat core from Canada [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.935724
	Magnan, Gabriel (2021): Calibrated ages of PLAINE (PLA) peat core from Canada [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.930139
	Magnan, Gabriel; Garneau, Michelle; Payette, Serge (2014): Holocene development of maritime ombrotrophic peatlands of the St. Lawrence North Shore in eastern Canada. Quaternary Research, 82(1), 96-106, https://doi.org/10.1016/j.yqres.2014.04.016
Project(s):	Past Global Changes - Carbon in Peat on EArth through Time (PAGES_C-PEAT) (URI: https://pastglobalchanges.org/science/wg/former/peat-carbon/intro)
Coverage:	LATITUDE: 50.270000 * LONGITUDE: -63.540000
	MINIMUM DEPTH, sediment/rock: 0.005 m * MAXIMUM DEPTH, sediment/rock: 3.565 m
Event(s):	Plaine_core1 * LATITUDE: 50.270000 * LONGITUDE: -63.540000 * ELEVATION: 34.2 m * RECOVERY: 357 cm * LOCATION: Canada * METHOD/DEVICE: Peat corer (PEATC) * COMMENT: Coring year: 2009; peatland type: plateau bog; basal age depth: 356.5 cm; basal age: 6540 uncalib.; basal age: 7451 calBP; n dates: 12; Core microtopography: lawn; carbon rate site: Y3; peat properties site: Y; peat properties sample size: 1 cm^3
Parameter(s):	DEPTH, sediment/rock [m] (Depth sed) * GEOCODE * PI: Magnan, Gabriel (https://orcid.org/0000-0002-7758-6922, magnangabriel@gmail.com) * COMMENT: Sample midpoint depth
	Sample thickness [cm] (Samp thick) * PI: Magnan, Gabriel (https://orcid.org/0000-0002-7758-6922, magnangabriel@gmail.com)
	Density, dry bulk [g/cm**3] (DBD) * PI: Magnan, Gabriel (https://orcid.org/0000-0002-7758-6922, magnangabriel@gmail.com)
	Carbon, total [%] (TC) * PI: Magnan, Gabriel (https://orcid.org/0000-0002-7758-6922, magnangabriel@gmail.com) * METHOD/DEVICE: Carbon/nitrogen analyser * COMMENT: weight-%
License:	Creative Commons Attribution 4.0 International (CC-BY-4.0) (URI: https://creativecommons.org/licenses/by/4.0/)
Status:	Curation Level: Enhanced curation (URI: https://wiki.pangaea.de/wiki/Curation_levels)
Size:	1071 data points
*/
Depth sed [m]	Samp thick [cm]	DBD [g/cm**3]	TC [%]
0.005	1	0.107	97.7
0.015	1	0.092	97.8
0.025	1	0.088	97.9
0.035	1	0.072	98.4
0.045	1	0.079	98.4
0.055	1	0.079	98.8
0.065	1	0.066	98.7
0.075	1	0.054	99.0
0.085	1	0.061	98.9
0.095	1	0.060	98.8
0.105	1	0.061	98.8
0.115	1	0.068	98.9
0.125	1	0.075	98.3
0.135	1	0.069	98.5
0.145	1	0.071	98.5
0.155	1	0.066	98.7
0.165	1	0.105	98.2
0.175	1	0.108	98.6
0.185	1	0.078	98.7
0.195	1	0.081	99.0
0.205	1	0.084	99.0
0.215	1	0.074	99.4
0.225	1	0.070	99.1
0.235	1	0.074	98.9
0.245	1	0.063	99.2
0.255	1	0.072	99.1
0.265	1	0.067	98.9
0.275	1	0.079	98.8
0.285	1	0.086	99.1
0.295	1	0.084	99.3
0.305	1	0.078	99.1
0.315	1	0.078	99.5
0.325	1	0.059	99.5
0.335	1	0.082	99.2
0.345	1	0.098	99.0
0.355	1	0.092	99.1
0.365	1	0.087	98.9
0.375	1	0.090	99.0
0.385	1	0.112	98.8
0.395	1	0.104	99.0
0.405	1	0.092	99.0
0.415	1	0.091	98.9
0.425	1	0.091	98.9
0.435	1	0.091	98.9
0.445	1	0.081	99.0
0.455	1	0.088	98.9
0.465	1	0.080	98.8
0.475	1	0.076	99.4
0.485	1	0.083	98.7
0.495	1	0.081	98.8
0.505	1	0.079	98.4
0.515	1	0.080	98.6
0.525	1	0.078	98.6
0.535	1	0.070	98.9
0.545	1	0.066	99.0
0.555	1	0.068	99.0
0.565	1	0.075	99.1
0.575	1	0.078	99.1
0.585	1	0.074	99.0
0.595	1	0.079	98.9
0.605	1	0.076	98.7
0.615	1	0.069	99.4
0.625	1	0.066	99.4
0.635	1	0.069	99.4
0.645	1	0.066	99.2
0.655	1	0.073	99.3
0.665	1	0.067	99.5
0.675	1	0.069	99.4
0.685	1	0.066	99.1
0.695	1	0.084	99.2
0.705	1	0.077	99.3
0.715	1	0.069	99.4
0.725	1	0.071	99.2
0.735	1	0.068	99.1
0.745	1	0.080	99.3
0.755	1	0.113	98.8
0.765	1	0.126	98.7
0.775	1	0.088	99.0
0.785	1	0.101	99.2
0.795	1	0.082	99.3
0.805	1	0.093	99.2
0.815	1	0.088	99.2
0.825	1	0.104	99.2
0.835	1	0.098	99.4
0.845	1	0.087	99.3
0.855	1	0.079	99.4
0.865	1	0.080	99.3
0.875	1	0.076	99.6
0.885	1	0.082	99.3
0.895	1	0.083	99.6
0.905	1	0.087	99.7
0.915	1	0.084	99.6
0.925	1	0.092	99.1
0.935	1	0.075	99.3
0.945	1	0.078	99.2
0.955	1	0.072	99.4
0.965	1	0.110	98.7
0.975	1	0.127	99.0
0.985	1	0.130	98.7
0.995	1	0.134	98.7
1.005	1	0.146	99.5
1.015	1	0.090	99.8
1.025	1	0.094	100.0
1.035	1	0.078	100.0
1.045	1	0.077	100.0
1.055	1	0.106	100.0
1.065	1	0.106	99.2
1.075	1	0.096	99.4
1.085	1	0.094	99.4
1.095	1	0.091	99.5
1.105	1	0.097	99.4
1.115	1	0.083	99.4
1.125	1	0.081	99.5
1.135	1	0.096	100.0
1.145	1	0.139	99.4
1.155	1	0.129	100.0
1.165	1	0.110	100.0
1.175	1	0.104	99.6
1.185	1	0.097	99.2
1.195	1	0.115	99.0
1.205	1	0.103	99.0
1.215	1	0.115	98.8
1.225	1	0.109	99.0
1.235	1	0.129	99.3
1.245	1	0.108	99.2
1.255	1	0.099	99.3
1.265	1	0.104	99.2
1.275	1	0.102	99.5
1.285	1	0.101	99.4
1.295	1	0.090	99.3
1.305	1	0.085	99.5
1.315	1	0.102	99.2
1.325	1	0.092	99.3
1.335	1	0.092	99.4
1.345	1	0.101	99.1
1.355	1	0.094	99.2
1.365	1	0.087	99.3
1.375	1	0.079	99.3
1.385	1	0.092	99.1
1.395	1	0.082	99.3
1.405	1	0.109	99.1
1.415	1	0.101	99.1
1.425	1	0.106	99.2
1.435	1	0.108	99.1
1.445	1	0.117	99.2
1.455	1	0.106	99.0
1.465	1	0.098	99.1
1.475	1	0.100	99.1
1.485	1	0.103	99.0
1.495	1	0.114	99.2
1.505	1	0.126	99.2
1.515	1	0.084	99.2
1.525	1	0.086	99.5
1.535	1	0.107	99.3
1.545	1	0.102	99.6
1.555	1	0.092	99.5
1.565	1	0.106	99.2
1.575	1	0.093	98.9
1.585	1	0.125	99.1
1.595	1	0.122	99.4
1.605	1	0.115	99.1
1.615	1	0.142	99.1
1.625	1	0.140	98.9
1.635	1	0.116	99.1
1.645	1	0.097	98.7
1.655	1	0.083	99.1
1.665	1	0.084	99.1
1.675	1	0.089	99.2
1.685	1	0.106	99.0
1.695	1	0.116	98.7
1.705	1	0.089	98.5
1.715	1	0.085	99.6
1.725	1	0.082	99.8
1.735	1	0.075	99.8
1.745	1	0.081	99.6
1.755	1	0.090	99.4
1.765	1	0.072	99.7
1.775	1	0.076	99.7
1.785	1	0.084	99.6
1.795	1	0.065	99.7
1.805	1	0.080	99.5
1.815	1	0.081	99.2
1.825	1	0.096	99.0
1.835	1	0.086	99.3
1.845	1	0.086	99.2
1.855	1	0.074	99.0
1.865	1	0.079	99.2
1.875	1	0.085	99.1
1.885	1	0.087	99.0
1.895	1	0.086	99.1
1.905	1	0.080	99.3
1.915	1	0.081	99.1
1.925	1	0.071	99.2
1.935	1	0.082	99.2
1.945	1	0.074	99.0
1.955	1	0.074	98.8
1.965	1	0.089	98.7
1.975	1	0.104	98.6
1.985	1	0.106	98.6
1.995	1	0.072	98.9
2.005	1	0.086	99.3
2.015	1	0.130	98.6
2.025	1	0.120	98.7
2.035	1	0.094	98.8
2.045	1	0.094	99.0
2.055	1	0.085	98.9
2.065	1	0.078	99.0
2.075	1	0.071	99.0
2.085	1	0.076	98.8
2.095	1	0.068	99.0
2.105	1	0.071	98.8
2.115	1	0.077	98.9
2.125	1	0.073	98.9
2.135	1	0.076	99.0
2.145	1	0.094	99.0
2.155	1	0.077	98.8
2.165	1	0.079	99.0
2.175	1	0.079	98.9
2.185	1	0.075	99.1
2.195	1	0.079	99.0
2.205	1	0.083	99.0
2.215	1	0.081	98.8
2.225	1	0.076	99.0
2.235	1	0.075	99.0
2.245	1	0.071	98.9
2.255	1	0.071	99.0
2.265	1	0.082	99.0
2.275	1	0.075	98.9
2.285	1	0.073	99.0
2.295	1	0.082	99.0
2.305	1	0.084	98.9
2.315	1	0.089	99.0
2.325	1	0.078	99.1
2.335	1	0.090	99.0
2.345	1	0.097	99.1
2.355	1	0.090	99.0
2.365	1	0.112	98.9
2.375	1	0.092	99.0
2.385	1	0.081	98.9
2.395	1	0.083	99.2
2.405	1	0.085	98.9
2.415	1	0.076	98.9
2.425	1	0.079	99.1
2.435	1	0.080	99.1
2.445	1	0.071	98.6
2.455	1	0.079	99.0
2.465	1	0.097	99.1
2.475	1	0.109	99.0
2.485	1	0.090	99.0
2.495	1	0.084	99.0
2.505	1	0.075	99.0
2.515	1	0.072	99.1
2.525	1	0.082	99.0
2.535	1	0.082	99.1
2.545	1	0.077	99.0
2.555	1	0.077	99.0
2.565	1	0.078	98.9
2.575	1	0.079	98.9
2.585	1	0.089	99.0
2.595	1	0.084	99.1
2.605	1	0.090	99.2
2.615	1	0.098	99.0
2.625	1	0.121	98.8
2.635	1	0.110	98.8
2.645	1	0.114	98.7
2.655	1	0.107	99.0
2.665	1	0.101	99.1
2.675	1	0.101	99.1
2.685	1	0.092	99.2
2.695	1	0.106	99.1
2.705	1	0.113	99.0
2.715	1	0.102	99.0
2.725	1	0.095	99.0
2.735	1	0.108	98.9
2.745	1	0.138	98.8
2.755	1	0.135	99.0
2.765	1	0.120	99.0
2.775	1	0.118	99.0
2.785	1	0.123	99.1
2.795	1	0.097	99.0
2.805	1	0.110	99.1
2.815	1	0.119	99.0
2.825	1	0.102	99.0
2.835	1	0.101	98.9
2.845	1	0.095	98.8
2.855	1	0.080	98.8
2.865	1	0.087	98.8
2.875	1	0.090	98.8
2.885	1	0.076	98.8
2.895	1	0.101	98.6
2.905	1	0.086	98.8
2.915	1	0.080	98.8
2.925	1	0.089	98.6
2.935	1	0.073	98.7
2.945	1	0.080	98.7
2.955	1	0.087	98.7
2.965	1	0.097	98.7
2.975	1	0.082	98.7
2.985	1	0.076	98.7
2.995	1	0.078	98.5
3.005	1	0.079	98.5
3.015	1	0.098	98.5
3.025	1	0.091	98.5
3.035	1	0.090	98.5
3.045	1	0.092	98.5
3.055	1	0.094	98.6
3.065	1	0.080	98.7
3.075	1	0.087	98.4
3.085	1	0.102	98.7
3.095	1	0.105	98.7
3.105	1	0.100	98.4
3.115	1	0.094	98.9
3.125	1	0.096	98.8
3.135	1	0.101	98.9
3.145	1	0.106	98.6
3.155	1	0.105	98.8
3.165	1	0.112	98.8
3.175	1	0.118	98.8
3.185	1	0.115	99.1
3.195	1	0.118	98.7
3.205	1	0.121	98.7
3.215	1	0.109	98.4
3.225	1	0.109	98.6
3.235	1	0.113	98.6
3.245	1	0.116	98.5
3.255	1	0.111	98.3
3.265	1	0.110	98.2
3.275	1	0.114	98.0
3.285	1	0.113	98.1
3.295	1	0.116	98.3
3.305	1	0.116	98.2
3.315	1	0.118	98.0
3.325	1	0.119	97.9
3.335	1	0.110	97.8
3.345	1	0.114	97.7
3.355	1	0.119	97.4
3.365	1	0.107	97.6
3.375	1	0.122	97.8
3.385	1	0.114	97.6
3.395	1	0.121	97.3
3.405	1	0.122	97.3
3.415	1	0.127	97.6
3.425	1	0.129	97.0
3.435	1	0.122	97.2
3.445	1	0.129	97.5
3.455	1	0.138	96.7
3.465	1	0.134	96.2
3.475	1	0.132	96.8
3.485	1	0.134	96.5
3.495	1	0.134	96.1
3.505	1	0.139	95.9
3.515	1	0.145	94.3
3.525	1	0.152	94.2
3.535	1	0.146	92.5
3.545	1	0.139	92.6
3.555	1	0.139	92.8
3.565	1	0.150	92.8