Citation:

PANGAEA.890531

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

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Related to:

Large, David (2018): Age determination of Hongyuan_coreHYLK1 peat core [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.890547

Large, David (2021): Geochemistry of Hongyuan (HYLK1) peat core from China [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.927537

Large, David; Spiro, Baruch; Ferrat, Marion; Shopland, Michaela; Kylander, Malin E; Gallagher, Kerry; Li, Xiangdong; Shen, Chengde; Possnert, Göran; Zhang, Gan; Darling, W George; Weiss, Dominik J (2009): The influence of climate, hydrology and permafrost on Holocene peat accumulation at 3500m on the eastern Qinghai–Tibetan Plateau. Quaternary Science Reviews, 28(27-28), 3303-3314, https://doi.org/10.1016/j.quascirev.2009.09.006

Further details:

Loisel, Julie; Yu, Zicheng; Beilman, David W; Camill, Philip; Alm, Jukka; Amesbury, Matthew J; Anderson, David; Andersson, Sofia; Bochicchio, Christopher; Barber, Keith; Belyea, Lisa R; Bunbury, Joan; Chambers, Frank M; Charman, Dan J; De Vleeschouwer, Francois; Fialkiewicz-Koziel, Barbara; Finkelstein, Sarah A; Gałka, Mariusz; Garneau, Michelle; Hammarlund, Dan; Hinchcliffe, William; Holmquist, James R; Hughes, Paul; Jones, Miranda C; Klein, Eric S; Kokfelt, Ulla; Korhola, Atte; Kuhry, Peter; Lamarre, Alexandre; Lamentowicz, Mariusz; Large, William G; Lavoie, Martin; MacDonald, Glen M; Magnan, Gabriel; Mäkilä, Markku; Mallon, Gunnar; Mathijssen, Paul J H; Mauquoy, Dmitri; McCarroll, Julia; Moore, Tim R; Nichols, Jonathan; O'Reilly, Benjamin; Oksanen, Pirita O; Packalen, Maara; Peteet, Dorothy M; Richard, Pierre J H; Robinson, S; Ronkainen, Tiina M; Rundgren, Mats; Sannel, A Britta K; Tarnocai, Charles; Thom, Tim; Tuittila, Eeva-Stiina; Turetsky, Merritt; Väliranta, Minna; van der Linden, Marjolein; van Geel, Bas; van Bellen, Simon; Vitt, Dale H; Zhao, Yan; Zhou, Weijian (2014): A database and synthesis of northern peatland soil properties and Holocene carbon and nitrogen accumulation. The Holocene, 24(9), 1028-1042, https://doi.org/10.1177/0959683614538073

Project(s):

Past Global Changes - Carbon in Peat on EArth through Time (PAGES_C-PEAT)

Coverage:

Latitude: 32.770000 * Longitude: 102.520000

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 6.175 m

Event(s):

Hongyuan_coreHYLK1 * Latitude: 32.770000 * Longitude: 102.520000 * Recovery: 618 cm * Location: China * Method/Device: Peat corer (PEATC) * Comment: Coring year: 2006; core length: 618 cm; peatland type: bog; basal age depth: 617.5 cm; basal age: 9480 uncal., basal age: 10827 calBP; n dates: 14; core microtopography: lawn; carbon rate site: Y2; peat properties site: Y

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Large, David	Geocode
2	AGE	Age	ka BP	Large, David	Geocode – Loisel et al. 2014
3	Density, dry bulk	DBD	g/cm³	Large, David
4	Organic matter	OM	%	Large, David
5	Density, organic matter	OM dens	g/cm³	Large, David
6	Carbon, total	TC	%	Large, David
7	Density, organic carbon	Corg dens	g/cm³	Large, David

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

640 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 DBD [g/cm³]	4 OM [%]	5 OM dens [g/cm³]	6 TC [%]	7 Corg dens [g/cm³]
0.005	0.000	0.339	71.3	0.242	34.00	0.115
0.035	0.011	0.447	67.1	0.300	29.70	0.133
0.065	0.021	0.385	68.7	0.264	28.40	0.109
0.230	0.081	0.042	73.6	0.031	39.60	0.017
0.380	0.134	0.003			34.70	0.001
0.425	0.148	0.040	67.9	0.027	33.90	0.013
0.475	0.166	0.038			35.80	0.014
0.510	0.180	0.027			35.40	0.010
0.530	0.187	0.024	70.4	0.017	34.50	0.008
0.550	0.194	0.025			40.10	0.010
0.570	0.201	0.022			40.00	0.009
0.590	0.208	0.028	80.9	0.022	41.90	0.012
0.610	0.215	0.035			45.70	0.016
0.630	0.223	0.033			45.00	0.015
0.650	0.242	0.029			47.20	0.014
0.670	0.275	0.035	84.9	0.030	47.40	0.017
0.690	0.308	0.030			47.10	0.014
0.710	0.341	0.035			43.40	0.015
0.730	0.374	0.039	74.2	0.029	40.70	0.016
0.750	0.407	0.051			35.70	0.018
0.770	0.440	0.058			40.80	0.024
0.790	0.473	0.052	78.3	0.041	41.10	0.021
0.810	0.506	0.054			45.20	0.024
0.830	0.539	0.058			54.70	0.032
0.850	0.572	0.045	80.0	0.036	43.10	0.019
0.870	0.605	0.037			45.40	0.017
0.890	0.637	0.040			43.70	0.018
0.910	0.670	0.044			41.90	0.018
0.930	0.703	0.034			44.70	0.015
0.950	0.736	0.030	80.1	0.024	43.00	0.013
0.970	0.769	0.040			44.00	0.018
0.990	0.802	0.047			39.40	0.018
1.010	0.835	0.042			33.20	0.014
1.030	0.868	0.084	44.3	0.037	24.00	0.020
1.050	0.901	0.079	46.6	0.037	23.90	0.019
1.070	0.934	0.097			24.10	0.023
1.090	0.967	0.098	50.5	0.049	26.80	0.026
1.110	1.128	0.087			24.70	0.021
1.130	1.156	0.079	54.7	0.043	28.20	0.022
1.150	1.184	0.073			28.70	0.021
1.170	1.213	0.070			30.70	0.022
1.190	1.241	0.067	60.4	0.041	30.20	0.020
1.210	1.270	0.080			30.80	0.025
1.230	1.298	0.072	57.3	0.041	26.60	0.019
1.250	1.326	0.067			28.00	0.019
1.270	1.355	0.035			33.80	0.012
1.290	1.383	0.023			43.50	0.010
1.310	1.411	0.020	77.7	0.016	35.60	0.007
1.330	1.440	0.021			37.80	0.008
1.350	1.468	0.019			37.90	0.007
1.370	1.496	0.026	69.0	0.018	34.50	0.009
1.390	1.525	0.035			33.20	0.012
1.410	1.553	0.033			34.80	0.011
1.430	1.577	0.022			39.00	0.009
1.450	1.601	0.028			39.10	0.011
1.470	1.625	0.029	73.3	0.022	37.20	0.011
1.490	1.711	0.034			35.40	0.012
1.525	1.840	0.062	52.5	0.033	25.40	0.016
1.570	2.055	0.057	58.0	0.033	28.40	0.016
1.620	2.239	0.055	82.8	0.045	46.50	0.026
1.675	2.301	0.052	85.0	0.044	42.80	0.022
1.725	2.363	0.070	67.2	0.047	37.40	0.026
1.775	2.424	0.065			33.90	0.022
1.825	2.486	0.051	85.6	0.044	45.50	0.023
1.875	2.548	0.069	78.7	0.055	38.60	0.027
1.925	2.609	0.056	84.8	0.048	43.90	0.025
1.975	2.671	0.071	62.8	0.045	33.70	0.024
2.125	2.856	0.081	46.9	0.038	24.80	0.020
2.175	2.918	0.096	42.6	0.041	22.50	0.022
2.225	2.979	0.087	45.9	0.040	23.30	0.020
2.275	3.041	0.059	48.9	0.029	24.90	0.015
2.325	3.103	0.039			41.00	0.016
2.375	3.164	0.056	82.7	0.047	41.20	0.023
2.425	3.316	0.049	78.4	0.039	38.10	0.019
2.475	3.468	0.034			40.40	0.014
2.525	3.619	0.029			41.00	0.012
2.575	3.771	0.030	78.8	0.023	40.60	0.012
2.625	3.923	0.042			40.20	0.017
2.675	4.074	0.039			41.40	0.016
2.725	4.226	0.035			42.40	0.015
2.775	4.378	0.038	84.5	0.032	40.80	0.015
2.825	4.529	0.038	86.8	0.033	40.20	0.015
2.875	4.681	0.035			40.80	0.014
2.925	4.833	0.032			39.90	0.013
2.975	4.984	0.032			40.00	0.013
3.025	5.136	0.032			38.60	0.012
3.075	5.163	0.033	75.7	0.025	37.20	0.012
3.125	5.190	0.038			36.10	0.014
3.175	5.217	0.053	77.3	0.041	36.00	0.019
3.225	5.244	0.051			38.40	0.020
3.275	5.271	0.031	89.4	0.028	41.20	0.013
3.325	5.298	0.042	77.1	0.032	37.20	0.016
3.375	5.324	0.053	78.1	0.042	38.10	0.020
3.425	5.351	0.049	85.6	0.042	42.60	0.021
3.475	5.378	0.035			44.10	0.015
3.525	5.405	0.031			38.10	0.012
3.575	5.432	0.030	77.3	0.023	37.00	0.011
3.625	5.459	0.033			41.90	0.014
3.675	5.577	0.046	72.8	0.033	40.00	0.018
3.725	5.695	0.034	82.0	0.028	44.20	0.015
3.775	5.813	0.040			45.70	0.018
3.825	5.931	0.055	75.2	0.041	44.20	0.024
3.875	6.050	0.055			35.80	0.020
3.925	6.169	0.079	61.8	0.049	32.80	0.026
3.975	6.289	0.074	66.6	0.049	36.10	0.027
4.025	6.409	0.066	66.7	0.044	37.20	0.025
4.075	6.528	0.050	70.9	0.036	39.30	0.020
4.125	6.648	0.051	70.3	0.036	38.60	0.020
4.175	6.768	0.043	77.8	0.034	43.20	0.019
4.225	6.887	0.048	79.0	0.038	44.20	0.021
4.275	7.007	0.052	80.2	0.042	45.00	0.023
4.325	7.127	0.052	81.2	0.043	44.50	0.023
4.375	7.219	0.051	62.3	0.032	32.90	0.017
4.425	7.311	0.075	69.2	0.052	36.60	0.027
4.475	7.403	0.085	67.7	0.057	37.40	0.032
4.525	7.495	0.082	68.4	0.056	36.50	0.030
4.575	7.588	0.070	68.2	0.048	38.20	0.027
4.625	7.680	0.206	19.4	0.040	11.50	0.024
4.675	7.772	0.299	13.7	0.041	7.30	0.022
4.725	7.864	0.254	11.4	0.029	8.20	0.021
4.775	7.956	0.316	10.0	0.032	6.70	0.021
4.825	8.049	0.274	12.0	0.033	8.20	0.023
4.875	8.141	0.241	16.2	0.039	9.60	0.023
4.925	8.233	0.267	13.8	0.037	6.00	0.016
4.975	8.325	0.239	16.9	0.040	10.30	0.025
5.025	8.417	0.216	17.2	0.037	9.80	0.021
5.075	8.509	0.163	17.3	0.028	9.80	0.016
5.125	8.602	0.071	72.7	0.052	36.20	0.026
5.175	8.694	0.063	75.0	0.047	39.20	0.025
5.225	8.786	0.080	74.2	0.060	41.00	0.033
5.275	8.878	0.070	76.5	0.053	41.30	0.029
5.325	8.970	0.067	78.9	0.053	43.30	0.029
5.375	9.080	0.065	78.0	0.051	43.60	0.028
5.425	9.189	0.062	77.4	0.048	42.90	0.027
5.468	9.276	0.042			41.40	0.017
5.475	9.298	0.053	77.2	0.041	43.30	0.023
5.492	9.342	0.058			43.70	0.025
5.508	9.364	0.047			42.00	0.020
5.537	9.429	0.047	79.8	0.038	44.20	0.021
5.580	9.538	0.051	79.4	0.040	43.90	0.022
5.680	9.757	0.059	80.1	0.047	44.10	0.026
5.715	9.822	0.055			42.10	0.023
5.725	9.844	0.066	84.1	0.056	46.70	0.031
5.765	9.931	0.061			47.50	0.029
5.775	9.953	0.050			44.30	0.022
5.825	10.063	0.046			45.50	0.021
5.875	10.172	0.046	81.0	0.037	45.30	0.021
5.925	10.281	0.041	81.7	0.033	44.10	0.018
5.975	10.390	0.043	82.5	0.035	49.10	0.021
6.025	10.499	0.040	81.8	0.033	45.50	0.018
6.075	10.609	0.041	85.9	0.035	45.70
6.125	10.718	0.047	80.8	0.038	47.20
6.175	10.827	0.040	82.4	0.033	44.90