Citation:

PANGAEA.941445

Name: Total organic carbon and stable carbon isotopes in the KP peat core from the Kampar Peninsula, Riau, Sumatra Indonesia
Published: 2022-02-22
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Indonesia; Palaeoecology; Peatland; sea level change

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Abstract:

A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total organic carbon, stable carbon isotope and micro- and macrocharcoal was carried out on two peat cores collected from coastal area in eastern Sumatra. The study was conducted to understand the development and dynamics of the coastal peatlands, the Kampar Peninsula in Sumatra. Organic carbon content and isotopes were determined in Euro EA3000 elemental analyzer and Thermo Finnigan Delta Plus mass spectrometer, respectively, at the Leibniz Centre for Tropical Marine Research (ZMT), Bremen.

Keyword(s):

Indonesia; Palaeoecology; Peatland; sea level change

Related to:

Hapsari, Kartika Anggi; Jennerjahn, Tim C; Nugroho, Septriono Hari; Yulianto, Eko; Behling, Hermann (2022): Sea level rise and climate change acting as interactive stressors on development and dynamics of tropical peatlands in coastal Sumatra and South Borneo since the Last Glacial Maximum. Global Change Biology, 28(10), 3459-3479, https://doi.org/10.1111/gcb.16131

Funding:

Deutsche Forschungsgemeinschaft, Bonn (DFG), grant/award no. BE-2116/32-1

Coverage:

Latitude: 0.388890 * Longitude: 102.759440

Date/Time Start: 2018-10-30T00:00:00 * Date/Time End: 2018-10-30T00:00:00

Minimum DEPTH, sediment/rock: 0.02 m * Maximum DEPTH, sediment/rock: 9.22 m

Event(s):

PackPeat_KP * Latitude: 0.388890 * Longitude: 102.759440 * Date/Time: 2018-10-30T00:00:00 * Elevation: 15.0 m * Location: Sumatra, Indonesia * Method/Device: Peat corer (PEATC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample ID	Sample ID		Hapsari, Kartika Anggi
2	DEPTH, sediment/rock	Depth sed	m	Hapsari, Kartika Anggi		Geocode
3	AGE	Age	ka BP	Hapsari, Kartika Anggi		Geocode – best
4	Calendar age, minimum/young	Cal age min	ka BP	Hapsari, Kartika Anggi
5	Calendar age, maximum/old	Cal age max	ka BP	Hapsari, Kartika Anggi
6	Carbon, organic, total	TOC	%	Hapsari, Kartika Anggi	Element analyser Euro EA 3000
7	δ13C, organic carbon	δ13C Corg	‰ PDB	Hapsari, Kartika Anggi	Mass spectrometer Finnigan Finnigan delta Plus EA-CF-IRMS
8	Comment	Comment		Hapsari, Kartika Anggi

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC) * Processing Level: PANGAEA data processing level 3 (ProcLevel3)

Size:

763 data points

Data

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

1 Sample ID	2 Depth sed [m]	3 Age [ka BP]	4 Cal age min [ka BP]	5 Cal age max [ka BP]	6 TOC [%]	7 δ13C Corg [‰ PDB]	8 Comment
1	0.02	-0.051	-0.102	-0.003	54.62	-29.03
2	0.07	-0.023	-0.087	0.032	52.93	-29.02
3	0.12	0.004	-0.076	0.084	57.79	-28.83
4	0.17	0.032	-0.068	0.143	53.85	-29.11
5	0.22	0.049	-0.062	0.177	55.43	-29.52	hard wood layer
6	0.27	0.049	-0.062	0.177	54.35	-28.75	hard wood layer
7	0.82	0.049	-0.062	0.177	56.84	-28.18	hard wood layer
8	0.87	0.063	-0.043	0.186	55.68	-28.73
9	0.92	0.088	-0.019	0.206	56.33	-28.96
10	0.97	0.112	-0.004	0.230	59.15	-29.15
11	1.02	0.137	0.008	0.261	55.52	-29.21
12	1.07	0.163	0.044	0.285	54.86	-28.80
13	1.12	0.189	0.082	0.312	54.03	-29.45
14	1.17	0.216	0.114	0.362	52.25	-29.18
15	1.22	0.242	0.141	0.413	56.65	-29.42
16	1.27	0.291	0.174	0.456	57.66	-29.53
17	1.32	0.354	0.201	0.524	52.16	-28.80
18	1.37	0.418	0.221	0.638	64.08	-28.96
19	1.42	0.481	0.237	0.772	60.90	-29.23
20	1.47	0.541	0.286	0.843	58.21	-30.26
21	1.52	0.599	0.335	0.873	57.18	-32.93
22	1.57	0.656	0.372	0.911	58.24	-30.53
23	1.62	0.714	0.404	0.962	55.59	-29.06
24	1.67	0.774	0.498	1.004	56.52	-28.87
25	1.77	0.898	0.757	1.027	58.54	-29.12
26	1.82	0.961	0.821	1.050	54.44
27	1.87	1.002	0.854	1.090	56.66	-29.57
28	1.92	1.029	0.883	1.146	57.98	-28.80
29	1.97	1.056	0.908	1.208	59.05	-29.85
30	3.02	1.613	1.330	1.869	54.78	-27.99
31	3.07	1.640	1.366	1.888	52.94	-32.50
32	3.12	1.667	1.397	1.906	51.03
33	3.17	1.694	1.425	1.923	55.05	-29.66
34	3.22	1.721	1.446	1.952	53.51	-28.93
35	3.27	1.747	1.485	1.979	56.70	-30.44
36	3.32	1.774	1.517	1.992	56.09	-28.91
37	3.37	1.800	1.552	2.015	56.14	-28.89
38	3.42	1.827	1.569	2.043	56.59	-29.43
39	3.47	1.853	1.615	2.065	55.98	-29.08
40	3.52	1.880	1.673	2.084	57.08	-31.85
41	3.57	1.907	1.713	2.106	55.80	-28.83
42	3.62	1.934	1.734	2.127	57.05	-29.11
43	3.67	1.963	1.790	2.162	55.56	-29.33
44	3.72	1.993	1.857	2.211	59.93	-28.76
45	3.77	2.024	1.899	2.250	57.00	-34.20
46	3.82	2.054	1.927	2.274	57.55	-29.45
47	3.87	2.093	1.959	2.296	58.10
48	3.92	2.137	1.982	2.335	59.11	-29.43
49	3.97	2.181	2.000	2.412	57.86
50	4.02	2.225	2.012	2.516	57.14	-29.32
51	4.07	2.267	2.046	2.573	57.79	-33.42
52	4.12	2.308	2.075	2.609	55.52	-29.54
53	4.17	2.349	2.096	2.644	53.85	-27.90
54	4.22	2.389	2.113	2.699	55.18
55	4.27	2.430	2.156	2.748	57.61	-29.29
56	4.32	2.472	2.198	2.774	54.21	-30.49
57	4.37	2.513	2.228	2.806	54.32	-28.51
58	4.42	2.554	2.254	2.856	52.95	-32.66
59	4.47	2.595	2.294	2.887	53.87	-30.04
60	4.52	2.636	2.350	2.904	55.58	-34.01
61	4.57	2.678	2.385	2.929	57.36	-29.16
62	4.62	2.719	2.411	2.967	59.29	-29.61
63	4.67	2.760	2.476	2.998	58.59	-31.96
64	4.72	2.799	2.556	3.014	56.97	-29.23
65	4.77	2.839	2.613	3.035	55.94	-29.51
66	4.82	2.879	2.652	3.068	56.51	-28.72
67	4.87	2.920	2.728	3.095	56.38	-29.08
68	4.92	2.960	2.817	3.117	56.31
69	4.97	3.001	2.875	3.143	57.71	-29.31
70	5.02	3.042	2.902	3.192	52.93	-33.48
71	5.07	3.080	2.937	3.248	56.65	-29.82
72	5.12	3.118	2.959	3.297	56.22	-29.69
73	5.17	3.156	2.975	3.358	55.49	-29.69
74	5.22	3.193	2.987	3.438	55.79	-31.41
75	5.27	3.231	3.022	3.488	56.33	-31.37
76	5.32	3.270	3.055	3.512	55.70	-30.23
77	5.37	3.308	3.080	3.549	34.05
78	5.42	3.346	3.100	3.597	55.68	-29.34
79	5.47	3.383	3.141	3.631	55.85
80	5.52	3.418	3.178	3.652	56.57	-29.07
81	5.57	3.453	3.208	3.677	55.65	-29.59
82	5.62	3.488	3.232	3.713	55.70	-29.47
83	5.67	3.525	3.283	3.741	55.65	-29.56
84	5.72	3.562	3.345	3.761	56.96	-29.24
85	5.77	3.599	3.396	3.781	57.38	-29.30
86	5.82	3.637	3.431	3.810	46.58	-29.61
87	5.87	3.674	3.494	3.836	57.78	-29.59
88	5.92	3.712	3.565	3.851	57.55	-29.36
89	5.97	3.749	3.614	3.875	58.39	-29.30
90	6.02	3.786	3.642	3.921	57.49	-29.25
91	6.07	3.820	3.672	3.967	56.95	-29.38
92	6.12	3.852	3.691	4.007	57.24	-29.63
93	6.17	3.884	3.709	4.069	57.01	-29.12
94	6.22	3.916	3.725	4.141	57.42	-28.98
95	6.27	3.949	3.755	4.181	53.95	-29.51
96	6.32	3.982	3.782	4.205	58.05	-29.64
97	6.37	4.015	3.808	4.234	58.45	-29.27
98	6.42	4.048	3.827	4.280	57.60	-29.41
99	6.47	4.080	3.857	4.314	55.49	-29.70
100	6.52	4.113	3.898	4.333	57.73	-29.28
101	6.57	4.146	3.923	4.355	53.56	-28.73
102	6.62	4.178	3.941	4.388	57.53	-29.82
103	6.67	4.210	3.983	4.416	55.65	-30.00
104	6.72	4.241	4.030	4.431	56.09	-30.29
105	6.77	4.272	4.060	4.450	55.11	-29.96
106	6.82	4.303	4.085	4.473	57.39	-29.99
107	6.87	4.333	4.127	4.494	57.19	-29.86
108	6.92	4.364	4.184	4.506	58.22	-29.64
109	6.97	4.394	4.229	4.524	58.19	-30.51
110	7.02	4.424	4.259	4.554	56.26	-29.54
111	7.07	4.451	4.291	4.579	58.02	-29.87
112	7.12	4.475	4.326	4.598	53.96	-29.13
113	7.17	4.499	4.352	4.619	57.81	-29.78
114	7.22	4.523	4.372	4.653	58.30	-30.52
115	7.27	4.546	4.404	4.677	58.38	-30.71
116	7.32	4.568	4.437	4.692	59.48	-30.41
117	7.37	4.590	4.456	4.710	57.34	-30.10
118	7.42	4.613	4.477	4.731	57.00	-30.17
119	7.47	4.632	4.505	4.752	52.96	-28.67
120	7.52	4.650	4.537	4.764	56.70	-30.49
121	7.57	4.668	4.553	4.777	56.69	-30.32
122	7.62	4.685	4.563	4.796	57.66	-30.18
123	7.67	4.704	4.583	4.808	56.27	-29.75
124	7.72	4.722	4.609	4.814	56.13	-29.82
125	7.77	4.740	4.627	4.822	59.99	-30.41
126	7.82	4.759	4.640	4.833	54.19	-29.49
127	7.87	4.788	4.674	4.866	55.19	-29.43
128	7.92	4.795	4.681	4.876	57.76	-29.92	soft wood layer
129	7.97	4.795	4.681	4.876	55.32	-30.36	soft wood layer
130	8.02	4.795	4.681	4.876	55.41	-28.34	soft wood layer
131	8.07	4.795	4.681	4.876	54.33	-28.48	soft wood layer
132	8.12	4.795	4.681	4.876	52.27	-27.90	soft wood layer
133	8.17	4.795	4.681	4.876	55.24	-28.08	soft wood layer
134	8.22	4.795	4.681	4.876	54.47	-28.03	soft wood layer
135	8.27	4.795	4.681	4.876	35.50	-28.14	soft wood layer
136	8.32	4.809	4.696	4.901	52.30	-29.10
137	8.37	4.845	4.722	4.974	43.97	-29.06
138	8.42	4.881	4.742	5.053	17.99	-28.51
139	8.47	4.917	4.767	5.124	37.07	-29.56
140	8.52	4.952	4.823	5.155	24.27	-27.76
141	8.57	4.987	4.860	5.193	20.03	-28.36
142	8.62	5.020	4.881	5.239	14.68	-27.23
143	8.67	5.051	4.896	5.293	13.95	-28.18
144	8.72	5.077	4.913	5.319	14.20	-28.22
145	8.77	5.103	4.924	5.351	15.79	-27.51
146	8.82	5.129	4.932	5.405	12.20	-28.23
147	8.87	5.155	4.945	5.459	16.14	-26.87
148	8.92	5.180	4.960	5.486	9.63	-26.15
149	8.97	5.205	4.977	5.520	11.26	-27.18
150	9.02				10.14	-26.06
151	9.07				9.62	-27.46
152	9.12				9.85	-26.85
153	9.17				8.46	-26.22
154	9.22				10.97	-26.74