Citation:

PANGAEA.938223

Name: Charcoal from Lago Formoso sediments in Maranhão State, northeastern Brazil
Published: 2021-11-15
License: https://creativecommons.org/licenses/by/4.0/
Keywords: climate dynamics; fire history; Holocene; human activity; mangrove; Multi-proxy; northeastern Brazil; Sea level oscillations; Vegetation dynamics

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

Published: 2021-11-15 • DOI registered: 2022-02-08

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Keyword(s):

climate dynamics; fire history; Holocene; human activity; mangrove; Multi-proxy; northeastern Brazil; Sea level oscillations; Vegetation dynamics

Related to:

Alves de Moraes, Caio; Lima da Costa, Marcondes; Guida Navarro, Alexandre; Nunes da Silva Meneses, Maria Ecilene; Boiadeiro Ayres Negrão, Leonardo; Pöllmann, Herbert; Behling, Hermann (2021): Holocene coastal environmental changes inferred by multi-proxy analysis from Lago Formoso sediments in Maranhão State, northeastern Brazil. Quaternary Science Reviews, 273, 107234, https://doi.org/10.1016/j.quascirev.2021.107234

Coverage:

Latitude: -3.253889 * Longitude: -45.386111

Minimum DEPTH, sediment/rock: -0.005 m * Maximum DEPTH, sediment/rock: 2.985 m

Event(s):

Lago_Formoso (LF) * Latitude: -3.253889 * Longitude: -45.386111 * Location: Brasil * Method/Device: Sediment corer (SEDCO)

Comment:

Charcoal counting used to develop the CHARAnalysis.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Alves de Moraes, Caio	Geocode
2	Depth, top/min	Depth top	m	Alves de Moraes, Caio
3	Depth, bottom/max	Depth bot	m	Alves de Moraes, Caio
4	Age, maximum/old	Age max	ka	Alves de Moraes, Caio	Top
5	Age, minimum/young	Age min	ka	Alves de Moraes, Caio	Bot
6	Volume	Vol	cm³	Alves de Moraes, Caio	charVol
7	Charcoal	Charcoal	#	Alves de Moraes, Caio	charCount

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1800 data points

Data

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

1 Depth sed [m]	2 Depth top [m]	3 Depth bot [m]	4 Age max [ka]	5 Age min [ka]	6 Vol [cm³]	7 Charcoal [#]
-0.005	0.00	0.01	-0.040	-0.020	0.5	72
0.005	0.01	0.02	-0.020	0.010	0.5	276
0.015	0.02	0.03	0.010	0.040	0.5	141
0.025	0.03	0.04	0.040	0.070	0.5	112
0.035	0.04	0.05	0.070	0.100	0.5	125
0.045	0.05	0.06	0.100	0.130	0.5	107
0.055	0.06	0.07	0.130	0.160	0.5	107
0.065	0.07	0.08	0.160	0.190	0.5	159
0.075	0.08	0.09	0.190	0.220	0.5	178
0.085	0.09	0.10	0.220	0.250	0.5	157
0.095	0.10	0.11	0.250	0.281	0.5	69
0.105	0.11	0.12	0.281	0.311	0.5	124
0.115	0.12	0.13	0.311	0.341	0.5	95
0.125	0.13	0.14	0.341	0.371	0.5	86
0.135	0.14	0.15	0.371	0.402	0.5	132
0.145	0.15	0.16	0.402	0.432	0.5	123
0.155	0.16	0.17	0.432	0.463	0.5	243
0.165	0.17	0.18	0.463	0.493	0.5	185
0.175	0.18	0.19	0.493	0.524	0.5	65
0.185	0.19	0.20	0.524	0.554	0.5	155
0.195	0.20	0.21	0.554	0.585	0.5	193
0.205	0.21	0.22	0.585	0.616	0.5	201
0.215	0.22	0.23	0.616	0.647	0.5	364
0.225	0.23	0.24	0.647	0.678	0.5	272
0.235	0.24	0.25	0.678	0.709	0.5	201
0.245	0.25	0.26	0.709	0.740	0.5	217
0.255	0.26	0.27	0.740	0.771	0.5	175
0.265	0.27	0.28	0.771	0.802	0.5	192
0.275	0.28	0.29	0.802	0.834	0.5	259
0.285	0.29	0.30	0.834	0.865	0.5	191
0.295	0.30	0.31	0.865	0.897	0.5	197
0.305	0.31	0.32	0.897	0.928	0.5	483
0.315	0.32	0.33	0.928	0.960	0.5	228
0.325	0.33	0.34	0.960	0.992	0.5	160
0.335	0.34	0.35	0.992	1.024	0.5	202
0.345	0.35	0.36	1.024	1.056	0.5	221
0.355	0.36	0.37	1.056	1.088	0.5	232
0.365	0.37	0.38	1.088	1.121	0.5	232
0.375	0.38	0.39	1.121	1.153	0.5	191
0.385	0.39	0.40	1.153	1.186	0.5	184
0.395	0.40	0.41	1.186	1.219	0.5	252
0.405	0.41	0.42	1.219	1.252	0.5	243
0.415	0.42	0.43	1.252	1.285	0.5	169
0.425	0.43	0.44	1.285	1.318	0.5	260
0.435	0.44	0.45	1.318	1.351	0.5	480
0.445	0.45	0.46	1.351	1.385	0.5	128
0.455	0.46	0.47	1.385	1.418	0.5	195
0.465	0.47	0.48	1.418	1.452	0.5	56
0.475	0.48	0.49	1.452	1.486	0.5	73
0.485	0.49	0.50	1.486	1.521	0.5	35
0.495	0.50	0.51	1.521	1.555	0.5	159
0.505	0.51	0.52	1.555	1.590	0.5	68
0.515	0.52	0.53	1.590	1.625	0.5	11
0.525	0.53	0.54	1.625	1.661	0.5	124
0.535	0.54	0.55	1.661	1.697	0.5	24
0.545	0.55	0.56	1.697	1.733	0.5	13
0.555	0.56	0.57	1.733	1.770	0.5	16
0.565	0.57	0.58	1.770	1.807	0.5	6
0.575	0.58	0.59	1.807	1.845	0.5	1
0.585	0.59	0.60	1.845	1.883	0.5	36
0.595	0.60	0.61	1.883	1.922	0.5	8
0.605	0.61	0.62	1.922	1.961	0.5	3
0.615	0.62	0.63	1.961	2.001	0.5	9
0.625	0.63	0.64	2.001	2.041	0.5	7
0.635	0.64	0.65	2.041	2.083	0.5	3
0.645	0.65	0.66	2.083	2.125	0.5	8
0.655	0.66	0.67	2.125	2.167	0.5	12
0.665	0.67	0.68	2.167	2.211	0.5	9
0.675	0.68	0.69	2.211	2.255	0.5	7
0.685	0.69	0.70	2.255	2.300	0.5	11
0.695	0.70	0.71	2.300	2.345	0.5	24
0.705	0.71	0.72	2.345	2.392	0.5	6
0.715	0.72	0.73	2.392	2.439	0.5	10
0.725	0.73	0.74	2.439	2.488	0.5	24
0.735	0.74	0.75	2.488	2.537	0.5	8
0.745	0.75	0.76	2.537	2.587	0.5	19
0.755	0.76	0.77	2.587	2.638	0.5	15
0.765	0.77	0.78	2.638	2.689	0.5	21
0.775	0.78	0.79	2.689	2.742	0.5	24
0.785	0.79	0.80	2.742	2.794	0.5	19
0.795	0.80	0.81	2.794	2.848	0.5	24
0.805	0.81	0.82	2.848	2.902	0.5	14
0.815	0.82	0.83	2.902	2.956	0.5	11
0.825	0.83	0.84	2.956	3.011	0.5	16
0.835	0.84	0.85	3.011	3.067	0.5	19
0.845	0.85	0.86	3.067	3.122	0.5	10
0.855	0.86	0.87	3.122	3.178	0.5	14
0.865	0.87	0.88	3.178	3.235	0.5	7
0.875	0.88	0.89	3.235	3.291	0.5	15
0.885	0.89	0.90	3.291	3.348	0.5	23
0.895	0.90	0.91	3.348	3.405	0.5	19
0.905	0.91	0.92	3.405	3.462	0.5	22
0.915	0.92	0.93	3.462	3.519	0.5	27
0.925	0.93	0.94	3.519	3.576	0.5	26
0.935	0.94	0.95	3.576	3.633	0.5	37
0.945	0.95	0.96	3.633	3.690	0.5	37
0.955	0.96	0.97	3.690	3.747	0.5	24
0.965	0.97	0.98	3.747	3.804	0.5	50
0.975	0.98	0.99	3.804	3.860	0.5	54
0.985	0.99	1.00	3.860	3.916	0.5	23
0.995	1.00	1.01	3.916	3.972	0.5	53
1.005	1.01	1.02	3.972	4.028	0.5	23
1.015	1.02	1.03	4.028	4.083	0.5	40
1.025	1.03	1.04	4.083	4.138	0.5	62
1.035	1.04	1.05	4.138	4.192	0.5	16
1.045	1.05	1.06	4.192	4.246	0.5	29
1.055	1.06	1.07	4.246	4.299	0.5	10
1.065	1.07	1.08	4.299	4.351	0.5	16
1.075	1.08	1.09	4.351	4.403	0.5	23
1.085	1.09	1.10	4.403	4.454	0.5	8
1.095	1.10	1.11	4.454	4.505	0.5	16
1.105	1.11	1.12	4.505	4.554	0.5	42
1.115	1.12	1.13	4.554	4.603	0.5	22
1.125	1.13	1.14	4.603	4.651	0.5	16
1.135	1.14	1.15	4.651	4.698	0.5	32
1.145	1.15	1.16	4.698	4.744	0.5	29
1.155	1.16	1.17	4.744	4.789	0.5	35
1.165	1.17	1.18	4.789	4.833	0.5	37
1.175	1.18	1.19	4.833	4.876	0.5	41
1.185	1.19	1.20	4.876	4.918	0.5	23
1.195	1.20	1.21	4.918	4.958	0.5	31
1.205	1.21	1.22	4.958	4.997	0.5	6
1.215	1.22	1.23	4.997	5.035	0.5	11
1.225	1.23	1.24	5.035	5.072	0.5	23
1.235	1.24	1.25	5.072	5.108	0.5	16
1.245	1.25	1.26	5.108	5.143	0.5	0
1.255	1.26	1.27	5.143	5.177	0.5	19
1.265	1.27	1.28	5.177	5.210	0.5	13
1.275	1.28	1.29	5.210	5.241	0.5	5
1.285	1.29	1.30	5.241	5.272	0.5	9
1.295	1.30	1.31	5.272	5.302	0.5	6
1.305	1.31	1.32	5.302	5.331	0.5	215
1.315	1.32	1.33	5.331	5.359	0.5	18
1.325	1.33	1.34	5.359	5.386	0.5	46
1.335	1.34	1.35	5.386	5.412	0.5	10
1.345	1.35	1.36	5.412	5.437	0.5	28
1.355	1.36	1.37	5.437	5.461	0.5	24
1.365	1.37	1.38	5.461	5.485	0.5	5
1.375	1.38	1.39	5.485	5.508	0.5	64
1.385	1.39	1.40	5.508	5.530	0.5	80
1.395	1.40	1.41	5.530	5.551	0.5	16
1.405	1.41	1.42	5.551	5.571	0.5	40
1.415	1.42	1.43	5.571	5.591	0.5	402
1.425	1.43	1.44	5.591	5.610	0.5	738
1.435	1.44	1.45	5.610	5.629	0.5	1115
1.445	1.45	1.46	5.629	5.647	0.5	1233
1.455	1.46	1.47	5.647	5.664	0.5	685
1.465	1.47	1.48	5.664	5.680	0.5	839
1.475	1.48	1.49	5.680	5.696	0.5	1241
1.485	1.49	1.50	5.696	5.712	0.5	223
1.495	1.50	1.51	5.712	5.727	0.5	424
1.505	1.51	1.52	5.727	5.741	0.5	584
1.515	1.52	1.53	5.741	5.755	0.5	65
1.525	1.53	1.54	5.755	5.769	0.5	65
1.535	1.54	1.55	5.769	5.782	0.5	17
1.545	1.55	1.56	5.782	5.795	0.5	568
1.555	1.56	1.57	5.795	5.807	0.5	82
1.565	1.57	1.58	5.807	5.819	0.5	103
1.575	1.58	1.59	5.819	5.831	0.5	158
1.585	1.59	1.60	5.831	5.842	0.5	26
1.595	1.60	1.61	5.842	5.853	0.5	656
1.605	1.61	1.62	5.853	5.863	0.5	309
1.615	1.62	1.63	5.863	5.874	0.5	599
1.625	1.63	1.64	5.874	5.884	0.5	533
1.635	1.64	1.65	5.884	5.894	0.5	460
1.645	1.65	1.66	5.894	5.904	0.5	1086
1.655	1.66	1.67	5.904	5.913	0.5	1627
1.665	1.67	1.68	5.913	5.923	0.5	3074
1.675	1.68	1.69	5.923	5.932	0.5	1198
1.685	1.69	1.70	5.932	5.941	0.5	818
1.695	1.70	1.71	5.941	5.951	0.5	648
1.705	1.71	1.72	5.951	5.960	0.5	544
1.715	1.72	1.73	5.960	5.969	0.5	266
1.725	1.73	1.74	5.969	5.978	0.5	435
1.735	1.74	1.75	5.978	5.987	0.5	175
1.745	1.75	1.76	5.987	5.996	0.5	373
1.755	1.76	1.77	5.996	6.005	0.5	1006
1.765	1.77	1.78	6.005	6.014	0.5	723
1.775	1.78	1.79	6.014	6.024	0.5	364
1.785	1.79	1.80	6.024	6.033	0.5	183
1.795	1.80	1.81	6.033	6.043	0.5	191
1.805	1.81	1.82	6.043	6.052	0.5	270
1.815	1.82	1.83	6.052	6.062	0.5	348
1.825	1.83	1.84	6.062	6.072	0.5	218
1.835	1.84	1.85	6.072	6.082	0.5	39
1.845	1.85	1.86	6.082	6.092	0.5	8
1.855	1.86	1.87	6.092	6.102	0.5	27
1.865	1.87	1.88	6.102	6.112	0.5	36
1.875	1.88	1.89	6.112	6.122	0.5	13
1.885	1.89	1.90	6.122	6.132	0.5	15
1.895	1.90	1.91	6.132	6.143	0.5	6
1.905	1.91	1.92	6.143	6.153	0.5	9
1.915	1.92	1.93	6.153	6.164	0.5	9
1.925	1.93	1.94	6.164	6.175	0.5	25
1.935	1.94	1.95	6.175	6.185	0.5	102
1.945	1.95	1.96	6.185	6.196	0.5	45
1.955	1.96	1.97	6.196	6.207	0.5	289
1.965	1.97	1.98	6.207	6.218	0.5	181
1.975	1.98	1.99	6.218	6.229	0.5	40
1.985	1.99	2.00	6.229	6.240	0.5	64
1.995	2.00	2.01	6.240	6.252	0.5	3
2.005	2.01	2.02	6.252	6.263	0.5	8
2.015	2.02	2.03	6.263	6.274	0.5	10
2.025	2.03	2.04	6.274	6.286	0.5	15
2.035	2.04	2.05	6.286	6.297	0.5	9
2.045	2.05	2.06	6.297	6.309	0.5	22
2.055	2.06	2.07	6.309	6.321	0.5	6
2.065	2.07	2.08	6.321	6.332	0.5	13
2.075	2.08	2.09	6.332	6.344	0.5	16
2.085	2.09	2.10	6.344	6.356	0.5	2
2.095	2.10	2.11	6.356	6.368	0.5	14
2.105	2.11	2.12	6.368	6.380	0.5	3
2.115	2.12	2.13	6.380	6.392	0.5	13
2.125	2.13	2.14	6.392	6.404	0.5	18
2.135	2.14	2.15	6.404	6.416	0.5	24
2.145	2.15	2.16	6.416	6.429	0.5	12
2.155	2.16	2.17	6.429	6.441	0.5	1
2.165	2.17	2.18	6.441	6.453	0.5	5
2.175	2.18	2.19	6.453	6.466	0.5	3
2.185	2.19	2.20	6.466	6.478	0.5	7
2.195	2.20	2.21	6.478	6.491	0.5	13
2.205	2.21	2.22	6.491	6.503	0.5	10
2.215	2.22	2.23	6.503	6.516	0.5	2
2.225	2.23	2.24	6.516	6.529	0.5	11
2.235	2.24	2.25	6.529	6.541	0.5	9
2.245	2.25	2.26	6.541	6.554	0.5	2
2.255	2.26	2.27	6.554	6.567	0.5	6
2.265	2.27	2.28	6.567	6.580	0.5	2
2.275	2.28	2.29	6.580	6.593	0.5	2
2.285	2.29	2.30	6.593	6.606	0.5	1
2.295	2.30	2.31	6.606	6.619	0.5	4
2.305	2.31	2.32	6.619	6.632	0.5	0
2.315	2.32	2.33	6.632	6.645	0.5	2
2.325	2.33	2.34	6.645	6.658	0.5	5
2.335	2.34	2.35	6.658	6.671	0.5	1
2.345	2.35	2.36	6.671	6.684	0.5	2
2.355	2.36	2.37	6.684	6.698	0.5	1
2.365	2.37	2.38	6.698	6.711	0.5	9
2.375	2.38	2.39	6.711	6.724	0.5	6
2.385	2.39	2.40	6.724	6.738	0.5	0
2.395	2.40	2.41	6.738	6.751	0.5	1
2.405	2.41	2.42	6.751	6.764	0.5	4
2.415	2.42	2.43	6.764	6.778	0.5	3
2.425	2.43	2.44	6.778	6.791	0.5	8
2.435	2.44	2.45	6.791	6.805	0.5	6
2.445	2.45	2.46	6.805	6.818	0.5	3
2.455	2.46	2.47	6.818	6.832	0.5	9
2.465	2.47	2.48	6.832	6.845	0.5	8
2.475	2.48	2.49	6.845	6.859	0.5	3
2.485	2.49	2.50	6.859	6.873	0.5	9
2.495	2.50	2.51	6.873	6.886	0.5	2
2.505	2.51	2.52	6.886	6.900	0.5	14
2.515	2.52	2.53	6.900	6.914	0.5	5
2.525	2.53	2.54	6.914	6.927	0.5	6
2.535	2.54	2.55	6.927	6.941	0.5	35
2.545	2.55	2.56	6.941	6.955	0.5	38
2.555	2.56	2.57	6.955	6.968	0.5	8
2.565	2.57	2.58	6.968	6.982	0.5	12
2.575	2.58	2.59	6.982	6.996	0.5	10
2.585	2.59	2.60	6.996	7.010	0.5	21
2.595	2.60	2.61	7.010	7.024	0.5	44
2.605	2.61	2.62	7.024	7.037	0.5	105
2.615	2.62	2.63	7.037	7.051	0.5	181
2.625	2.63	2.64	7.051	7.065	0.5	282
2.635	2.64	2.65	7.065	7.079	0.5	393
2.645	2.65	2.66	7.079	7.093	0.5	579
2.655	2.66	2.67	7.093	7.106	0.5	683
2.665	2.67	2.68	7.106	7.120	0.5	1043
2.675	2.68	2.69	7.120	7.134	0.5	296
2.685	2.69	2.70	7.134	7.148	0.5	250
2.695	2.70	2.71	7.148	7.162	0.5	12
2.705	2.71	2.72	7.162	7.176	0.5	82
2.715	2.72	2.73	7.176	7.189	0.5	46
2.725	2.73	2.74	7.189	7.203	0.5	131
2.735	2.74	2.75	7.203	7.217	0.5	4
2.745	2.75	2.76	7.217	7.231	0.5	8
2.755	2.76	2.77	7.231	7.245	0.5	3
2.765	2.77	2.78	7.245	7.259	0.5	0
2.775	2.78	2.79	7.259	7.272	0.5	1
2.785	2.79	2.80	7.272	7.286	0.5	1
2.795	2.80	2.81	7.286	7.300	0.5	4
2.805	2.81	2.82	7.300	7.314	0.5	3
2.815	2.82	2.83	7.314	7.328	0.5	0
2.825	2.83	2.84	7.328	7.342	0.5	4
2.835	2.84	2.85	7.342	7.355	0.5	2
2.845	2.85	2.86	7.355	7.369	0.5	2
2.855	2.86	2.87	7.369	7.383	0.5	7
2.865	2.87	2.88	7.383	7.397	0.5	0
2.875	2.88	2.89	7.397	7.411	0.5	3
2.885	2.89	2.90	7.411	7.425	0.5	1
2.895	2.90	2.91	7.425	7.438	0.5	7
2.905	2.91	2.92	7.438	7.452	0.5	3
2.915	2.92	2.93	7.452	7.466	0.5	3
2.925	2.93	2.94	7.466	7.480	0.5	4
2.935	2.94	2.95	7.480	7.494	0.5	1
2.945	2.95	2.96	7.494	7.508	0.5	3
2.955	2.96	2.97	7.508	7.521	0.5	2
2.965	2.97	2.98	7.521	7.535	0.5	9
2.975	2.98	2.99	7.535	7.549	0.5	3
2.985	2.99	3.00	7.549	7.563	0.5	1