Deep ocean ventilation, carbon isotopes, marine sedimentation and the deglacial CO<sub>2</sub> rise

Tschumi, T.; Joos, F.; Gehlen, M.; Heinze, C.

doi:https://doi.org/10.5194/cp-7-771-2011

Articles | Volume 7, issue 3

https://doi.org/10.5194/cp-7-771-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

Advances in understanding the Quaternary carbon cycle

https://doi.org/10.5194/cp-7-771-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 7, issue 3

Research article

|

22 Jul 2011

Research article |

| 22 Jul 2011

Deep ocean ventilation, carbon isotopes, marine sedimentation and the deglacial CO₂ rise

T. Tschumi, F. Joos, M. Gehlen, and C. Heinze

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Total article views: 8,376 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
3,669	4,310	397	8,376	292	305

HTML: 3,669
PDF: 4,310
XML: 397
Total: 8,376
BibTeX: 292
EndNote: 305

Views and downloads (calculated since 01 Feb 2013, article published on 27 Sep 2010)

Month	HTML	PDF	XML	Total
Feb 2013	41	33	3	77
Mar 2013	29	62	4	95
Apr 2013	49	46	2	97
May 2013	41	61	2	104
Jun 2013	40	45	0	85
Jul 2013	30	42	2	74
Aug 2013	20	27	0	47
Sep 2013	19	47	1	67
Oct 2013	22	152	1	175
Nov 2013	39	60	5	104
Dec 2013	17	64	5	86
Jan 2014	25	38	7	70
Feb 2014	41	76	11	128
Mar 2014	45	60	6	111
Apr 2014	23	63	6	92
May 2014	14	69	5	88
Jun 2014	11	48	4	63
Jul 2014	27	45	2	74
Aug 2014	34	62	3	99
Sep 2014	10	57	5	72
Oct 2014	8	47	1	56
Nov 2014	17	58	3	78
Dec 2014	11	58	5	74
Jan 2015	6	43	1	50
Feb 2015	9	46	1	56
Mar 2015	14	44	1	59
Apr 2015	21	55	4	80
May 2015	10	30	1	41
Jun 2015	25	39	4	68
Jul 2015	25	35	3	63
Aug 2015	9	44	2	55
Sep 2015	12	36	1	49
Oct 2015	22	21	1	44
Nov 2015	36	33	7	76
Dec 2015	16	31	1	48
Jan 2016	33	37	3	73
Feb 2016	29	37	2	68
Mar 2016	18	19	0	37
Apr 2016	28	27	3	58
May 2016	20	26	2	48
Jun 2016	14	21	0	35
Jul 2016	16	15	2	33
Aug 2016	10	12	2	24
Sep 2016	12	19	0	31
Oct 2016	13	11	0	24
Nov 2016	10	11	0	21
Dec 2016	10	16	2	28
Jan 2017	15	22	1	38
Feb 2017	11	17	2	30
Mar 2017	18	26	2	46
Apr 2017	25	21	2	48
May 2017	35	20	1	56
Jun 2017	29	15	4	48
Jul 2017	21	16	4	41
Aug 2017	13	21	2	36
Sep 2017	13	29	2	44
Oct 2017	21	37	2	60
Nov 2017	17	32	5	54
Dec 2017	18	33	6	57
Jan 2018	26	30	5	61
Feb 2018	18	26	2	46
Mar 2018	18	35	4	57
Apr 2018	16	39	2	57
May 2018	19	33	1	53
Jun 2018	15	31	2	48
Jul 2018	21	33	11	65
Aug 2018	28	34	4	66
Sep 2018	20	36	3	59
Oct 2018	24	41	7	72
Nov 2018	29	47	3	79
Dec 2018	17	27	0	44
Jan 2019	15	22	2	39
Feb 2019	17	27	2	46
Mar 2019	17	28	2	47
Apr 2019	16	28	1	45
May 2019	33	26	4	63
Jun 2019	15	38	0	53
Jul 2019	9	24	1	34
Aug 2019	10	35	2	47
Sep 2019	18	24	0	42
Oct 2019	22	23	0	45
Nov 2019	14	25	6	45
Dec 2019	6	19	0	25
Jan 2020	19	7	0	26
Feb 2020	20	10	2	32
Mar 2020	10	17	2	29
Apr 2020	16	27	0	43
May 2020	6	13	2	21
Jun 2020	16	13	2	31
Jul 2020	45	39	35	119
Aug 2020	18	20	5	43
Sep 2020	22	7	0	29
Oct 2020	29	16	0	45
Nov 2020	29	18	2	49
Dec 2020	44	16	2	62
Jan 2021	37	23	0	60
Feb 2021	14	5	6	25
Mar 2021	21	15	2	38
Apr 2021	11	14	3	28
May 2021	14	10	0	24
Jun 2021	13	12	1	26
Jul 2021	18	12	1	31
Aug 2021	11	23	5	39
Sep 2021	18	16	1	35
Oct 2021	16	46	1	63
Nov 2021	17	27	9	53
Dec 2021	24	20	2	46
Jan 2022	24	19	0	43
Feb 2022	15	11	2	28
Mar 2022	20	12	0	32
Apr 2022	17	16	2	35
May 2022	16	18	0	34
Jun 2022	13	14	2	29
Jul 2022	14	17	3	34
Aug 2022	28	15	0	43
Sep 2022	16	15	3	34
Oct 2022	21	14	5	40
Nov 2022	30	17	1	48
Dec 2022	36	22	3	61
Jan 2023	30	19	1	50
Feb 2023	29	11	0	40
Mar 2023	33	23	0	56
Apr 2023	24	17	0	41
May 2023	13	11	1	25
Jun 2023	19	21	0	40
Jul 2023	24	10	0	34
Aug 2023	15	13	2	30
Sep 2023	21	14	4	39
Oct 2023	111	26	1	138
Nov 2023	121	14	2	137
Dec 2023	20	22	1	43
Jan 2024	20	33	2	55
Feb 2024	13	22	0	35
Mar 2024	18	17	1	36
Apr 2024	35	20	11	66
May 2024	26	28	10	64
Jun 2024	45	15	3	63
Jul 2024	29	18	5	52
Aug 2024	39	13	5	57
Sep 2024	22	16	2	40
Oct 2024	36	15	1	52
Nov 2024	42	15	0	57
Dec 2024	27	25	4	56
Jan 2025	23	25	1	49
Feb 2025	40	12	0	52
Mar 2025	29	21	1	51
Apr 2025	42	19	0	61
May 2025	41	11	0	52
Jun 2025	48	19	2	69
Jul 2025	32	11	1	44
Aug 2025	44	32	5	81
Sep 2025	62	19	2	83
Oct 2025	29	33	2	64
Nov 2025	19	6	0	25

Cumulative views and downloads (calculated since 01 Feb 2013, article published on 27 Sep 2010)

Month	HTML	PDF	XML	Total
Feb 2013	41	33	3	77
Mar 2013	29	62	4	95
Apr 2013	49	46	2	97
May 2013	41	61	2	104
Jun 2013	40	45	0	85
Jul 2013	30	42	2	74
Aug 2013	20	27	0	47
Sep 2013	19	47	1	67
Oct 2013	22	152	1	175
Nov 2013	39	60	5	104
Dec 2013	17	64	5	86
Jan 2014	25	38	7	70
Feb 2014	41	76	11	128
Mar 2014	45	60	6	111
Apr 2014	23	63	6	92
May 2014	14	69	5	88
Jun 2014	11	48	4	63
Jul 2014	27	45	2	74
Aug 2014	34	62	3	99
Sep 2014	10	57	5	72
Oct 2014	8	47	1	56
Nov 2014	17	58	3	78
Dec 2014	11	58	5	74
Jan 2015	6	43	1	50
Feb 2015	9	46	1	56
Mar 2015	14	44	1	59
Apr 2015	21	55	4	80
May 2015	10	30	1	41
Jun 2015	25	39	4	68
Jul 2015	25	35	3	63
Aug 2015	9	44	2	55
Sep 2015	12	36	1	49
Oct 2015	22	21	1	44
Nov 2015	36	33	7	76
Dec 2015	16	31	1	48
Jan 2016	33	37	3	73
Feb 2016	29	37	2	68
Mar 2016	18	19	0	37
Apr 2016	28	27	3	58
May 2016	20	26	2	48
Jun 2016	14	21	0	35
Jul 2016	16	15	2	33
Aug 2016	10	12	2	24
Sep 2016	12	19	0	31
Oct 2016	13	11	0	24
Nov 2016	10	11	0	21
Dec 2016	10	16	2	28
Jan 2017	15	22	1	38
Feb 2017	11	17	2	30
Mar 2017	18	26	2	46
Apr 2017	25	21	2	48
May 2017	35	20	1	56
Jun 2017	29	15	4	48
Jul 2017	21	16	4	41
Aug 2017	13	21	2	36
Sep 2017	13	29	2	44
Oct 2017	21	37	2	60
Nov 2017	17	32	5	54
Dec 2017	18	33	6	57
Jan 2018	26	30	5	61
Feb 2018	18	26	2	46
Mar 2018	18	35	4	57
Apr 2018	16	39	2	57
May 2018	19	33	1	53
Jun 2018	15	31	2	48
Jul 2018	21	33	11	65
Aug 2018	28	34	4	66
Sep 2018	20	36	3	59
Oct 2018	24	41	7	72
Nov 2018	29	47	3	79
Dec 2018	17	27	0	44
Jan 2019	15	22	2	39
Feb 2019	17	27	2	46
Mar 2019	17	28	2	47
Apr 2019	16	28	1	45
May 2019	33	26	4	63
Jun 2019	15	38	0	53
Jul 2019	9	24	1	34
Aug 2019	10	35	2	47
Sep 2019	18	24	0	42
Oct 2019	22	23	0	45
Nov 2019	14	25	6	45
Dec 2019	6	19	0	25
Jan 2020	19	7	0	26
Feb 2020	20	10	2	32
Mar 2020	10	17	2	29
Apr 2020	16	27	0	43
May 2020	6	13	2	21
Jun 2020	16	13	2	31
Jul 2020	45	39	35	119
Aug 2020	18	20	5	43
Sep 2020	22	7	0	29
Oct 2020	29	16	0	45
Nov 2020	29	18	2	49
Dec 2020	44	16	2	62
Jan 2021	37	23	0	60
Feb 2021	14	5	6	25
Mar 2021	21	15	2	38
Apr 2021	11	14	3	28
May 2021	14	10	0	24
Jun 2021	13	12	1	26
Jul 2021	18	12	1	31
Aug 2021	11	23	5	39
Sep 2021	18	16	1	35
Oct 2021	16	46	1	63
Nov 2021	17	27	9	53
Dec 2021	24	20	2	46
Jan 2022	24	19	0	43
Feb 2022	15	11	2	28
Mar 2022	20	12	0	32
Apr 2022	17	16	2	35
May 2022	16	18	0	34
Jun 2022	13	14	2	29
Jul 2022	14	17	3	34
Aug 2022	28	15	0	43
Sep 2022	16	15	3	34
Oct 2022	21	14	5	40
Nov 2022	30	17	1	48
Dec 2022	36	22	3	61
Jan 2023	30	19	1	50
Feb 2023	29	11	0	40
Mar 2023	33	23	0	56
Apr 2023	24	17	0	41
May 2023	13	11	1	25
Jun 2023	19	21	0	40
Jul 2023	24	10	0	34
Aug 2023	15	13	2	30
Sep 2023	21	14	4	39
Oct 2023	111	26	1	138
Nov 2023	121	14	2	137
Dec 2023	20	22	1	43
Jan 2024	20	33	2	55
Feb 2024	13	22	0	35
Mar 2024	18	17	1	36
Apr 2024	35	20	11	66
May 2024	26	28	10	64
Jun 2024	45	15	3	63
Jul 2024	29	18	5	52
Aug 2024	39	13	5	57
Sep 2024	22	16	2	40
Oct 2024	36	15	1	52
Nov 2024	42	15	0	57
Dec 2024	27	25	4	56
Jan 2025	23	25	1	49
Feb 2025	40	12	0	52
Mar 2025	29	21	1	51
Apr 2025	42	19	0	61
May 2025	41	11	0	52
Jun 2025	48	19	2	69
Jul 2025	32	11	1	44
Aug 2025	44	32	5	81
Sep 2025	62	19	2	83
Oct 2025	29	33	2	64
Nov 2025	19	6	0	25

Latest update: 07 Nov 2025

Deep ocean ventilation, carbon isotopes, marine sedimentation and the deglacial CO2 rise

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Deep ocean ventilation, carbon isotopes, marine sedimentation and the deglacial CO₂ rise