Tightened constraints on the time-lag between Antarctic temperature and CO<sub>2</sub> during the last deglaciation

Pedro, J. B.; Rasmussen, S. O.; van Ommen, T. D.

doi:10.5194/cp-8-1213-2012

Articles | Volume 8, issue 4

https://doi.org/10.5194/cp-8-1213-2012

© Author(s) 2012. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/cp-8-1213-2012

© Author(s) 2012. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 8, issue 4

Research article

|

23 Jul 2012

Research article |

| 23 Jul 2012

Tightened constraints on the time-lag between Antarctic temperature and CO₂ during the last deglaciation

J. B. Pedro, S. O. Rasmussen, and T. D. van Ommen

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Total article views: 16,140 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
8,401	7,332	407	16,140	407	394

HTML: 8,401
PDF: 7,332
XML: 407
Total: 16,140
BibTeX: 407
EndNote: 394

Views and downloads (calculated since 01 Feb 2013, article published on 20 Feb 2012)

Month	HTML	PDF	XML	Total
Feb 2013	78	106	5	189
Mar 2013	224	227	7	458
Apr 2013	94	139	4	237
May 2013	85	130	3	218
Jun 2013	75	98	4	177
Jul 2013	49	103	2	154
Aug 2013	43	51	1	95
Sep 2013	41	90	2	133
Oct 2013	69	88	2	159
Nov 2013	78	90	2	170
Dec 2013	87	77	6	170
Jan 2014	87	83	7	177
Feb 2014	62	94	10	166
Mar 2014	107	97	6	210
Apr 2014	89	69	4	162
May 2014	106	73	17	196
Jun 2014	73	49	1	123
Jul 2014	115	63	1	179
Aug 2014	64	55	2	121
Sep 2014	41	51	0	92
Oct 2014	59	66	1	126
Nov 2014	52	75	0	127
Dec 2014	92	61	2	155
Jan 2015	52	51	0	103
Feb 2015	36	30	0	66
Mar 2015	38	30	0	68
Apr 2015	53	58	3	114
May 2015	33	40	1	74
Jun 2015	60	41	0	101
Jul 2015	69	34	1	104
Aug 2015	39	30	0	69
Sep 2015	46	29	1	76
Oct 2015	53	40	3	96
Nov 2015	76	42	2	120
Dec 2015	58	78	1	137
Jan 2016	59	53	2	114
Feb 2016	69	65	0	134
Mar 2016	67	66	2	135
Apr 2016	46	49	0	95
May 2016	43	37	0	80
Jun 2016	22	45	0	67
Jul 2016	35	18	3	56
Aug 2016	34	21	0	55
Sep 2016	25	26	1	52
Oct 2016	36	29	1	66
Nov 2016	29	35	0	64
Dec 2016	14	28	1	43
Jan 2017	56	46	1	103
Feb 2017	48	33	2	83
Mar 2017	91	56	10	157
Apr 2017	109	62	11	182
May 2017	102	28	10	140
Jun 2017	148	53	14	215
Jul 2017	149	54	3	206
Aug 2017	49	24	1	74
Sep 2017	50	37	2	89
Oct 2017	42	23	7	72
Nov 2017	40	25	2	67
Dec 2017	49	29	4	82
Jan 2018	62	51	6	119
Feb 2018	38	18	3	59
Mar 2018	31	19	2	52
Apr 2018	36	31	5	72
May 2018	33	16	1	50
Jun 2018	37	23	4	64
Jul 2018	50	31	3	84
Aug 2018	62	36	3	101
Sep 2018	73	46	3	122
Oct 2018	106	38	5	149
Nov 2018	64	31	3	98
Dec 2018	78	23	4	105
Jan 2019	43	39	0	82
Feb 2019	71	41	2	114
Mar 2019	45	52	2	99
Apr 2019	28	26	1	55
May 2019	35	35	1	71
Jun 2019	31	49	0	80
Jul 2019	40	30	0	70
Aug 2019	39	39	0	78
Sep 2019	34	46	0	80
Oct 2019	45	54	0	99
Nov 2019	58	89	1	148
Dec 2019	56	77	2	135
Jan 2020	44	72	1	117
Feb 2020	53	40	0	93
Mar 2020	22	25	0	47
Apr 2020	8	11	0	19
May 2020	9	23	1	33
Jun 2020	23	20	0	43
Jul 2020	55	52	41	148
Aug 2020	30	44	6	80
Sep 2020	27	41	0	68
Oct 2020	60	46	6	112
Nov 2020	37	36	1	74
Dec 2020	83	44	3	130
Jan 2021	53	43	0	96
Feb 2021	47	24	1	72
Mar 2021	52	35	1	88
Apr 2021	31	46	0	77
May 2021	36	45	0	81
Jun 2021	57	55	0	112
Jul 2021	47	53	1	101
Aug 2021	33	57	7	97
Sep 2021	41	43	0	84
Oct 2021	36	68	0	104
Nov 2021	31	56	1	88
Dec 2021	33	37	2	72
Jan 2022	37	61	2	100
Feb 2022	35	30	2	67
Mar 2022	40	44	0	84
Apr 2022	36	35	3	74
May 2022	31	39	0	70
Jun 2022	24	38	1	63
Jul 2022	31	71	2	104
Aug 2022	40	78	0	118
Sep 2022	56	42	0	98
Oct 2022	25	26	1	52
Nov 2022	28	57	1	86
Dec 2022	63	36	2	101
Jan 2023	21	29	0	50
Feb 2023	65	36	1	102
Mar 2023	45	31	7	83
Apr 2023	38	57	0	95
May 2023	105	42	2	149
Jun 2023	73	35	0	108
Jul 2023	38	32	1	71
Aug 2023	36	52	1	89
Sep 2023	39	28	1	68
Oct 2023	67	53	1	121
Nov 2023	24	19	0	43
Dec 2023	87	42	3	132
Jan 2024	39	22	3	64
Feb 2024	39	46	0	85
Mar 2024	55	77	2	134
Apr 2024	71	44	12	127
May 2024	32	38	6	76
Jun 2024	47	38	6	91
Jul 2024	52	40	6	98
Aug 2024	55	28	3	86
Sep 2024	30	30	1	61
Oct 2024	50	26	2	78
Nov 2024	25	38	4	67
Dec 2024	39	66	2	107
Jan 2025	42	42	1	85
Feb 2025	54	19	3	76
Mar 2025	74	30	5	109
Apr 2025	68	28	1	97
May 2025	90	19	2	111
Jun 2025	74	33	1	108
Jul 2025	70	62	2	134
Aug 2025	80	32	2	114
Sep 2025	77	37	1	115
Oct 2025	55	49	2	106
Nov 2025	61	39	8	108

Cumulative views and downloads (calculated since 01 Feb 2013, article published on 20 Feb 2012)

Month	HTML	PDF	XML	Total
Feb 2013	78	106	5	189
Mar 2013	224	227	7	458
Apr 2013	94	139	4	237
May 2013	85	130	3	218
Jun 2013	75	98	4	177
Jul 2013	49	103	2	154
Aug 2013	43	51	1	95
Sep 2013	41	90	2	133
Oct 2013	69	88	2	159
Nov 2013	78	90	2	170
Dec 2013	87	77	6	170
Jan 2014	87	83	7	177
Feb 2014	62	94	10	166
Mar 2014	107	97	6	210
Apr 2014	89	69	4	162
May 2014	106	73	17	196
Jun 2014	73	49	1	123
Jul 2014	115	63	1	179
Aug 2014	64	55	2	121
Sep 2014	41	51	0	92
Oct 2014	59	66	1	126
Nov 2014	52	75	0	127
Dec 2014	92	61	2	155
Jan 2015	52	51	0	103
Feb 2015	36	30	0	66
Mar 2015	38	30	0	68
Apr 2015	53	58	3	114
May 2015	33	40	1	74
Jun 2015	60	41	0	101
Jul 2015	69	34	1	104
Aug 2015	39	30	0	69
Sep 2015	46	29	1	76
Oct 2015	53	40	3	96
Nov 2015	76	42	2	120
Dec 2015	58	78	1	137
Jan 2016	59	53	2	114
Feb 2016	69	65	0	134
Mar 2016	67	66	2	135
Apr 2016	46	49	0	95
May 2016	43	37	0	80
Jun 2016	22	45	0	67
Jul 2016	35	18	3	56
Aug 2016	34	21	0	55
Sep 2016	25	26	1	52
Oct 2016	36	29	1	66
Nov 2016	29	35	0	64
Dec 2016	14	28	1	43
Jan 2017	56	46	1	103
Feb 2017	48	33	2	83
Mar 2017	91	56	10	157
Apr 2017	109	62	11	182
May 2017	102	28	10	140
Jun 2017	148	53	14	215
Jul 2017	149	54	3	206
Aug 2017	49	24	1	74
Sep 2017	50	37	2	89
Oct 2017	42	23	7	72
Nov 2017	40	25	2	67
Dec 2017	49	29	4	82
Jan 2018	62	51	6	119
Feb 2018	38	18	3	59
Mar 2018	31	19	2	52
Apr 2018	36	31	5	72
May 2018	33	16	1	50
Jun 2018	37	23	4	64
Jul 2018	50	31	3	84
Aug 2018	62	36	3	101
Sep 2018	73	46	3	122
Oct 2018	106	38	5	149
Nov 2018	64	31	3	98
Dec 2018	78	23	4	105
Jan 2019	43	39	0	82
Feb 2019	71	41	2	114
Mar 2019	45	52	2	99
Apr 2019	28	26	1	55
May 2019	35	35	1	71
Jun 2019	31	49	0	80
Jul 2019	40	30	0	70
Aug 2019	39	39	0	78
Sep 2019	34	46	0	80
Oct 2019	45	54	0	99
Nov 2019	58	89	1	148
Dec 2019	56	77	2	135
Jan 2020	44	72	1	117
Feb 2020	53	40	0	93
Mar 2020	22	25	0	47
Apr 2020	8	11	0	19
May 2020	9	23	1	33
Jun 2020	23	20	0	43
Jul 2020	55	52	41	148
Aug 2020	30	44	6	80
Sep 2020	27	41	0	68
Oct 2020	60	46	6	112
Nov 2020	37	36	1	74
Dec 2020	83	44	3	130
Jan 2021	53	43	0	96
Feb 2021	47	24	1	72
Mar 2021	52	35	1	88
Apr 2021	31	46	0	77
May 2021	36	45	0	81
Jun 2021	57	55	0	112
Jul 2021	47	53	1	101
Aug 2021	33	57	7	97
Sep 2021	41	43	0	84
Oct 2021	36	68	0	104
Nov 2021	31	56	1	88
Dec 2021	33	37	2	72
Jan 2022	37	61	2	100
Feb 2022	35	30	2	67
Mar 2022	40	44	0	84
Apr 2022	36	35	3	74
May 2022	31	39	0	70
Jun 2022	24	38	1	63
Jul 2022	31	71	2	104
Aug 2022	40	78	0	118
Sep 2022	56	42	0	98
Oct 2022	25	26	1	52
Nov 2022	28	57	1	86
Dec 2022	63	36	2	101
Jan 2023	21	29	0	50
Feb 2023	65	36	1	102
Mar 2023	45	31	7	83
Apr 2023	38	57	0	95
May 2023	105	42	2	149
Jun 2023	73	35	0	108
Jul 2023	38	32	1	71
Aug 2023	36	52	1	89
Sep 2023	39	28	1	68
Oct 2023	67	53	1	121
Nov 2023	24	19	0	43
Dec 2023	87	42	3	132
Jan 2024	39	22	3	64
Feb 2024	39	46	0	85
Mar 2024	55	77	2	134
Apr 2024	71	44	12	127
May 2024	32	38	6	76
Jun 2024	47	38	6	91
Jul 2024	52	40	6	98
Aug 2024	55	28	3	86
Sep 2024	30	30	1	61
Oct 2024	50	26	2	78
Nov 2024	25	38	4	67
Dec 2024	39	66	2	107
Jan 2025	42	42	1	85
Feb 2025	54	19	3	76
Mar 2025	74	30	5	109
Apr 2025	68	28	1	97
May 2025	90	19	2	111
Jun 2025	74	33	1	108
Jul 2025	70	62	2	134
Aug 2025	80	32	2	114
Sep 2025	77	37	1	115
Oct 2025	55	49	2	106
Nov 2025	61	39	8	108

Latest update: 01 Dec 2025

Tightened constraints on the time-lag between Antarctic temperature and CO2 during the last deglaciation

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Tightened constraints on the time-lag between Antarctic temperature and CO₂ during the last deglaciation