Ice Sheet Model Intercomparison Project (ISMIP6) contribution to CMIP6

Nowicki, Sophie M. J.; Payne, Anthony; Larour, Eric; Seroussi, Helene; Goelzer, Heiko; Lipscomb, William; Gregory, Jonathan; Abe-Ouchi, Ayako; Shepherd, Andrew

doi:10.5194/gmd-9-4521-2016

Articles | Volume 9, issue 12

https://doi.org/10.5194/gmd-9-4521-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

Coupled Model Intercomparison Project Phase 6 (CMIP6) Experimental...

https://doi.org/10.5194/gmd-9-4521-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 9, issue 12

Model experiment description paper

|

21 Dec 2016

Model experiment description paper |

| 21 Dec 2016

Ice Sheet Model Intercomparison Project (ISMIP6) contribution to CMIP6

Sophie M. J. Nowicki, Anthony Payne, Eric Larour, Helene Seroussi, Heiko Goelzer, William Lipscomb, Jonathan Gregory, Ayako Abe-Ouchi, and Andrew Shepherd

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Views and downloads (calculated since 26 May 2016)

Month	HTML	PDF	XML	Total
May 2016	105	22	2	129
Jun 2016	42	43	1	86
Jul 2016	43	26	2	71
Aug 2016	18	10	0	28
Sep 2016	20	13	1	34
Oct 2016	16	14	0	30
Nov 2016	9	5	0	14
Dec 2016	59	29	5	93
Jan 2017	89	81	11	181
Feb 2017	47	45	8	100
Mar 2017	51	77	5	133
Apr 2017	76	54	11	141
May 2017	90	60	20	170
Jun 2017	70	45	10	125
Jul 2017	36	18	4	58
Aug 2017	28	25	1	54
Sep 2017	36	34	1	71
Oct 2017	24	27	1	52
Nov 2017	22	26	3	51
Dec 2017	29	22	2	53
Jan 2018	22	22	1	45
Feb 2018	27	17	1	45
Mar 2018	24	19	2	45
Apr 2018	19	21	5	45
May 2018	32	31	7	70
Jun 2018	32	26	3	61
Jul 2018	16	23	4	43
Aug 2018	36	31	2	69
Sep 2018	30	31	4	65
Oct 2018	35	23	4	62
Nov 2018	42	27	5	74
Dec 2018	34	26	5	65
Jan 2019	43	38	5	86
Feb 2019	32	16	2	50
Mar 2019	32	15	0	47
Apr 2019	56	23	2	81
May 2019	39	17	2	58
Jun 2019	16	26	2	44
Jul 2019	19	33	3	55
Aug 2019	23	19	0	42
Sep 2019	35	24	0	59
Oct 2019	55	54	0	109
Nov 2019	41	52	0	93
Dec 2019	33	47	2	82
Jan 2020	51	46	2	99
Feb 2020	31	43	0	74
Mar 2020	26	58	0	84
Apr 2020	26	40	2	68
May 2020	30	49	1	80
Jun 2020	37	28	2	67
Jul 2020	66	92	28	186
Aug 2020	27	58	0	85
Sep 2020	49	84	0	133
Oct 2020	52	47	0	99
Nov 2020	42	49	3	94
Dec 2020	38	43	0	81
Jan 2021	53	56	0	109
Feb 2021	36	52	3	91
Mar 2021	52	77	1	130
Apr 2021	30	42	0	72
May 2021	43	51	1	95
Jun 2021	27	39	3	69
Jul 2021	36	32	0	68
Aug 2021	32	39	0	71
Sep 2021	50	71	3	124
Oct 2021	66	72	1	139
Nov 2021	51	66	0	117
Dec 2021	60	46	7	113
Jan 2022	66	41	4	111
Feb 2022	99	49	5	153
Mar 2022	64	46	1	111
Apr 2022	94	44	3	141
May 2022	96	33	1	130
Jun 2022	81	36	0	117
Jul 2022	67	23	1	91
Aug 2022	88	21	0	109
Sep 2022	74	32	1	107
Oct 2022	63	28	2	93
Nov 2022	81	38	1	120
Dec 2022	87	32	2	121
Jan 2023	107	41	2	150
Feb 2023	75	36	0	111
Mar 2023	100	41	3	144
Apr 2023	79	45	4	128
May 2023	94	73	4	171
Jun 2023	101	20	1	122
Jul 2023	93	34	1	128
Aug 2023	96	22	4	122
Sep 2023	210	50	3	263
Oct 2023	351	50	4	405
Nov 2023	284	15	0	299
Dec 2023	86	62	2	150
Jan 2024	107	57	3	167
Feb 2024	99	66	1	166
Mar 2024	85	50	2	137
Apr 2024	84	25	8	117
May 2024	84	42	8	134
Jun 2024	47	33	2	82
Jul 2024	57	74	3	134
Aug 2024	64	50	6	120
Sep 2024	115	86	1	202
Oct 2024	74	40	0	114
Nov 2024	103	63	1	167
Dec 2024	76	72	3	151
Jan 2025	66	45	2	113
Feb 2025	89	34	3	126
Mar 2025	61	31	1	93
Apr 2025	95	42	1	138
May 2025	119	48	1	168
Jun 2025	75	47	3	125
Jul 2025	124	68	5	197
Aug 2025	127	33	1	161
Sep 2025	141	35	3	179
Oct 2025	82	68	5	155
Nov 2025	22	17	1	40

Cumulative views and downloads (calculated since 26 May 2016)

Month	HTML	PDF	XML	Total
May 2016	105	22	2	129
Jun 2016	42	43	1	86
Jul 2016	43	26	2	71
Aug 2016	18	10	0	28
Sep 2016	20	13	1	34
Oct 2016	16	14	0	30
Nov 2016	9	5	0	14
Dec 2016	59	29	5	93
Jan 2017	89	81	11	181
Feb 2017	47	45	8	100
Mar 2017	51	77	5	133
Apr 2017	76	54	11	141
May 2017	90	60	20	170
Jun 2017	70	45	10	125
Jul 2017	36	18	4	58
Aug 2017	28	25	1	54
Sep 2017	36	34	1	71
Oct 2017	24	27	1	52
Nov 2017	22	26	3	51
Dec 2017	29	22	2	53
Jan 2018	22	22	1	45
Feb 2018	27	17	1	45
Mar 2018	24	19	2	45
Apr 2018	19	21	5	45
May 2018	32	31	7	70
Jun 2018	32	26	3	61
Jul 2018	16	23	4	43
Aug 2018	36	31	2	69
Sep 2018	30	31	4	65
Oct 2018	35	23	4	62
Nov 2018	42	27	5	74
Dec 2018	34	26	5	65
Jan 2019	43	38	5	86
Feb 2019	32	16	2	50
Mar 2019	32	15	0	47
Apr 2019	56	23	2	81
May 2019	39	17	2	58
Jun 2019	16	26	2	44
Jul 2019	19	33	3	55
Aug 2019	23	19	0	42
Sep 2019	35	24	0	59
Oct 2019	55	54	0	109
Nov 2019	41	52	0	93
Dec 2019	33	47	2	82
Jan 2020	51	46	2	99
Feb 2020	31	43	0	74
Mar 2020	26	58	0	84
Apr 2020	26	40	2	68
May 2020	30	49	1	80
Jun 2020	37	28	2	67
Jul 2020	66	92	28	186
Aug 2020	27	58	0	85
Sep 2020	49	84	0	133
Oct 2020	52	47	0	99
Nov 2020	42	49	3	94
Dec 2020	38	43	0	81
Jan 2021	53	56	0	109
Feb 2021	36	52	3	91
Mar 2021	52	77	1	130
Apr 2021	30	42	0	72
May 2021	43	51	1	95
Jun 2021	27	39	3	69
Jul 2021	36	32	0	68
Aug 2021	32	39	0	71
Sep 2021	50	71	3	124
Oct 2021	66	72	1	139
Nov 2021	51	66	0	117
Dec 2021	60	46	7	113
Jan 2022	66	41	4	111
Feb 2022	99	49	5	153
Mar 2022	64	46	1	111
Apr 2022	94	44	3	141
May 2022	96	33	1	130
Jun 2022	81	36	0	117
Jul 2022	67	23	1	91
Aug 2022	88	21	0	109
Sep 2022	74	32	1	107
Oct 2022	63	28	2	93
Nov 2022	81	38	1	120
Dec 2022	87	32	2	121
Jan 2023	107	41	2	150
Feb 2023	75	36	0	111
Mar 2023	100	41	3	144
Apr 2023	79	45	4	128
May 2023	94	73	4	171
Jun 2023	101	20	1	122
Jul 2023	93	34	1	128
Aug 2023	96	22	4	122
Sep 2023	210	50	3	263
Oct 2023	351	50	4	405
Nov 2023	284	15	0	299
Dec 2023	86	62	2	150
Jan 2024	107	57	3	167
Feb 2024	99	66	1	166
Mar 2024	85	50	2	137
Apr 2024	84	25	8	117
May 2024	84	42	8	134
Jun 2024	47	33	2	82
Jul 2024	57	74	3	134
Aug 2024	64	50	6	120
Sep 2024	115	86	1	202
Oct 2024	74	40	0	114
Nov 2024	103	63	1	167
Dec 2024	76	72	3	151
Jan 2025	66	45	2	113
Feb 2025	89	34	3	126
Mar 2025	61	31	1	93
Apr 2025	95	42	1	138
May 2025	119	48	1	168
Jun 2025	75	47	3	125
Jul 2025	124	68	5	197
Aug 2025	127	33	1	161
Sep 2025	141	35	3	179
Oct 2025	82	68	5	155
Nov 2025	22	17	1	40

Latest update: 08 Nov 2025

Short summary

This paper describes an experimental protocol designed to quantify and understand the global sea level that arises due to past, present, and future changes in the Greenland and Antarctic ice sheets, along with investigating ice sheet–climate feedbacks. The Ice Sheet Model Intercomparison Project for CMIP6 (ISMIP6) protocol includes targeted experiments, and a set of output diagnostic related to ice sheets, that are part of the 6th phase of the Coupled Model Intercomparison Project (CMIP6).