A conceptual model of oceanic heat transport in the Snowball Earth scenario

Comeau, Darin; Kurtze, Douglas A.; Restrepo, Juan M.

doi:https://doi.org/10.5194/esd-7-937-2016

Articles | Volume 7, issue 4

https://doi.org/10.5194/esd-7-937-2016

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

https://doi.org/10.5194/esd-7-937-2016

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

Articles | Volume 7, issue 4

Research article

|

02 Dec 2016

Research article |

| 02 Dec 2016

A conceptual model of oceanic heat transport in the Snowball Earth scenario

Darin Comeau, Douglas A. Kurtze, and Juan M. Restrepo

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Total article views: 2,854 (including HTML, PDF, and XML)

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XML: 120
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Views and downloads (calculated since 14 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	119	21	2	142
Feb 2016	79	21	2	102
Mar 2016	69	11	0	80
Apr 2016	16	3	0	19
May 2016	22	6	0	28
Jun 2016	8	4	0	12
Jul 2016	1	2	0	3
Aug 2016	8	2	1	11
Sep 2016	2	2	1	5
Oct 2016	10	1	1	12
Nov 2016	3	1	0	4
Dec 2016	97	20	1	118
Jan 2017	81	14	2	97
Feb 2017	19	7	3	29
Mar 2017	29	12	5	46
Apr 2017	33	9	3	45
May 2017	31	8	3	42
Jun 2017	34	12	0	46
Jul 2017	16	19	2	37
Aug 2017	7	20	0	27
Sep 2017	9	22	0	31
Oct 2017	11	14	0	25
Nov 2017	9	15	0	24
Dec 2017	9	13	1	23
Jan 2018	7	8	0	15
Feb 2018	12	12	4	28
Mar 2018	10	26	0	36
Apr 2018	12	22	2	36
May 2018	10	22	0	32
Jun 2018	9	23	0	32
Jul 2018	6	22	3	31
Aug 2018	9	24	0	33
Sep 2018	5	12	1	18
Oct 2018	9	14	0	23
Nov 2018	9	23	2	34
Dec 2018	7	15	4	26
Jan 2019	8	8	1	17
Feb 2019	1	3	0	4
Mar 2019	3	13	3	19
Apr 2019	3	13	0	16
May 2019	6	9	0	15
Jun 2019	9	19	2	30
Jul 2019	5	16	0	21
Aug 2019	9	14	0	23
Sep 2019	4	14	0	18
Oct 2019	14	12	1	27
Nov 2019	11	15	0	26
Dec 2019	3	12	1	16
Jan 2020	7	2	0	9
Feb 2020	8	4	0	12
Mar 2020	9	9	0	18
Apr 2020	7	8	0	15
May 2020	7	4	0	11
Jun 2020	31	31	2	64
Jul 2020	33	55	22	110
Aug 2020	10	4	2	16
Sep 2020	6	6	0	12
Oct 2020	8	8	2	18
Nov 2020	12	17	1	30
Dec 2020	12	11	0	23
Jan 2021	17	13	0	30
Feb 2021	9	7	1	17
Mar 2021	9	7	0	16
Apr 2021	6	4	0	10
May 2021	9	9	1	19
Jun 2021	3	6	1	10
Jul 2021	3	5	0	8
Aug 2021	8	6	0	14
Sep 2021	10	16	1	27
Oct 2021	2	39	0	41
Nov 2021	10	33	0	43
Dec 2021	16	15	1	32
Jan 2022	4	9	0	13
Feb 2022	4	7	2	13
Mar 2022	8	8	0	16
Apr 2022	4	8	1	13
May 2022	6	8	1	15
Jun 2022	2	6	1	9
Jul 2022	4	6	0	10
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Sep 2022	3	9	0	12
Oct 2022	3	7	0	10
Nov 2022	16	14	2	32
Dec 2022	8	12	1	21
Jan 2023	3	8	0	11
Feb 2023	7	6	0	13
Mar 2023	12	6	0	18
Apr 2023	1	4	0	5
May 2023	22	8	0	30
Jun 2023	28	10	1	39
Jul 2023	10	6	0	16
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Oct 2023	7	8	0	15
Nov 2023	5	2	0	7
Dec 2023	10	8	1	19
Jan 2024	6	3	0	9
Feb 2024	8	7	2	17
Mar 2024	11	7	3	21
Apr 2024	13	8	2	23
May 2024	7	11	4	22
Jun 2024	18	7	1	26
Jul 2024	15	16	4	35
Aug 2024	24	5	3	32
Sep 2024	12	4	1	17
Oct 2024	20	4	1	25
Nov 2024	13	1	0	14
Dec 2024	9	6	1	16
Jan 2025	9	5	1	15
Feb 2025	19	5	1	25

Cumulative views and downloads (calculated since 14 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	119	21	2	142
Feb 2016	79	21	2	102
Mar 2016	69	11	0	80
Apr 2016	16	3	0	19
May 2016	22	6	0	28
Jun 2016	8	4	0	12
Jul 2016	1	2	0	3
Aug 2016	8	2	1	11
Sep 2016	2	2	1	5
Oct 2016	10	1	1	12
Nov 2016	3	1	0	4
Dec 2016	97	20	1	118
Jan 2017	81	14	2	97
Feb 2017	19	7	3	29
Mar 2017	29	12	5	46
Apr 2017	33	9	3	45
May 2017	31	8	3	42
Jun 2017	34	12	0	46
Jul 2017	16	19	2	37
Aug 2017	7	20	0	27
Sep 2017	9	22	0	31
Oct 2017	11	14	0	25
Nov 2017	9	15	0	24
Dec 2017	9	13	1	23
Jan 2018	7	8	0	15
Feb 2018	12	12	4	28
Mar 2018	10	26	0	36
Apr 2018	12	22	2	36
May 2018	10	22	0	32
Jun 2018	9	23	0	32
Jul 2018	6	22	3	31
Aug 2018	9	24	0	33
Sep 2018	5	12	1	18
Oct 2018	9	14	0	23
Nov 2018	9	23	2	34
Dec 2018	7	15	4	26
Jan 2019	8	8	1	17
Feb 2019	1	3	0	4
Mar 2019	3	13	3	19
Apr 2019	3	13	0	16
May 2019	6	9	0	15
Jun 2019	9	19	2	30
Jul 2019	5	16	0	21
Aug 2019	9	14	0	23
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Oct 2019	14	12	1	27
Nov 2019	11	15	0	26
Dec 2019	3	12	1	16
Jan 2020	7	2	0	9
Feb 2020	8	4	0	12
Mar 2020	9	9	0	18
Apr 2020	7	8	0	15
May 2020	7	4	0	11
Jun 2020	31	31	2	64
Jul 2020	33	55	22	110
Aug 2020	10	4	2	16
Sep 2020	6	6	0	12
Oct 2020	8	8	2	18
Nov 2020	12	17	1	30
Dec 2020	12	11	0	23
Jan 2021	17	13	0	30
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Mar 2021	9	7	0	16
Apr 2021	6	4	0	10
May 2021	9	9	1	19
Jun 2021	3	6	1	10
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Aug 2021	8	6	0	14
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Nov 2021	10	33	0	43
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Jan 2022	4	9	0	13
Feb 2022	4	7	2	13
Mar 2022	8	8	0	16
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May 2022	6	8	1	15
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Aug 2022	10	3	1	14
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Oct 2022	3	7	0	10
Nov 2022	16	14	2	32
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Jan 2023	3	8	0	11
Feb 2023	7	6	0	13
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Apr 2023	1	4	0	5
May 2023	22	8	0	30
Jun 2023	28	10	1	39
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Aug 2023	6	1	0	7
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Oct 2023	7	8	0	15
Nov 2023	5	2	0	7
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Jan 2024	6	3	0	9
Feb 2024	8	7	2	17
Mar 2024	11	7	3	21
Apr 2024	13	8	2	23
May 2024	7	11	4	22
Jun 2024	18	7	1	26
Jul 2024	15	16	4	35
Aug 2024	24	5	3	32
Sep 2024	12	4	1	17
Oct 2024	20	4	1	25
Nov 2024	13	1	0	14
Dec 2024	9	6	1	16
Jan 2025	9	5	1	15
Feb 2025	19	5	1	25

Cited

Latest update: 22 Feb 2025

Short summary

The ocean is an important vehicle for redistributing Earth's heat from the tropics to high latitudes. We present a conceptual global climate model, with a focus on the coupling between oceanic heat transport and sea ice cover. We use this model to study the role of heat exchange between the ocean and ice components on the global climate system, including investigating the initiation of a global ice-covered climate ("Snowball Earth"), as well as the reversibility of the loss of polar ice caps.

A conceptual model of oceanic heat transport in the Snowball Earth scenario

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