S2P3-R (v1.0): a framework for efficient regional modelling of physical and biological structures and processes in shelf seas

Marsh, R.; Hickman, A. E.; Sharples, J.

doi:10.5194/gmd-8-3163-2015

Articles | Volume 8, issue 10

https://doi.org/10.5194/gmd-8-3163-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/gmd-8-3163-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 8, issue 10

Development and technical paper

|

08 Oct 2015

Development and technical paper |

| 08 Oct 2015

S2P3-R (v1.0): a framework for efficient regional modelling of physical and biological structures and processes in shelf seas

R. Marsh, A. E. Hickman, and J. Sharples

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Month	HTML	PDF	XML	Total
Jan 2015	8	5	0	13
Feb 2015	25	22	2	49
Mar 2015	25	15	2	42
Apr 2015	23	16	8	47
May 2015	6	9	1	16
Jun 2015	4	0	4
Jul 2015	8	5	2	15
Aug 2015	3	1	0	4
Sep 2015	4	6	0	10
Oct 2015	47	26	5	78
Nov 2015	17	30	0	47
Dec 2015	4	23	0	27
Jan 2016	32	28	1	61
Feb 2016	14	41	1	56
Mar 2016	23	45	0	68
Apr 2016	12	30	0	42
May 2016	13	23	4	40
Jun 2016	14	5	5	24
Jul 2016	12	5	5	22
Aug 2016	10	8	3	21
Sep 2016	11	6	2	19
Oct 2016	16	11	2	29
Nov 2016	9	2	4	15
Dec 2016	6	5	1	12
Jan 2017	18	8	5	31
Feb 2017	25	8	4	37
Mar 2017	36	20	7	63
Apr 2017	40	11	5	56
May 2017	52	24	9	85
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Nov 2017	5	11	0	16
Dec 2017	8	4	0	12
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Feb 2018	16	8	0	24
Mar 2018	11	12	0	23
Apr 2018	8	15	1	24
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Oct 2018	4	16	0	20
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May 2019	6	5	1	12
Jun 2019	5	10	0	15
Jul 2019	12	7	0	19
Aug 2019	8	1	0	9
Sep 2019	16	8	0	24
Oct 2019	13	8	0	21
Nov 2019	11	13	0	24
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Jan 2020	12	11	2	25
Feb 2020	18	11	0	29
Mar 2020	7	13	1	21
Apr 2020	8	11	0	19
May 2020	7	9	0	16
Jun 2020	16	7	1	24
Jul 2020	54	38	33	125
Aug 2020	2	9	2	13
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Mar 2021	7	9	1	17
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May 2021	8	10	1	19
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Jan 2022	10	16	0	26
Feb 2022	11	4	1	16
Mar 2022	9	2	0	11
Apr 2022	35	6	0	41
May 2022	44	12	1	57
Jun 2022	33	6	0	39
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Oct 2022	43	5	1	49
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Dec 2022	44	31	4	79
Jan 2023	35	14	2	51
Feb 2023	39	8	0	47
Mar 2023	42	4	0	46
Apr 2023	35	7	0	42
May 2023	33	8	0	41
Jun 2023	38	8	1	47
Jul 2023	41	4	0	45
Aug 2023	38	10	2	50
Sep 2023	34	15	0	49
Oct 2023	40	4	0	44
Nov 2023	21	0	21
Dec 2023	55	13	2	70
Jan 2024	39	6	2	47
Feb 2024	31	6	1	38
Mar 2024	38	12	0	50
Apr 2024	42	15	6	63
May 2024	19	11	8	38
Jun 2024	30	9	2	41
Jul 2024	9	3	1	13
Aug 2024	14	7	2	23
Sep 2024	12	7	1	20
Oct 2024	14	10	0	24
Nov 2024	23	19	1	43
Dec 2024	20	9	1	30
Jan 2025	21	8	4	33
Feb 2025	26	7	4	37
Mar 2025	11	9	2	22
Apr 2025	13	16	1	30
May 2025	16	5	1	22
Jun 2025	29	10	0	39
Jul 2025	13	12	1	26
Aug 2025	16	29	2	47
Sep 2025	17	26	3	46
Oct 2025	28	18	3	49
Nov 2025	46	19	4	69

Cumulative views and downloads (calculated since 30 Jan 2015)

Month	HTML	PDF	XML	Total
Jan 2015	8	5	0	13
Feb 2015	25	22	2	49
Mar 2015	25	15	2	42
Apr 2015	23	16	8	47
May 2015	6	9	1	16
Jun 2015	4	0	4
Jul 2015	8	5	2	15
Aug 2015	3	1	0	4
Sep 2015	4	6	0	10
Oct 2015	47	26	5	78
Nov 2015	17	30	0	47
Dec 2015	4	23	0	27
Jan 2016	32	28	1	61
Feb 2016	14	41	1	56
Mar 2016	23	45	0	68
Apr 2016	12	30	0	42
May 2016	13	23	4	40
Jun 2016	14	5	5	24
Jul 2016	12	5	5	22
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Oct 2016	16	11	2	29
Nov 2016	9	2	4	15
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Jan 2017	18	8	5	31
Feb 2017	25	8	4	37
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Aug 2021	4	7	0	11
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Oct 2021	5	38	0	43
Nov 2021	12	37	1	50
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Apr 2022	35	6	0	41
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Jun 2022	33	6	0	39
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Oct 2022	43	5	1	49
Nov 2022	48	17	0	65
Dec 2022	44	31	4	79
Jan 2023	35	14	2	51
Feb 2023	39	8	0	47
Mar 2023	42	4	0	46
Apr 2023	35	7	0	42
May 2023	33	8	0	41
Jun 2023	38	8	1	47
Jul 2023	41	4	0	45
Aug 2023	38	10	2	50
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Oct 2023	40	4	0	44
Nov 2023	21	0	21
Dec 2023	55	13	2	70
Jan 2024	39	6	2	47
Feb 2024	31	6	1	38
Mar 2024	38	12	0	50
Apr 2024	42	15	6	63
May 2024	19	11	8	38
Jun 2024	30	9	2	41
Jul 2024	9	3	1	13
Aug 2024	14	7	2	23
Sep 2024	12	7	1	20
Oct 2024	14	10	0	24
Nov 2024	23	19	1	43
Dec 2024	20	9	1	30
Jan 2025	21	8	4	33
Feb 2025	26	7	4	37
Mar 2025	11	9	2	22
Apr 2025	13	16	1	30
May 2025	16	5	1	22
Jun 2025	29	10	0	39
Jul 2025	13	12	1	26
Aug 2025	16	29	2	47
Sep 2025	17	26	3	46
Oct 2025	28	18	3	49
Nov 2025	46	19	4	69

Latest update: 28 Nov 2025

Short summary

Our relatively shallow shelf seas are warmed at the surface in spring and summer, while strong tidal currents act to mix away the surface warmth. These competing effects strongly influence the conditions for seasonal growth of the phytoplankton that support marine food webs. We have developed a versatile framework for fast computer modelling of shelf seas, to explore seasonal and year-to-year variations of warming and plankton productivity, tested against observations in different regions.