Bioavailable atmospheric phosphorous supply to the global ocean: a 3-D global modeling study

Myriokefalitakis, Stelios; Nenes, Athanasios; Baker, Alex R.; Mihalopoulos, Nikolaos; Kanakidou, Maria

doi:10.5194/bg-13-6519-2016

Articles | Volume 13, issue 24

https://doi.org/10.5194/bg-13-6519-2016

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

https://doi.org/10.5194/bg-13-6519-2016

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

Articles | Volume 13, issue 24

Research article

|

15 Dec 2016

Research article |

| 15 Dec 2016

Bioavailable atmospheric phosphorous supply to the global ocean: a 3-D global modeling study

Stelios Myriokefalitakis, Athanasios Nenes, Alex R. Baker, Nikolaos Mihalopoulos, and Maria Kanakidou

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Views and downloads (calculated since 08 Jun 2016)

Month	HTML	PDF	XML	Total
Jun 2016	47	15	0	62
Jul 2016	10	7	2	19
Aug 2016	8	3	0	11
Sep 2016	4	6	0	10
Oct 2016	5	2	0	7
Nov 2016	4	3	0	7
Dec 2016	35	17	2	54
Jan 2017	59	25	4	88
Feb 2017	20	10	0	30
Mar 2017	31	21	2	54
Apr 2017	40	20	3	63
May 2017	33	16	0	49
Jun 2017	38	13	2	53
Jul 2017	24	15	2	41
Aug 2017	6	10	1	17
Sep 2017	12	10	1	23
Oct 2017	9	9	1	19
Nov 2017	22	21	1	44
Dec 2017	14	18	1	33
Jan 2018	32	11	2	45
Feb 2018	15	5	1	21
Mar 2018	17	9	1	27
Apr 2018	16	15	1	32
May 2018	10	16	2	28
Jun 2018	8	10	2	20
Jul 2018	9	10	2	21
Aug 2018	17	11	0	28
Sep 2018	11	10	0	21
Oct 2018	17	14	3	34
Nov 2018	10	12	1	23
Dec 2018	12	14	0	26
Jan 2019	12	17	0	29
Feb 2019	9	4	0	13
Mar 2019	7	11	0	18
Apr 2019	6	9	0	15
May 2019	8	15	0	23
Jun 2019	14	10	0	24
Jul 2019	4	6	0	10
Aug 2019	6	15	0	21
Sep 2019	7	11	1	19
Oct 2019	14	9	2	25
Nov 2019	15	19	0	34
Dec 2019	10	12	0	22
Jan 2020	13	7	1	21
Feb 2020	7	4	0	11
Mar 2020	12	13	0	25
Apr 2020	12	10	1	23
May 2020	8	12	0	20
Jun 2020	17	15	1	33
Jul 2020	23	19	8	50
Aug 2020	14	17	4	35
Sep 2020	19	8	0	27
Oct 2020	17	13	3	33
Nov 2020	23	7	1	31
Dec 2020	21	15	2	38
Jan 2021	21	12	1	34
Feb 2021	24	12	2	38
Mar 2021	15	6	1	22
Apr 2021	13	11	2	26
May 2021	12	10	1	23
Jun 2021	8	7	0	15
Jul 2021	12	8	1	21
Aug 2021	15	6	1	22
Sep 2021	22	10	1	33
Oct 2021	12	29	3	44
Nov 2021	12	26	1	39
Dec 2021	15	11	0	26
Jan 2022	11	14	1	26
Feb 2022	13	12	4	29
Mar 2022	11	6	2	19
Apr 2022	22	11	2	35
May 2022	17	9	1	27
Jun 2022	18	7	1	26
Jul 2022	3	5	0	8
Aug 2022	14	7	0	21
Sep 2022	11	8	1	20
Oct 2022	18	17	3	38
Nov 2022	22	15	3	40
Dec 2022	14	12	0	26
Jan 2023	23	17	1	41
Feb 2023	68	9	1	78
Mar 2023	20	13	0	33
Apr 2023	8	8	0	16
May 2023	27	10	2	39
Jun 2023	36	8	4	48
Jul 2023	22	5	0	27
Aug 2023	17	7	2	26
Sep 2023	14	9	0	23
Oct 2023	28	29	1	58
Nov 2023	19	5	1	25
Dec 2023	32	23	2	57
Jan 2024	21	14	1	36
Feb 2024	23	11	4	38
Mar 2024	27	23	3	53
Apr 2024	27	10	5	42
May 2024	25	24	1	50
Jun 2024	66	8	3	77
Jul 2024	38	26	4	68
Aug 2024	43	9	3	55
Sep 2024	21	14	0	35
Oct 2024	23	15	1	39
Nov 2024	39	8	2	49
Dec 2024	20	8	4	32
Jan 2025	32	21	4	57
Feb 2025	29	14	2	45
Mar 2025	33	12	1	46
Apr 2025	37	24	0	61
May 2025	31	15	0	46
Jun 2025	47	16	0	63
Jul 2025	36	26	3	65
Aug 2025	43	16	1	60
Sep 2025	77	36	1	114
Oct 2025	47	23	1	71
Nov 2025	64	62	4	130
Dec 2025	38	45	9	92
Jan 2026	83	46	14	143
Feb 2026	14	8	0	22

Cumulative views and downloads (calculated since 08 Jun 2016)

Month	HTML	PDF	XML	Total
Jun 2016	47	15	0	62
Jul 2016	10	7	2	19
Aug 2016	8	3	0	11
Sep 2016	4	6	0	10
Oct 2016	5	2	0	7
Nov 2016	4	3	0	7
Dec 2016	35	17	2	54
Jan 2017	59	25	4	88
Feb 2017	20	10	0	30
Mar 2017	31	21	2	54
Apr 2017	40	20	3	63
May 2017	33	16	0	49
Jun 2017	38	13	2	53
Jul 2017	24	15	2	41
Aug 2017	6	10	1	17
Sep 2017	12	10	1	23
Oct 2017	9	9	1	19
Nov 2017	22	21	1	44
Dec 2017	14	18	1	33
Jan 2018	32	11	2	45
Feb 2018	15	5	1	21
Mar 2018	17	9	1	27
Apr 2018	16	15	1	32
May 2018	10	16	2	28
Jun 2018	8	10	2	20
Jul 2018	9	10	2	21
Aug 2018	17	11	0	28
Sep 2018	11	10	0	21
Oct 2018	17	14	3	34
Nov 2018	10	12	1	23
Dec 2018	12	14	0	26
Jan 2019	12	17	0	29
Feb 2019	9	4	0	13
Mar 2019	7	11	0	18
Apr 2019	6	9	0	15
May 2019	8	15	0	23
Jun 2019	14	10	0	24
Jul 2019	4	6	0	10
Aug 2019	6	15	0	21
Sep 2019	7	11	1	19
Oct 2019	14	9	2	25
Nov 2019	15	19	0	34
Dec 2019	10	12	0	22
Jan 2020	13	7	1	21
Feb 2020	7	4	0	11
Mar 2020	12	13	0	25
Apr 2020	12	10	1	23
May 2020	8	12	0	20
Jun 2020	17	15	1	33
Jul 2020	23	19	8	50
Aug 2020	14	17	4	35
Sep 2020	19	8	0	27
Oct 2020	17	13	3	33
Nov 2020	23	7	1	31
Dec 2020	21	15	2	38
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Feb 2021	24	12	2	38
Mar 2021	15	6	1	22
Apr 2021	13	11	2	26
May 2021	12	10	1	23
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Jul 2021	12	8	1	21
Aug 2021	15	6	1	22
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Oct 2021	12	29	3	44
Nov 2021	12	26	1	39
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Feb 2022	13	12	4	29
Mar 2022	11	6	2	19
Apr 2022	22	11	2	35
May 2022	17	9	1	27
Jun 2022	18	7	1	26
Jul 2022	3	5	0	8
Aug 2022	14	7	0	21
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Nov 2022	22	15	3	40
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Jan 2023	23	17	1	41
Feb 2023	68	9	1	78
Mar 2023	20	13	0	33
Apr 2023	8	8	0	16
May 2023	27	10	2	39
Jun 2023	36	8	4	48
Jul 2023	22	5	0	27
Aug 2023	17	7	2	26
Sep 2023	14	9	0	23
Oct 2023	28	29	1	58
Nov 2023	19	5	1	25
Dec 2023	32	23	2	57
Jan 2024	21	14	1	36
Feb 2024	23	11	4	38
Mar 2024	27	23	3	53
Apr 2024	27	10	5	42
May 2024	25	24	1	50
Jun 2024	66	8	3	77
Jul 2024	38	26	4	68
Aug 2024	43	9	3	55
Sep 2024	21	14	0	35
Oct 2024	23	15	1	39
Nov 2024	39	8	2	49
Dec 2024	20	8	4	32
Jan 2025	32	21	4	57
Feb 2025	29	14	2	45
Mar 2025	33	12	1	46
Apr 2025	37	24	0	61
May 2025	31	15	0	46
Jun 2025	47	16	0	63
Jul 2025	36	26	3	65
Aug 2025	43	16	1	60
Sep 2025	77	36	1	114
Oct 2025	47	23	1	71
Nov 2025	64	62	4	130
Dec 2025	38	45	9	92
Jan 2026	83	46	14	143
Feb 2026	14	8	0	22

Latest update: 09 Feb 2026

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Short summary

The global atmospheric cycle of P is simulated accounting for natural and anthropogenic sources, acid dissolution of dust aerosol and changes in atmospheric acidity. Simulations show that P-containing dust dissolution flux may have increased in the last 150 years but is expected to decrease in the future, and biological particles are important carriers of bioavailable P to the ocean. These insights to the P cycle have important implications for marine ecosystem responses to climate change.