Estimate of changes in agricultural terrestrial nitrogen pathways and  ammonia emissions from 1850 to present in the Community Earth System Model

Riddick, Stuart; Ward, Daniel; Hess, Peter; Mahowald, Natalie; Massad, Raia; Holland, Elisabeth

doi:10.5194/bg-13-3397-2016

Articles | Volume 13, issue 11

https://doi.org/10.5194/bg-13-3397-2016

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

https://doi.org/10.5194/bg-13-3397-2016

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

Articles | Volume 13, issue 11

Research article

| Highlight paper

|

13 Jun 2016

Research article | Highlight paper |

| 13 Jun 2016

Estimate of changes in agricultural terrestrial nitrogen pathways and ammonia emissions from 1850 to present in the Community Earth System Model

Stuart Riddick, Daniel Ward, Peter Hess, Natalie Mahowald, Raia Massad, and Elisabeth Holland

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Jan 2016	19	6	3	28
Feb 2016	11	5	2	18
Mar 2016	17	11	0	28
Apr 2016	7	4	1	12
May 2016	15	8	2	25
Jun 2016	233	213	9	455
Jul 2016	82	20	5	107
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Sep 2016	96	18	5	119
Oct 2016	75	23	6	104
Nov 2016	71	16	3	90
Dec 2016	39	9	6	54
Jan 2017	41	18	1	60
Feb 2017	40	10	6	56
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Jun 2017	70	25	13	108
Jul 2017	40	20	5	65
Aug 2017	33	14	1	48
Sep 2017	31	18	3	52
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Dec 2017	28	9	0	37
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Feb 2018	41	13	3	57
Mar 2018	25	11	3	39
Apr 2018	25	17	2	44
May 2018	26	13	2	41
Jun 2018	27	15	3	45
Jul 2018	22	19	2	43
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Oct 2018	30	6	1	37
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Apr 2019	43	10	1	54
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Jun 2019	37	22	3	62
Jul 2019	33	8	2	43
Aug 2019	37	10	1	48
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Feb 2020	40	17	0	57
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Oct 2020	53	17	3	73
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Jan 2021	101	20	1	122
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Mar 2021	70	11	0	81
Apr 2021	70	13	1	84
May 2021	75	13	1	89
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Jul 2021	64	13	0	77
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Jan 2022	53	11	0	64
Feb 2022	45	10	1	56
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Jan 2023	41	15	1	57
Feb 2023	47	10	1	58
Mar 2023	57	11	1	69
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Jun 2023	85	15	4	104
Jul 2023	60	10	0	70
Aug 2023	56	9	3	68
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Jan 2024	19	9	2	30
Feb 2024	12	6	0	18
Mar 2024	20	20	2	42
Apr 2024	17	18	2	37
May 2024	28	16	6	50
Jun 2024	29	19	3	51
Jul 2024	33	35	2	70
Aug 2024	39	16	4	59
Sep 2024	26	18	0	44
Oct 2024	26	17	2	45
Nov 2024	20	103	3	126
Dec 2024	23	26	1	50
Jan 2025	25	6	1	32
Feb 2025	35	7	0	42
Mar 2025	25	25	3	53
Apr 2025	35	30	0	65
May 2025	41	8	4	53
Jun 2025	43	19	0	62
Jul 2025	31	21	2	54
Aug 2025	47	27	2	76
Sep 2025	56	21	1	78
Oct 2025	40	40	4	84
Nov 2025	30	17	2	49

Cumulative views and downloads (calculated since 28 Sep 2015)

Month	HTML	PDF	XML	Total
Sep 2015	14	15	2	31
Oct 2015	30	27	2	59
Nov 2015	16	25	1	42
Dec 2015	9	11	2	22
Jan 2016	19	6	3	28
Feb 2016	11	5	2	18
Mar 2016	17	11	0	28
Apr 2016	7	4	1	12
May 2016	15	8	2	25
Jun 2016	233	213	9	455
Jul 2016	82	20	5	107
Aug 2016	75	13	2	90
Sep 2016	96	18	5	119
Oct 2016	75	23	6	104
Nov 2016	71	16	3	90
Dec 2016	39	9	6	54
Jan 2017	41	18	1	60
Feb 2017	40	10	6	56
Mar 2017	70	31	11	112
Apr 2017	79	39	11	129
May 2017	98	40	23	161
Jun 2017	70	25	13	108
Jul 2017	40	20	5	65
Aug 2017	33	14	1	48
Sep 2017	31	18	3	52
Oct 2017	31	17	0	48
Nov 2017	40	18	2	60
Dec 2017	28	9	0	37
Jan 2018	40	12	2	54
Feb 2018	41	13	3	57
Mar 2018	25	11	3	39
Apr 2018	25	17	2	44
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Oct 2018	30	6	1	37
Nov 2018	30	14	4	48
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Jan 2019	34	17	4	55
Feb 2019	17	3	0	20
Mar 2019	28	15	2	45
Apr 2019	43	10	1	54
May 2019	41	7	1	49
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Jul 2020	80	17	9	106
Aug 2020	71	26	5	102
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Feb 2023	47	10	1	58
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May 2023	60	12	1	73
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Jul 2023	60	10	0	70
Aug 2023	56	9	3	68
Sep 2023	54	10	1	65
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Nov 2023	21	1	0	22
Dec 2023	20	10	0	30
Jan 2024	19	9	2	30
Feb 2024	12	6	0	18
Mar 2024	20	20	2	42
Apr 2024	17	18	2	37
May 2024	28	16	6	50
Jun 2024	29	19	3	51
Jul 2024	33	35	2	70
Aug 2024	39	16	4	59
Sep 2024	26	18	0	44
Oct 2024	26	17	2	45
Nov 2024	20	103	3	126
Dec 2024	23	26	1	50
Jan 2025	25	6	1	32
Feb 2025	35	7	0	42
Mar 2025	25	25	3	53
Apr 2025	35	30	0	65
May 2025	41	8	4	53
Jun 2025	43	19	0	62
Jul 2025	31	21	2	54
Aug 2025	47	27	2	76
Sep 2025	56	21	1	78
Oct 2025	40	40	4	84
Nov 2025	30	17	2	49

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Short summary

Future increases are predicted in the amount of nitrogen produced as manure or used as synthetic fertilizer in agriculture. However, the impact of climate on the subsequent fate of this nitrogen has not been evaluated. Here we describe, analyze and evaluate the FAN (flows of agricultural nitrogen) process model that simulates the the climate-dependent flows of nitrogen from agriculture. The FAN model is suitable for use within a global terrestrial climate model.