Runoff- and erosion-driven transport of cattle slurry: linking molecular tracers to hydrological processes

Lloyd, C. E. M.; Michaelides, K.; Chadwick, D. R.; Dungait, J. A. J.; Evershed, R. P.

doi:https://doi.org/10.5194/bg-13-551-2016

Articles | Volume 13, issue 2

https://doi.org/10.5194/bg-13-551-2016

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

https://doi.org/10.5194/bg-13-551-2016

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

Articles | Volume 13, issue 2

Research article

| Highlight paper

|

01 Feb 2016

Research article | Highlight paper |

| 01 Feb 2016

Runoff- and erosion-driven transport of cattle slurry: linking molecular tracers to hydrological processes

C. E. M. Lloyd, K. Michaelides, D. R. Chadwick, J. A. J. Dungait, and R. P. Evershed

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XML: 230
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Views and downloads (calculated since 16 Oct 2015)

Month	HTML	PDF	XML	Total
Oct 2015	69	39	3	111
Nov 2015	28	23	0	51
Dec 2015	5	10	0	15
Jan 2016	21	6	0	27
Feb 2016	283	67	3	353
Mar 2016	133	39	3	175
Apr 2016	44	14	1	59
May 2016	30	17	4	51
Jun 2016	33	8	7	48
Jul 2016	15	7	3	25
Aug 2016	15	4	1	20
Sep 2016	20	8	1	29
Oct 2016	22	10	2	34
Nov 2016	23	7	2	32
Dec 2016	15	9	3	27
Jan 2017	34	8	0	42
Feb 2017	32	4	7	43
Mar 2017	53	7	13	73
Apr 2017	61	14	11	86
May 2017	80	13	18	111
Jun 2017	67	11	9	87
Jul 2017	28	9	5	42
Aug 2017	18	3	1	22
Sep 2017	22	12	3	37
Oct 2017	29	16	0	45
Nov 2017	34	9	2	45
Dec 2017	29	15	0	44
Jan 2018	26	14	2	42
Feb 2018	29	6	3	38
Mar 2018	24	9	2	35
Apr 2018	18	7	2	27
May 2018	17	8	1	26
Jun 2018	17	7	2	26
Jul 2018	13	9	2	24
Aug 2018	16	5	1	22
Sep 2018	18	10	0	28
Oct 2018	17	5	1	23
Nov 2018	15	12	2	29
Dec 2018	29	6	1	36
Jan 2019	26	7	0	33
Feb 2019	13	3	2	18
Mar 2019	25	4	0	29
Apr 2019	34	4	1	39
May 2019	34	8	1	43
Jun 2019	35	7	1	43
Jul 2019	25	6	1	32
Aug 2019	30	7	1	38
Sep 2019	37	6	1	44
Oct 2019	44	14	1	59
Nov 2019	41	6	0	47
Dec 2019	34	10	5	49
Jan 2020	33	4	1	38
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May 2020	74	4	1	79
Jun 2020	58	2	1	61
Jul 2020	64	12	12	88
Aug 2020	59	6	5	70
Sep 2020	66	9	2	77
Oct 2020	41	10	1	52
Nov 2020	37	6	1	44
Dec 2020	66	5	3	74
Jan 2021	86	12	1	99
Feb 2021	55	6	1	62
Mar 2021	52	15	5	72
Apr 2021	55	14	1	70
May 2021	58	7	2	67
Jun 2021	51	3	2	56
Jul 2021	48	9	0	57
Aug 2021	37	17	0	54
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Feb 2022	31	3	2	36
Mar 2022	37	6	1	44
Apr 2022	31	7	0	38
May 2022	41	6	1	48
Jun 2022	37	7	2	46
Jul 2022	39	7	0	46
Aug 2022	40	8	0	48
Sep 2022	35	3	1	39
Oct 2022	43	5	5	53
Nov 2022	32	7	2	41
Dec 2022	41	15	3	59
Jan 2023	36	14	0	50
Feb 2023	47	6	1	54
Mar 2023	43	3	1	47
Apr 2023	42	10	0	52
May 2023	53	13	1	67
Jun 2023	60	5	1	66
Jul 2023	46	9	0	55
Aug 2023	45	7	4	56
Sep 2023	42	7	1	50
Oct 2023	38	2	1	41
Nov 2023	20	1	0	21
Dec 2023	16	4	1	21
Jan 2024	6	5	0	11
Feb 2024	5	14	2	21
Mar 2024	7	17	3	27
Apr 2024	11	7	3	21
May 2024	11	13	3	27
Jun 2024	17	9	2	28
Jul 2024	14	4	1	19
Aug 2024	27	9	3	39
Sep 2024	9	7	1	17
Oct 2024	17	7	1	25
Nov 2024	7	4	1	12
Dec 2024	2	10	0	12

Cumulative views and downloads (calculated since 16 Oct 2015)

Month	HTML	PDF	XML	Total
Oct 2015	69	39	3	111
Nov 2015	28	23	0	51
Dec 2015	5	10	0	15
Jan 2016	21	6	0	27
Feb 2016	283	67	3	353
Mar 2016	133	39	3	175
Apr 2016	44	14	1	59
May 2016	30	17	4	51
Jun 2016	33	8	7	48
Jul 2016	15	7	3	25
Aug 2016	15	4	1	20
Sep 2016	20	8	1	29
Oct 2016	22	10	2	34
Nov 2016	23	7	2	32
Dec 2016	15	9	3	27
Jan 2017	34	8	0	42
Feb 2017	32	4	7	43
Mar 2017	53	7	13	73
Apr 2017	61	14	11	86
May 2017	80	13	18	111
Jun 2017	67	11	9	87
Jul 2017	28	9	5	42
Aug 2017	18	3	1	22
Sep 2017	22	12	3	37
Oct 2017	29	16	0	45
Nov 2017	34	9	2	45
Dec 2017	29	15	0	44
Jan 2018	26	14	2	42
Feb 2018	29	6	3	38
Mar 2018	24	9	2	35
Apr 2018	18	7	2	27
May 2018	17	8	1	26
Jun 2018	17	7	2	26
Jul 2018	13	9	2	24
Aug 2018	16	5	1	22
Sep 2018	18	10	0	28
Oct 2018	17	5	1	23
Nov 2018	15	12	2	29
Dec 2018	29	6	1	36
Jan 2019	26	7	0	33
Feb 2019	13	3	2	18
Mar 2019	25	4	0	29
Apr 2019	34	4	1	39
May 2019	34	8	1	43
Jun 2019	35	7	1	43
Jul 2019	25	6	1	32
Aug 2019	30	7	1	38
Sep 2019	37	6	1	44
Oct 2019	44	14	1	59
Nov 2019	41	6	0	47
Dec 2019	34	10	5	49
Jan 2020	33	4	1	38
Feb 2020	29	5	0	34
Mar 2020	40	9	1	50
Apr 2020	66	2	2	70
May 2020	74	4	1	79
Jun 2020	58	2	1	61
Jul 2020	64	12	12	88
Aug 2020	59	6	5	70
Sep 2020	66	9	2	77
Oct 2020	41	10	1	52
Nov 2020	37	6	1	44
Dec 2020	66	5	3	74
Jan 2021	86	12	1	99
Feb 2021	55	6	1	62
Mar 2021	52	15	5	72
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Sep 2021	36	6	1	43
Oct 2021	34	31	0	65
Nov 2021	37	22	2	61
Dec 2021	43	7	2	52
Jan 2022	32	11	0	43
Feb 2022	31	3	2	36
Mar 2022	37	6	1	44
Apr 2022	31	7	0	38
May 2022	41	6	1	48
Jun 2022	37	7	2	46
Jul 2022	39	7	0	46
Aug 2022	40	8	0	48
Sep 2022	35	3	1	39
Oct 2022	43	5	5	53
Nov 2022	32	7	2	41
Dec 2022	41	15	3	59
Jan 2023	36	14	0	50
Feb 2023	47	6	1	54
Mar 2023	43	3	1	47
Apr 2023	42	10	0	52
May 2023	53	13	1	67
Jun 2023	60	5	1	66
Jul 2023	46	9	0	55
Aug 2023	45	7	4	56
Sep 2023	42	7	1	50
Oct 2023	38	2	1	41
Nov 2023	20	1	0	21
Dec 2023	16	4	1	21
Jan 2024	6	5	0	11
Feb 2024	5	14	2	21
Mar 2024	7	17	3	27
Apr 2024	11	7	3	21
May 2024	11	13	3	27
Jun 2024	17	9	2	28
Jul 2024	14	4	1	19
Aug 2024	27	9	3	39
Sep 2024	9	7	1	17
Oct 2024	17	7	1	25
Nov 2024	7	4	1	12
Dec 2024	2	10	0	12

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Short summary

Our interdisciplinary research brings together methodologies from hydrology, soil science and biogeochemistry to address key questions about the transport of cattle slurry in the environment. The paper provides a novel approach to trace dissolved and particulate components of cattle slurry through an experimental hillslope system. This work provides one of the first examples of using biomarkers to assess the effects of slope gradient and rainfall intensity on the movement of slurry derived-OM.