Two perspectives on the coupled carbon, water and energy exchange in the planetary boundary layer

Combe, M.; Vilà-Guerau de Arellano, J.; Ouwersloot, H. G.; Jacobs, C. M. J.; Peters, W.

doi:10.5194/bg-12-103-2015

Articles | Volume 12, issue 1

https://doi.org/10.5194/bg-12-103-2015

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

Special issue:

9th International Carbon Dioxide Conference (ICDC9) (ESD/ACP/AMT/BG...

https://doi.org/10.5194/bg-12-103-2015

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

Articles | Volume 12, issue 1

Research article

|

08 Jan 2015

Research article |

| 08 Jan 2015

Two perspectives on the coupled carbon, water and energy exchange in the planetary boundary layer

M. Combe, J. Vilà-Guerau de Arellano, H. G. Ouwersloot, C. M. J. Jacobs, and W. Peters

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Total article views: 4,784 (including HTML, PDF, and XML)

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Views and downloads (calculated since 04 Apr 2014)

Month	HTML	PDF	XML	Total
Apr 2014	127	80	6	213
May 2014	21	26	3	50
Jun 2014	10	59	4	73
Jul 2014	13	26	1	40
Aug 2014	8	18	2	28
Sep 2014	6	14	1	21
Oct 2014	5	11	1	17
Nov 2014	14	12	1	27
Dec 2014	8	15	0	23
Jan 2015	169	97	9	275
Feb 2015	30	25	1	56
Mar 2015	36	20	1	57
Apr 2015	48	24	2	74
May 2015	12	20	1	33
Jun 2015	40	11	2	53
Jul 2015	24	12	11	47
Aug 2015	16	18	7	41
Sep 2015	21	44	7	72
Oct 2015	28	46	7	81
Nov 2015	37	50	7	94
Dec 2015	11	46	3	60
Jan 2016	37	48	4	89
Feb 2016	14	38	7	59
Mar 2016	19	14	1	34
Apr 2016	9	4	2	15
May 2016	13	11	3	27
Jun 2016	15	6	7	28
Jul 2016	9	7	3	19
Aug 2016	7	5	6	18
Sep 2016	12	8	0	20
Oct 2016	16	5	0	21
Nov 2016	8	2	1	11
Dec 2016	7	3	1	11
Jan 2017	19	6	2	27
Feb 2017	12	6	1	19
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Apr 2017	28	10	3	41
May 2017	31	17	7	55
Jun 2017	29	1	3	33
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Aug 2017	8	34	4	46
Sep 2017	11	8	1	20
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Dec 2017	9	5	2	16
Jan 2018	12	8	0	20
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Mar 2018	9	9	1	19
Apr 2018	11	17	2	30
May 2018	18	12	3	33
Jun 2018	16	10	3	29
Jul 2018	28	12	3	43
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Sep 2018	19	8	1	28
Oct 2018	20	9	6	35
Nov 2018	20	7	7	34
Dec 2018	17	6	1	24
Jan 2019	24	9	3	36
Feb 2019	23	6	1	30
Mar 2019	14	8	6	28
Apr 2019	23	5	3	31
May 2019	34	4	1	39
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Jul 2019	9	3	1	13
Aug 2019	14	8	1	23
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Oct 2019	16	8	1	25
Nov 2019	24	4	1	29
Dec 2019	12	3	1	16
Jan 2020	15	8	4	27
Feb 2020	12	4	2	18
Mar 2020	12	8	2	22
Apr 2020	4	2	0	6
May 2020	6	5	2	13
Jun 2020	17	2	4	23
Jul 2020	22	8	13	43
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Apr 2023	11	8	2	21
May 2023	7	11	0	18
Jun 2023	11	8	0	19
Jul 2023	13	7	1	21
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Sep 2023	17	6	0	23
Oct 2023	16	13	1	30
Nov 2023	5	6	0	11
Dec 2023	13	6	2	21
Jan 2024	15	9	1	25
Feb 2024	13	14	0	27
Mar 2024	10	15	1	26
Apr 2024	17	9	3	29
May 2024	23	11	3	37
Jun 2024	17	12	1	30
Jul 2024	14	13	6	33
Aug 2024	55	6	3	64
Sep 2024	11	6	0	17
Oct 2024	28	7	2	37
Nov 2024	6	6	1	13
Dec 2024	10	16	5	31
Jan 2025	17	7	4	28
Feb 2025	25	4	1	30
Mar 2025	11	10	2	23
Apr 2025	25	15	3	43
May 2025	23	10	0	33
Jun 2025	36	13	0	49
Jul 2025	15	16	2	33
Aug 2025	28	14	1	43
Sep 2025	27	21	2	50
Oct 2025	20	34	2	56
Nov 2025	23	29	4	56

Cumulative views and downloads (calculated since 04 Apr 2014)

Month	HTML	PDF	XML	Total
Apr 2014	127	80	6	213
May 2014	21	26	3	50
Jun 2014	10	59	4	73
Jul 2014	13	26	1	40
Aug 2014	8	18	2	28
Sep 2014	6	14	1	21
Oct 2014	5	11	1	17
Nov 2014	14	12	1	27
Dec 2014	8	15	0	23
Jan 2015	169	97	9	275
Feb 2015	30	25	1	56
Mar 2015	36	20	1	57
Apr 2015	48	24	2	74
May 2015	12	20	1	33
Jun 2015	40	11	2	53
Jul 2015	24	12	11	47
Aug 2015	16	18	7	41
Sep 2015	21	44	7	72
Oct 2015	28	46	7	81
Nov 2015	37	50	7	94
Dec 2015	11	46	3	60
Jan 2016	37	48	4	89
Feb 2016	14	38	7	59
Mar 2016	19	14	1	34
Apr 2016	9	4	2	15
May 2016	13	11	3	27
Jun 2016	15	6	7	28
Jul 2016	9	7	3	19
Aug 2016	7	5	6	18
Sep 2016	12	8	0	20
Oct 2016	16	5	0	21
Nov 2016	8	2	1	11
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Jan 2017	19	6	2	27
Feb 2017	12	6	1	19
Mar 2017	22	7	1	30
Apr 2017	28	10	3	41
May 2017	31	17	7	55
Jun 2017	29	1	3	33
Jul 2017	19	9	1	29
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Sep 2022	16	12	5	33
Oct 2022	13	10	2	25
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Jan 2024	15	9	1	25
Feb 2024	13	14	0	27
Mar 2024	10	15	1	26
Apr 2024	17	9	3	29
May 2024	23	11	3	37
Jun 2024	17	12	1	30
Jul 2024	14	13	6	33
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Sep 2024	11	6	0	17
Oct 2024	28	7	2	37
Nov 2024	6	6	1	13
Dec 2024	10	16	5	31
Jan 2025	17	7	4	28
Feb 2025	25	4	1	30
Mar 2025	11	10	2	23
Apr 2025	25	15	3	43
May 2025	23	10	0	33
Jun 2025	36	13	0	49
Jul 2025	15	16	2	33
Aug 2025	28	14	1	43
Sep 2025	27	21	2	50
Oct 2025	20	34	2	56
Nov 2025	23	29	4	56

Latest update: 25 Nov 2025

Short summary

This study investigates the interactions among the carbon, water and heat cycles above a maize field at the diurnal scale. We couple two land-surface schemes, corresponding to two different modelling approaches, to the same atmospheric boundary-layer (ABL) model. We find the simpler meteorological approach best reproduces the surface and upper-air observations. Finally, we show that the interaction of subsidence with ABL dynamics is key to explain the daytime atmospheric CO2 budget.