Improved representations of coupled soil–canopy processes in the CABLE land
surface model (Subversion revision 3432)

Haverd, Vanessa; Cuntz, Matthias; Nieradzik, Lars P.; Harman, Ian N.

doi:10.5194/gmd-9-3111-2016

Articles | Volume 9, issue 9

https://doi.org/10.5194/gmd-9-3111-2016

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

https://doi.org/10.5194/gmd-9-3111-2016

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

Articles | Volume 9, issue 9

Development and technical paper

|

07 Sep 2016

Development and technical paper |

| 07 Sep 2016

Improved representations of coupled soil–canopy processes in the CABLE land surface model (Subversion revision 3432)

Vanessa Haverd, Matthias Cuntz, Lars P. Nieradzik, and Ian N. Harman

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Jul 2016	10	7	0	17
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Sep 2016	70	23	5	98
Oct 2016	32	13	7	52
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Dec 2016	7	2	0	9
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Feb 2022	18	3	1	22
Mar 2022	35	9	1	45
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Jan 2023	49	18	1	68
Feb 2023	50	4	0	54
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May 2023	61	6	1	68
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Oct 2023	56	9	2	67
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Jan 2024	45	14	2	61
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Jul 2024	20	6	2	28
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Oct 2024	22	8	0	30
Nov 2024	16	4	3	23
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Jan 2025	21	11	3	35
Feb 2025	29	14	4	47
Mar 2025	35	6	1	42
Apr 2025	29	17	0	46
May 2025	20	8	2	30
Jun 2025	30	13	1	44
Jul 2025	27	14	2	43
Aug 2025	41	16	1	58
Sep 2025	34	16	0	50
Oct 2025	36	20	2	58
Nov 2025	28	22	3	53

Cumulative views and downloads (calculated since 26 Feb 2016)

Month	HTML	PDF	XML	Total
Feb 2016	46	17	2	65
Mar 2016	56	19	0	75
Apr 2016	41	12	1	54
May 2016	17	4	0	21
Jun 2016	13	0	13
Jul 2016	10	7	0	17
Aug 2016	7	2	0	9
Sep 2016	70	23	5	98
Oct 2016	32	13	7	52
Nov 2016	11	8	6	25
Dec 2016	7	2	0	9
Jan 2017	16	14	3	33
Feb 2017	14	13	2	29
Mar 2017	29	33	3	65
Apr 2017	37	25	5	67
May 2017	51	28	12	91
Jun 2017	43	19	10	72
Jul 2017	21	10	2	33
Aug 2017	11	13	2	26
Sep 2017	21	15	1	37
Oct 2017	15	13	2	30
Nov 2017	12	9	1	22
Dec 2017	13	7	1	21
Jan 2018	13	16	2	31
Feb 2018	17	6	1	24
Mar 2018	19	14	0	33
Apr 2018	14	8	0	22
May 2018	13	7	3	23
Jun 2018	20	7	1	28
Jul 2018	17	9	2	28
Aug 2018	25	15	2	42
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Nov 2021	26	18	1	45
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Jan 2022	23	16	3	42
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Mar 2022	35	9	1	45
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Oct 2022	60	1	5	66
Nov 2022	66	8	0	74
Dec 2022	57	5	1	63
Jan 2023	49	18	1	68
Feb 2023	50	4	0	54
Mar 2023	66	7	3	76
Apr 2023	56	4	0	60
May 2023	61	6	1	68
Jun 2023	77	6	2	85
Jul 2023	47	2	1	50
Aug 2023	50	5	2	57
Sep 2023	54	3	1	58
Oct 2023	56	9	2	67
Nov 2023	28	1	0	29
Dec 2023	43	15	4	62
Jan 2024	45	14	2	61
Feb 2024	45	9	1	55
Mar 2024	48	21	6	75
Apr 2024	46	6	7	59
May 2024	20	12	8	40
Jun 2024	17	7	2	26
Jul 2024	20	6	2	28
Aug 2024	16	6	5	27
Sep 2024	16	5	1	22
Oct 2024	22	8	0	30
Nov 2024	16	4	3	23
Dec 2024	15	15	0	30
Jan 2025	21	11	3	35
Feb 2025	29	14	4	47
Mar 2025	35	6	1	42
Apr 2025	29	17	0	46
May 2025	20	8	2	30
Jun 2025	30	13	1	44
Jul 2025	27	14	2	43
Aug 2025	41	16	1	58
Sep 2025	34	16	0	50
Oct 2025	36	20	2	58
Nov 2025	28	22	3	53

Latest update: 19 Nov 2025

Short summary

CABLE is a global land surface model, which has been used extensively in offline and coupled simulations. We improve CABLE’s simulation of evaporation using a new scheme for drought response and a physically accurate representation of coupled energy and water fluxes in the soil. Marked improvements in predictions of evaporation are demonstrated globally. Results highlight the important roles of deep soil moisture in mediating drought response and litter in dampening soil evaporation.