Understanding terrestrial water storage variations  in northern latitudes across scales

Trautmann, Tina; Koirala, Sujan; Carvalhais, Nuno; Eicker, Annette; Fink, Manfred; Niemann, Christoph; Jung, Martin

doi:https://doi.org/10.5194/hess-22-4061-2018

Articles | Volume 22, issue 7

Hydrol. Earth Syst. Sci., 22, 4061–4082, 2018

https://doi.org/10.5194/hess-22-4061-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Special issue: Integration of Earth observations and models for global water...

Hydrol. Earth Syst. Sci., 22, 4061–4082, 2018

https://doi.org/10.5194/hess-22-4061-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 22, issue 7

Research article

27 Jul 2018

Research article | 27 Jul 2018

Understanding terrestrial water storage variations in northern latitudes across scales

Tina Trautmann et al.

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Month	HTML	PDF	XML	Total
Nov 2017	95	35	2	132
Dec 2017	242	39	4	285
Jan 2018	53	22	4	79
Feb 2018	71	11	10	92
Mar 2018	36	21	5	62
Apr 2018	43	7	4	54
May 2018	35	9	3	47
Jun 2018	34	16	5	55
Jul 2018	171	65	7	243
Aug 2018	209	73	3	285
Sep 2018	35	27	0	62
Oct 2018	25	30	1	56
Nov 2018	19	21	1	41
Dec 2018	19	12	1	32
Jan 2019	28	27	0	55
Feb 2019	18	13	0	31
Mar 2019	20	28	1	49
Apr 2019	11	17	0	28
May 2019	24	13	0	37
Jun 2019	29	17	1	47
Jul 2019	17	13	1	31
Aug 2019	12	21	0	33
Sep 2019	11	15	0	26
Oct 2019	38	22	2	62
Nov 2019	18	14	0	32
Dec 2019	18	19	1	38
Jan 2020	19	16	4	39
Feb 2020	26	8	1	35
Mar 2020	17	10	0	27
Apr 2020	21	14	0	35
May 2020	40	14	1	55
Jun 2020	25	7	0	32
Jul 2020	32	20	0	52
Aug 2020	17	16	1	34
Sep 2020	39	18	0	57
Oct 2020	15	10	1	26
Nov 2020	29	23	0	52
Dec 2020	9	11	0	20
Jan 2021	32	20	0	52
Feb 2021	34	9	1	44
Mar 2021	21	13	1	35
Apr 2021	19	6	0	25
May 2021	18	13	0	31
Jun 2021	23	7	0	30
Jul 2021	14	17	0	31
Aug 2021	14	14	0	28
Sep 2021	15	10	0	25
Oct 2021	17	31	1	49
Nov 2021	31	31	0	62
Dec 2021	23	8	1	32
Jan 2022	30	11	0	41
Feb 2022	26	8	3	37
Mar 2022	19	9	0	28
Apr 2022	26	8	1	35
May 2022	18	7	1	26
Jun 2022	19	9	1	29

Cumulative views and downloads (calculated since 29 Nov 2017)

Month	HTML	PDF	XML	Total
Nov 2017	95	35	2	132
Dec 2017	242	39	4	285
Jan 2018	53	22	4	79
Feb 2018	71	11	10	92
Mar 2018	36	21	5	62
Apr 2018	43	7	4	54
May 2018	35	9	3	47
Jun 2018	34	16	5	55
Jul 2018	171	65	7	243
Aug 2018	209	73	3	285
Sep 2018	35	27	0	62
Oct 2018	25	30	1	56
Nov 2018	19	21	1	41
Dec 2018	19	12	1	32
Jan 2019	28	27	0	55
Feb 2019	18	13	0	31
Mar 2019	20	28	1	49
Apr 2019	11	17	0	28
May 2019	24	13	0	37
Jun 2019	29	17	1	47
Jul 2019	17	13	1	31
Aug 2019	12	21	0	33
Sep 2019	11	15	0	26
Oct 2019	38	22	2	62
Nov 2019	18	14	0	32
Dec 2019	18	19	1	38
Jan 2020	19	16	4	39
Feb 2020	26	8	1	35
Mar 2020	17	10	0	27
Apr 2020	21	14	0	35
May 2020	40	14	1	55
Jun 2020	25	7	0	32
Jul 2020	32	20	0	52
Aug 2020	17	16	1	34
Sep 2020	39	18	0	57
Oct 2020	15	10	1	26
Nov 2020	29	23	0	52
Dec 2020	9	11	0	20
Jan 2021	32	20	0	52
Feb 2021	34	9	1	44
Mar 2021	21	13	1	35
Apr 2021	19	6	0	25
May 2021	18	13	0	31
Jun 2021	23	7	0	30
Jul 2021	14	17	0	31
Aug 2021	14	14	0	28
Sep 2021	15	10	0	25
Oct 2021	17	31	1	49
Nov 2021	31	31	0	62
Dec 2021	23	8	1	32
Jan 2022	30	11	0	41
Feb 2022	26	8	3	37
Mar 2022	19	9	0	28
Apr 2022	26	8	1	35
May 2022	18	7	1	26
Jun 2022	19	9	1	29

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Short summary

In this study, we adjust a simple hydrological model to several observational datasets, including satellite observations of the land's total water storage. We apply the model to northern latitudes and find that the dominating factor of changes in the total water storage depends on both the spatial and temporal scale of analysis. While snow dominates seasonal variations, liquid water determines year-to-year variations, yet with increasing contribution of snow when averaging over larger regions.

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