Assessing water footprint at river basin level: a case study for the Heihe River Basin in northwest China

Zeng, Z.; Liu, J.; Koeneman, P. H.; Zarate, E.; Hoekstra, A. Y.

doi:https://doi.org/10.5194/hess-16-2771-2012

Articles | Volume 16, issue 8

https://doi.org/10.5194/hess-16-2771-2012

© Author(s) 2012. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

Water, climate, and vegetation: ecohydrology in a changing...

https://doi.org/10.5194/hess-16-2771-2012

© Author(s) 2012. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 16, issue 8

Research article

|

16 Aug 2012

Research article |

| 16 Aug 2012

Assessing water footprint at river basin level: a case study for the Heihe River Basin in northwest China

Z. Zeng, J. Liu, P. H. Koeneman, E. Zarate, and A. Y. Hoekstra

Viewed

Total article views: 6,436 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
3,236	3,018	182	6,436	157	179

HTML: 3,236
PDF: 3,018
XML: 182
Total: 6,436
BibTeX: 157
EndNote: 179

Views and downloads (calculated since 01 Feb 2013, article published on 03 May 2012)

Month	HTML	PDF	XML	Total
Feb 2013	17	28	5	50
Mar 2013	12	25	0	37
Apr 2013	20	21	1	42
May 2013	17	25	0	42
Jun 2013	22	19	2	43
Jul 2013	17	21	0	38
Aug 2013	13	28	3	44
Sep 2013	21	29	5	55
Oct 2013	19	23	2	44
Nov 2013	19	30	0	49
Dec 2013	15	27	3	45
Jan 2014	19	61	5	85
Feb 2014	17	30	10	57
Mar 2014	35	39	11	85
Apr 2014	11	29	8	48
May 2014	14	49	5	68
Jun 2014	11	25	4	40
Jul 2014	15	43	1	59
Aug 2014	9	33	2	44
Sep 2014	17	44	2	63
Oct 2014	8	26	0	34
Nov 2014	9	58	0	67
Dec 2014	20	44	2	66
Jan 2015	3	25	0	28
Feb 2015	12	19	0	31
Mar 2015	23	10	0	33
Apr 2015	23	7	0	30
May 2015	9	5	0	14
Jun 2015	32	9	0	41
Jul 2015	27	11	2	40
Aug 2015	13	15	0	28
Sep 2015	17	15	0	32
Oct 2015	39	14	2	55
Nov 2015	27	12	0	39
Dec 2015	15	34	0	49
Jan 2016	26	21	0	47
Feb 2016	29	45	2	76
Mar 2016	36	39	0	75
Apr 2016	15	28	0	43
May 2016	14	7	0	21
Jun 2016	23	10	0	33
Jul 2016	20	8	2	30
Aug 2016	15	10	0	25
Sep 2016	14	5	0	19
Oct 2016	13	9	2	24
Nov 2016	9	21	0	30
Dec 2016	8	8	0	16
Jan 2017	19	8	0	27
Feb 2017	14	6	3	23
Mar 2017	26	15	2	43
Apr 2017	29	15	1	45
May 2017	37	16	1	54
Jun 2017	30	15	1	46
Jul 2017	17	9	0	26
Aug 2017	14	14	0	28
Sep 2017	16	27	0	43
Oct 2017	14	20	0	34
Nov 2017	15	12	0	27
Dec 2017	18	23	0	41
Jan 2018	7	16	0	23
Feb 2018	18	16	2	36
Mar 2018	14	21	0	35
Apr 2018	16	15	0	31
May 2018	10	16	1	27
Jun 2018	8	17	0	25
Jul 2018	14	32	0	46
Aug 2018	18	15	0	33
Sep 2018	16	16	0	32
Oct 2018	18	20	0	38
Nov 2018	15	19	0	34
Dec 2018	14	21	0	35
Jan 2019	14	11	0	25
Feb 2019	12	12	0	24
Mar 2019	7	13	0	20
Apr 2019	15	12	0	27
May 2019	18	11	1	30
Jun 2019	5	11	0	16
Jul 2019	12	15	0	27
Aug 2019	10	17	0	27
Sep 2019	11	13	0	24
Oct 2019	18	12	1	31
Nov 2019	27	16	0	43
Dec 2019	26	12	1	39
Jan 2020	32	14	1	47
Feb 2020	20	16	0	36
Mar 2020	23	16	1	40
Apr 2020	24	12	0	36
May 2020	13	9	0	22
Jun 2020	28	14	0	42
Jul 2020	42	27	14	83
Aug 2020	21	14	7	42
Sep 2020	25	11	0	36
Oct 2020	24	10	1	35
Nov 2020	34	13	0	47
Dec 2020	32	10	0	42
Jan 2021	34	13	0	47
Feb 2021	27	8	0	35
Mar 2021	33	18	1	52
Apr 2021	37	14	0	51
May 2021	34	14	2	50
Jun 2021	25	17	2	44
Jul 2021	23	15	0	38
Aug 2021	23	12	0	35
Sep 2021	29	24	1	54
Oct 2021	25	37	0	62
Nov 2021	26	35	1	62
Dec 2021	25	17	0	42
Jan 2022	39	22	1	62
Feb 2022	24	22	1	47
Mar 2022	51	48	0	99
Apr 2022	64	44	0	108
May 2022	22	20	1	43
Jun 2022	20	18	2	40
Jul 2022	14	10	0	24
Aug 2022	26	12	1	39
Sep 2022	17	11	0	28
Oct 2022	15	11	0	26
Nov 2022	24	23	1	48
Dec 2022	17	10	1	28
Jan 2023	28	21	3	52
Feb 2023	27	13	0	40
Mar 2023	29	26	0	55
Apr 2023	16	40	0	56
May 2023	17	13	0	30
Jun 2023	15	12	1	28
Jul 2023	19	28	2	49
Aug 2023	24	23	3	50
Sep 2023	15	19	1	35
Oct 2023	29	27	1	57
Nov 2023	14	12	3	29
Dec 2023	15	28	0	43
Jan 2024	20	11	1	32
Feb 2024	11	17	2	30
Mar 2024	19	25	1	45
Apr 2024	21	8	1	30
May 2024	32	21	3	56
Jun 2024	29	16	2	47
Jul 2024	37	13	5	55
Aug 2024	30	13	6	49
Sep 2024	15	9	5	29
Oct 2024	16	14	0	30
Nov 2024	17	20	2	39
Dec 2024	23	17	0	40
Jan 2025	19	23	0	42
Feb 2025	38	29	0	67
Mar 2025	30	26	2	58
Apr 2025	24	23	1	48
May 2025	37	15	0	52
Jun 2025	39	19	0	58
Jul 2025	30	21	1	52
Aug 2025	19	27	1	47
Sep 2025	42	19	0	61
Oct 2025	17	26	1	44

Cumulative views and downloads (calculated since 01 Feb 2013, article published on 03 May 2012)

Month	HTML	PDF	XML	Total
Feb 2013	17	28	5	50
Mar 2013	12	25	0	37
Apr 2013	20	21	1	42
May 2013	17	25	0	42
Jun 2013	22	19	2	43
Jul 2013	17	21	0	38
Aug 2013	13	28	3	44
Sep 2013	21	29	5	55
Oct 2013	19	23	2	44
Nov 2013	19	30	0	49
Dec 2013	15	27	3	45
Jan 2014	19	61	5	85
Feb 2014	17	30	10	57
Mar 2014	35	39	11	85
Apr 2014	11	29	8	48
May 2014	14	49	5	68
Jun 2014	11	25	4	40
Jul 2014	15	43	1	59
Aug 2014	9	33	2	44
Sep 2014	17	44	2	63
Oct 2014	8	26	0	34
Nov 2014	9	58	0	67
Dec 2014	20	44	2	66
Jan 2015	3	25	0	28
Feb 2015	12	19	0	31
Mar 2015	23	10	0	33
Apr 2015	23	7	0	30
May 2015	9	5	0	14
Jun 2015	32	9	0	41
Jul 2015	27	11	2	40
Aug 2015	13	15	0	28
Sep 2015	17	15	0	32
Oct 2015	39	14	2	55
Nov 2015	27	12	0	39
Dec 2015	15	34	0	49
Jan 2016	26	21	0	47
Feb 2016	29	45	2	76
Mar 2016	36	39	0	75
Apr 2016	15	28	0	43
May 2016	14	7	0	21
Jun 2016	23	10	0	33
Jul 2016	20	8	2	30
Aug 2016	15	10	0	25
Sep 2016	14	5	0	19
Oct 2016	13	9	2	24
Nov 2016	9	21	0	30
Dec 2016	8	8	0	16
Jan 2017	19	8	0	27
Feb 2017	14	6	3	23
Mar 2017	26	15	2	43
Apr 2017	29	15	1	45
May 2017	37	16	1	54
Jun 2017	30	15	1	46
Jul 2017	17	9	0	26
Aug 2017	14	14	0	28
Sep 2017	16	27	0	43
Oct 2017	14	20	0	34
Nov 2017	15	12	0	27
Dec 2017	18	23	0	41
Jan 2018	7	16	0	23
Feb 2018	18	16	2	36
Mar 2018	14	21	0	35
Apr 2018	16	15	0	31
May 2018	10	16	1	27
Jun 2018	8	17	0	25
Jul 2018	14	32	0	46
Aug 2018	18	15	0	33
Sep 2018	16	16	0	32
Oct 2018	18	20	0	38
Nov 2018	15	19	0	34
Dec 2018	14	21	0	35
Jan 2019	14	11	0	25
Feb 2019	12	12	0	24
Mar 2019	7	13	0	20
Apr 2019	15	12	0	27
May 2019	18	11	1	30
Jun 2019	5	11	0	16
Jul 2019	12	15	0	27
Aug 2019	10	17	0	27
Sep 2019	11	13	0	24
Oct 2019	18	12	1	31
Nov 2019	27	16	0	43
Dec 2019	26	12	1	39
Jan 2020	32	14	1	47
Feb 2020	20	16	0	36
Mar 2020	23	16	1	40
Apr 2020	24	12	0	36
May 2020	13	9	0	22
Jun 2020	28	14	0	42
Jul 2020	42	27	14	83
Aug 2020	21	14	7	42
Sep 2020	25	11	0	36
Oct 2020	24	10	1	35
Nov 2020	34	13	0	47
Dec 2020	32	10	0	42
Jan 2021	34	13	0	47
Feb 2021	27	8	0	35
Mar 2021	33	18	1	52
Apr 2021	37	14	0	51
May 2021	34	14	2	50
Jun 2021	25	17	2	44
Jul 2021	23	15	0	38
Aug 2021	23	12	0	35
Sep 2021	29	24	1	54
Oct 2021	25	37	0	62
Nov 2021	26	35	1	62
Dec 2021	25	17	0	42
Jan 2022	39	22	1	62
Feb 2022	24	22	1	47
Mar 2022	51	48	0	99
Apr 2022	64	44	0	108
May 2022	22	20	1	43
Jun 2022	20	18	2	40
Jul 2022	14	10	0	24
Aug 2022	26	12	1	39
Sep 2022	17	11	0	28
Oct 2022	15	11	0	26
Nov 2022	24	23	1	48
Dec 2022	17	10	1	28
Jan 2023	28	21	3	52
Feb 2023	27	13	0	40
Mar 2023	29	26	0	55
Apr 2023	16	40	0	56
May 2023	17	13	0	30
Jun 2023	15	12	1	28
Jul 2023	19	28	2	49
Aug 2023	24	23	3	50
Sep 2023	15	19	1	35
Oct 2023	29	27	1	57
Nov 2023	14	12	3	29
Dec 2023	15	28	0	43
Jan 2024	20	11	1	32
Feb 2024	11	17	2	30
Mar 2024	19	25	1	45
Apr 2024	21	8	1	30
May 2024	32	21	3	56
Jun 2024	29	16	2	47
Jul 2024	37	13	5	55
Aug 2024	30	13	6	49
Sep 2024	15	9	5	29
Oct 2024	16	14	0	30
Nov 2024	17	20	2	39
Dec 2024	23	17	0	40
Jan 2025	19	23	0	42
Feb 2025	38	29	0	67
Mar 2025	30	26	2	58
Apr 2025	24	23	1	48
May 2025	37	15	0	52
Jun 2025	39	19	0	58
Jul 2025	30	21	1	52
Aug 2025	19	27	1	47
Sep 2025	42	19	0	61
Oct 2025	17	26	1	44

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Latest update: 26 Oct 2025

Assessing water footprint at river basin level: a case study for the Heihe River Basin in northwest China

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