Local irrigation systems, regional hydrological problems and the demand for overarching solutions at the example of an irrigation system in the P.R. of China

Nijssen, David; Schumann, Andreas H.; Monninkhoff, Bertram

doi:https://doi.org/10.5194/piahs-373-37-2016

Articles | Volume 373

https://doi.org/10.5194/piahs-373-37-2016

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

https://doi.org/10.5194/piahs-373-37-2016

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

Articles | Volume 373

12 May 2016

| 12 May 2016

Local irrigation systems, regional hydrological problems and the demand for overarching solutions at the example of an irrigation system in the P.R. of China

David Nijssen, Andreas H. Schumann, and Bertram Monninkhoff

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Jan 2020	13	19	0	32
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Jul 2020	69	49	42	160
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Oct 2020	7	9	0	16
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Feb 2021	8	16	0	24
Mar 2021	6	13	0	19
Apr 2021	6	17	0	23
May 2021	11	11	0	22
Jun 2021	10	19	0	29
Jul 2021	3	5	0	8
Aug 2021	3	6	1	10
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Jan 2022	11	10	1	22
Feb 2022	7	4	1	12
Mar 2022	6	2	0	8
Apr 2022	7	4	1	12
May 2022	4	5	0	9
Jun 2022	4	8	0	12
Jul 2022	4	7	0	11
Aug 2022	6	3	0	9
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Dec 2022	7	8	0	15
Jan 2023	4	3	2	9
Feb 2023	4	2	0	6
Mar 2023	8	5	0	13
Apr 2023	8	2	10
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Jun 2023	4	16	1	21
Jul 2023	5	8	2	15
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Sep 2023	6	7	1	14
Oct 2023	7	1	8
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Jan 2024	2	5	0	7
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Cumulative views and downloads (calculated since 12 May 2016)

Month	HTML	PDF	XML	Total
May 2016	29	10	0	39
Jun 2016	36	3	0	39
Jul 2016	51	3	1	55
Aug 2016	89	1	0	90
Sep 2016	66	2	1	69
Oct 2016	71	2	1	74
Nov 2016	6	4	0	10
Dec 2016	5	4	0	9
Jan 2017	11	3	0	14
Feb 2017	7	3	0	10
Mar 2017	22	8	1	31
Apr 2017	31	5	0	36
May 2017	27	5	0	32
Jun 2017	23	3	0	26
Jul 2017	19	3	0	22
Aug 2017	12	7	0	19
Sep 2017	23	7	0	30
Oct 2017	15	7	1	23
Nov 2017	16	6	1	23
Dec 2017	18	5	0	23
Jan 2018	22	8	1	31
Feb 2018	37	6	5	48
Mar 2018	24	6	1	31
Apr 2018	19	5	0	24
May 2018	22	3	0	25
Jun 2018	20	9	2	31
Jul 2018	21	7	0	28
Aug 2018	27	4	1	32
Sep 2018	21	9	0	30
Oct 2018	24	15	0	39
Nov 2018	29	12	0	41
Dec 2018	7	3	0	10
Jan 2019	7	11	1	19
Feb 2019	12	7	1	20
Mar 2019	16	16	0	32
Apr 2019	12	12	0	24
May 2019	14	12	0	26
Jun 2019	6	16	0	22
Jul 2019	7	18	0	25
Aug 2019	11	15	1	27
Sep 2019	11	14	0	25
Oct 2019	7	15	0	22
Nov 2019	6	17	0	23
Dec 2019	9	14	0	23
Jan 2020	13	19	0	32
Feb 2020	12	11	1	24
Mar 2020	10	9	0	19
Apr 2020	13	12	0	25
May 2020	15	6	1	22
Jun 2020	39	12	1	52
Jul 2020	69	49	42	160
Aug 2020	7	7	2	16
Sep 2020	13	8	0	21
Oct 2020	7	9	0	16
Nov 2020	9	6	0	15
Dec 2020	18	17	0	35
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May 2023	13	15	0	28
Jun 2023	4	16	1	21
Jul 2023	5	8	2	15
Aug 2023	4	4	0	8
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Dec 2023	4	7	1	12
Jan 2024	2	5	0	7
Feb 2024	1	3	0	4
Mar 2024	2	4	0	6
Apr 2024	5	12	3	20

Latest update: 25 Apr 2024

Short summary

To objectively compare possible solutions for drought, they have to be commensurable; a daunting condition if they are implementable on dissimilar spatial scales and/or physical compartments. In a water scarce region in China it is it is shown how a generic meta-model in form of a dynamic water balance simulating the hydrosystem, including anthropogenic factors, allows the appraisal of various measure's effects on one one factor; thus securing commensurability.