Natural streamflow simulation for two largest river basins in Poland: a baseline for identification of flow alterations

Piniewski, Mikołaj

doi:10.5194/piahs-373-101-2016

Articles | Volume 373

https://doi.org/10.5194/piahs-373-101-2016

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

https://doi.org/10.5194/piahs-373-101-2016

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

Articles | Volume 373

12 May 2016

| 12 May 2016

Natural streamflow simulation for two largest river basins in Poland: a baseline for identification of flow alterations

Mikołaj Piniewski

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May 2016	25	10	0	35
Jun 2016	7	3	0	10
Jul 2016	9	5	1	15
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Oct 2016	9	4	1	14
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Jan 2020	6	11	0	17
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Apr 2020	14	6	0	20
May 2020	14	11	1	26
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Oct 2020	3	6	0	9
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Jan 2021	4	6	0	10
Feb 2021	4	3	1	8
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Apr 2021	4	4	0	8
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Jan 2022	14	8	1	23
Feb 2022	4	2	1	7
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Jan 2023	5	8	0	13
Feb 2023	3	2	0	5
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May 2023	5	9	0	14
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Apr 2024	11	6	3	20
May 2024	6	6	2	14
Jun 2024	19	2	2	23
Jul 2024	18	2	2	22
Aug 2024	35	5	1	41
Sep 2024	17	4	0	21
Oct 2024	7	4	1	12
Nov 2024	15	2	17
Dec 2024	4	2	0	6
Jan 2025	10	2	4	16
Feb 2025	13	5	2	20
Mar 2025	11	6	2	19
Apr 2025	10	7	0	17
May 2025	12	5	1	18
Jun 2025	19	4	1	24
Jul 2025	13	12	1	26
Aug 2025	26	6	2	34
Sep 2025	50	14	0	64
Oct 2025	25	16	2	43
Nov 2025	12	8	0	20

Cumulative views and downloads (calculated since 12 May 2016)

Month	HTML	PDF	XML	Total
May 2016	25	10	0	35
Jun 2016	7	3	0	10
Jul 2016	9	5	1	15
Aug 2016	7	4	0	11
Sep 2016	11	1	1	13
Oct 2016	9	4	1	14
Nov 2016	3	2	0	5
Dec 2016	3	1	0	4
Jan 2017	6	3	0	9
Feb 2017	2	3	0	5
Mar 2017	8	4	0	12
Apr 2017	8	6	1	15
May 2017	8	5	0	13
Jun 2017	6	4	0	10
Jul 2017	1	2	0	3
Aug 2017	3	4	1	8
Sep 2017	6	4	0	10
Oct 2017	4	5	1	10
Nov 2017	8	8	4	20
Dec 2017	3	2	2	7
Jan 2018	12	7	3	22
Feb 2018	21	3	7	31
Mar 2018	10	5	2	17
Apr 2018	2	3	2	7
May 2018	7	4	2	13
Jun 2018	5	5	8	18
Jul 2018	6	4	0	10
Aug 2018	6	4	0	10
Sep 2018	6	8	0	14
Oct 2018	9	14	1	24
Nov 2018	9	5	0	14
Dec 2018	4	3	1	8
Jan 2019	7	7	1	15
Feb 2019	11	2	0	13
Mar 2019	18	12	0	30
Apr 2019	9	5	2	16
May 2019	7	3	0	10
Jun 2019	7	6	0	13
Jul 2019	9	9	1	19
Aug 2019	6	8	1	15
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Oct 2019	5	7	0	12
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Jun 2020	48	5	1	54
Jul 2020	60	41	40	141
Aug 2020	4	4	2	10
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Mar 2022	9	5	0	14
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Dec 2022	8	6	2	16
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Aug 2023	8	7	0	15
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Jan 2024	2	3	0	5
Feb 2024	5	8	0	13
Mar 2024	3	3	0	6
Apr 2024	11	6	3	20
May 2024	6	6	2	14
Jun 2024	19	2	2	23
Jul 2024	18	2	2	22
Aug 2024	35	5	1	41
Sep 2024	17	4	0	21
Oct 2024	7	4	1	12
Nov 2024	15	2	17
Dec 2024	4	2	0	6
Jan 2025	10	2	4	16
Feb 2025	13	5	2	20
Mar 2025	11	6	2	19
Apr 2025	10	7	0	17
May 2025	12	5	1	18
Jun 2025	19	4	1	24
Jul 2025	13	12	1	26
Aug 2025	26	6	2	34
Sep 2025	50	14	0	64
Oct 2025	25	16	2	43
Nov 2025	12	8	0	20

Latest update: 14 Nov 2025

Short summary

Dams are major source of flow alteration and quantifying their impact is crucial from the point of view of the EU's environmental flow policy. This study demonstrates a method of assessing flow alteration by dams using a large-scale high-resolution hydrological model (SWAT) and three major Polish reservoirs as case studies. The results show that it has some advantages over more conventional methods, e.g. it allows for distinguishing between direct human effect and natural climatic effect.