Developing drought impact functions for drought risk management

Bachmair, Sophie; Svensson, Cecilia; Prosdocimi, Ilaria; Hannaford, Jamie; Stahl, Kerstin

doi:10.5194/nhess-17-1947-2017

Articles | Volume 17, issue 11

https://doi.org/10.5194/nhess-17-1947-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

Damage of natural hazards: assessment and mitigation

https://doi.org/10.5194/nhess-17-1947-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 17, issue 11

Research article

|

16 Nov 2017

Research article |

| 16 Nov 2017

Developing drought impact functions for drought risk management

Sophie Bachmair, Cecilia Svensson, Ilaria Prosdocimi, Jamie Hannaford, and Kerstin Stahl

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Total article views: 5,370 (including HTML, PDF, and XML)

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3,171	1,990	209	5,370	176	215

HTML: 3,171
PDF: 1,990
XML: 209
Total: 5,370
BibTeX: 176
EndNote: 215

Views and downloads (calculated since 31 May 2017)

Month	HTML	PDF	XML	Total
May 2017	44	12	1	57
Jun 2017	167	45	8	220
Jul 2017	45	13	3	61
Aug 2017	54	20	0	74
Sep 2017	23	12	0	35
Oct 2017	12	8	2	22
Nov 2017	164	66	4	234
Dec 2017	69	37	7	113
Jan 2018	46	51	7	104
Feb 2018	35	32	0	67
Mar 2018	30	29	2	61
Apr 2018	17	17	0	34
May 2018	24	18	1	43
Jun 2018	16	21	4	41
Jul 2018	25	18	1	44
Aug 2018	35	23	3	61
Sep 2018	13	23	4	40
Oct 2018	24	29	2	55
Nov 2018	23	18	2	43
Dec 2018	18	17	0	35
Jan 2019	23	19	2	44
Feb 2019	17	15	0	32
Mar 2019	12	17	1	30
Apr 2019	9	21	0	30
May 2019	15	10	1	26
Jun 2019	26	11	1	38
Jul 2019	14	16	0	30
Aug 2019	20	7	0	27
Sep 2019	16	17	0	33
Oct 2019	17	19	1	37
Nov 2019	24	16	2	42
Dec 2019	15	13	1	29
Jan 2020	27	14	3	44
Feb 2020	19	20	0	39
Mar 2020	18	17	4	39
Apr 2020	12	9	2	23
May 2020	16	6	3	25
Jun 2020	35	15	1	51
Jul 2020	16	20	7	43
Aug 2020	10	8	4	22
Sep 2020	13	10	0	23
Oct 2020	11	7	1	19
Nov 2020	17	10	3	30
Dec 2020	10	20	0	30
Jan 2021	28	14	1	43
Feb 2021	20	15	3	38
Mar 2021	33	16	1	50
Apr 2021	25	13	1	39
May 2021	21	14	2	37
Jun 2021	13	12	0	25
Jul 2021	14	11	3	28
Aug 2021	14	17	1	32
Sep 2021	19	24	1	44
Oct 2021	14	46	1	61
Nov 2021	28	34	4	66
Dec 2021	21	21	2	44
Jan 2022	21	22	2	45
Feb 2022	19	21	3	43
Mar 2022	18	18	2	38
Apr 2022	23	17	2	42
May 2022	14	13	1	28
Jun 2022	17	13	2	32
Jul 2022	13	14	1	28
Aug 2022	19	20	0	39
Sep 2022	19	16	0	35
Oct 2022	21	14	2	37
Nov 2022	28	26	2	56
Dec 2022	24	14	1	39
Jan 2023	24	32	2	58
Feb 2023	43	16	1	60
Mar 2023	47	22	1	70
Apr 2023	39	18	2	59
May 2023	36	19	5	60
Jun 2023	22	25	0	47
Jul 2023	44	26	3	73
Aug 2023	27	20	4	51
Sep 2023	25	19	1	45
Oct 2023	26	18	2	46
Nov 2023	24	16	3	43
Dec 2023	52	13	2	67
Jan 2024	20	11	4	35
Feb 2024	29	13	1	43
Mar 2024	26	41	8	75
Apr 2024	45	23	5	73
May 2024	39	20	2	61
Jun 2024	38	18	1	57
Jul 2024	51	34	5	90
Aug 2024	45	18	4	67
Sep 2024	30	14	2	46
Oct 2024	46	17	3	66
Nov 2024	22	7	0	29
Dec 2024	24	12	5	41
Jan 2025	38	11	0	49
Feb 2025	37	18	1	56
Mar 2025	35	15	1	51
Apr 2025	65	22	0	87
May 2025	50	18	2	70
Jun 2025	67	18	0	85
Jul 2025	59	13	2	74
Aug 2025	54	33	2	89
Sep 2025	58	19	4	81
Oct 2025	51	34	4	89
Nov 2025	49	22	1	72
Dec 2025	2	4	0	6

Cumulative views and downloads (calculated since 31 May 2017)

Month	HTML	PDF	XML	Total
May 2017	44	12	1	57
Jun 2017	167	45	8	220
Jul 2017	45	13	3	61
Aug 2017	54	20	0	74
Sep 2017	23	12	0	35
Oct 2017	12	8	2	22
Nov 2017	164	66	4	234
Dec 2017	69	37	7	113
Jan 2018	46	51	7	104
Feb 2018	35	32	0	67
Mar 2018	30	29	2	61
Apr 2018	17	17	0	34
May 2018	24	18	1	43
Jun 2018	16	21	4	41
Jul 2018	25	18	1	44
Aug 2018	35	23	3	61
Sep 2018	13	23	4	40
Oct 2018	24	29	2	55
Nov 2018	23	18	2	43
Dec 2018	18	17	0	35
Jan 2019	23	19	2	44
Feb 2019	17	15	0	32
Mar 2019	12	17	1	30
Apr 2019	9	21	0	30
May 2019	15	10	1	26
Jun 2019	26	11	1	38
Jul 2019	14	16	0	30
Aug 2019	20	7	0	27
Sep 2019	16	17	0	33
Oct 2019	17	19	1	37
Nov 2019	24	16	2	42
Dec 2019	15	13	1	29
Jan 2020	27	14	3	44
Feb 2020	19	20	0	39
Mar 2020	18	17	4	39
Apr 2020	12	9	2	23
May 2020	16	6	3	25
Jun 2020	35	15	1	51
Jul 2020	16	20	7	43
Aug 2020	10	8	4	22
Sep 2020	13	10	0	23
Oct 2020	11	7	1	19
Nov 2020	17	10	3	30
Dec 2020	10	20	0	30
Jan 2021	28	14	1	43
Feb 2021	20	15	3	38
Mar 2021	33	16	1	50
Apr 2021	25	13	1	39
May 2021	21	14	2	37
Jun 2021	13	12	0	25
Jul 2021	14	11	3	28
Aug 2021	14	17	1	32
Sep 2021	19	24	1	44
Oct 2021	14	46	1	61
Nov 2021	28	34	4	66
Dec 2021	21	21	2	44
Jan 2022	21	22	2	45
Feb 2022	19	21	3	43
Mar 2022	18	18	2	38
Apr 2022	23	17	2	42
May 2022	14	13	1	28
Jun 2022	17	13	2	32
Jul 2022	13	14	1	28
Aug 2022	19	20	0	39
Sep 2022	19	16	0	35
Oct 2022	21	14	2	37
Nov 2022	28	26	2	56
Dec 2022	24	14	1	39
Jan 2023	24	32	2	58
Feb 2023	43	16	1	60
Mar 2023	47	22	1	70
Apr 2023	39	18	2	59
May 2023	36	19	5	60
Jun 2023	22	25	0	47
Jul 2023	44	26	3	73
Aug 2023	27	20	4	51
Sep 2023	25	19	1	45
Oct 2023	26	18	2	46
Nov 2023	24	16	3	43
Dec 2023	52	13	2	67
Jan 2024	20	11	4	35
Feb 2024	29	13	1	43
Mar 2024	26	41	8	75
Apr 2024	45	23	5	73
May 2024	39	20	2	61
Jun 2024	38	18	1	57
Jul 2024	51	34	5	90
Aug 2024	45	18	4	67
Sep 2024	30	14	2	46
Oct 2024	46	17	3	66
Nov 2024	22	7	0	29
Dec 2024	24	12	5	41
Jan 2025	38	11	0	49
Feb 2025	37	18	1	56
Mar 2025	35	15	1	51
Apr 2025	65	22	0	87
May 2025	50	18	2	70
Jun 2025	67	18	0	85
Jul 2025	59	13	2	74
Aug 2025	54	33	2	89
Sep 2025	58	19	4	81
Oct 2025	51	34	4	89
Nov 2025	49	22	1	72
Dec 2025	2	4	0	6

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Total article views: 5,370 (including HTML, PDF, and XML) Thereof 5,077 with geography defined and 293 with unknown origin.

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1

1

Latest update: 06 Dec 2025

Short summary

This study tests the potential for developing empirical drought impact functions based on hydro-meteorological drought indicators as predictors and text-based reports on drought impacts as a surrogate variable for drought damage. We showcase three data-driven modeling approaches and assess the effect of impact report quantification method.


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