Developments in large-scale coastal flood hazard mapping

Vousdoukas, Michalis I.; Voukouvalas, Evangelos; Mentaschi, Lorenzo; Dottori, Francesco; Giardino, Alessio; Bouziotas, Dimitrios; Bianchi, Alessandra; Salamon, Peter; Feyen, Luc

doi:https://doi.org/10.5194/nhess-16-1841-2016

Articles | Volume 16, issue 8

https://doi.org/10.5194/nhess-16-1841-2016

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

https://doi.org/10.5194/nhess-16-1841-2016

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

Articles | Volume 16, issue 8

Research article

|

10 Aug 2016

Research article |

| 10 Aug 2016

Developments in large-scale coastal flood hazard mapping

Michalis I. Vousdoukas, Evangelos Voukouvalas, Lorenzo Mentaschi, Francesco Dottori, Alessio Giardino, Dimitrios Bouziotas, Alessandra Bianchi, Peter Salamon, and Luc Feyen

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5,377	2,899	239	8,515	187	214

HTML: 5,377
PDF: 2,899
XML: 239
Total: 8,515
BibTeX: 187
EndNote: 214

Views and downloads (calculated since 11 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	68	34	1	103
May 2016	32	15	0	47
Jun 2016	8	8	3	19
Jul 2016	16	8	2	26
Aug 2016	79	30	1	110
Sep 2016	50	20	1	71
Oct 2016	20	8	1	29
Nov 2016	21	12	1	34
Dec 2016	9	6	0	15
Jan 2017	17	12	0	29
Feb 2017	19	10	0	29
Mar 2017	101	42	0	143
Apr 2017	33	23	0	56
May 2017	60	27	0	87
Jun 2017	25	23	1	49
Jul 2017	21	16	0	37
Aug 2017	13	14	1	28
Sep 2017	24	17	0	41
Oct 2017	19	19	1	39
Nov 2017	27	14	2	43
Dec 2017	18	18	3	39
Jan 2018	34	24	1	59
Feb 2018	27	16	3	46
Mar 2018	27	15	3	45
Apr 2018	19	13	1	33
May 2018	25	17	1	43
Jun 2018	28	15	2	45
Jul 2018	25	14	3	42
Aug 2018	31	18	3	52
Sep 2018	27	21	2	50
Oct 2018	38	37	3	78
Nov 2018	33	28	2	63
Dec 2018	22	18	0	40
Jan 2019	17	16	3	36
Feb 2019	18	23	0	41
Mar 2019	20	18	1	39
Apr 2019	9	7	0	16
May 2019	10	20	0	30
Jun 2019	25	18	1	44
Jul 2019	18	17	2	37
Aug 2019	13	12	0	25
Sep 2019	17	30	3	50
Oct 2019	15	21	0	36
Nov 2019	17	14	1	32
Dec 2019	18	9	0	27
Jan 2020	21	22	2	45
Feb 2020	11	14	0	25
Mar 2020	29	20	1	50
Apr 2020	14	15	2	31
May 2020	18	13	4	35
Jun 2020	37	23	0	60
Jul 2020	34	30	10	74
Aug 2020	19	24	5	48
Sep 2020	31	19	2	52
Oct 2020	21	17	3	41
Nov 2020	19	21	2	42
Dec 2020	21	12	1	34
Jan 2021	41	19	3	63
Feb 2021	35	24	4	63
Mar 2021	30	19	2	51
Apr 2021	28	29	0	57
May 2021	28	37	2	67
Jun 2021	40	38	2	80
Jul 2021	37	42	3	82
Aug 2021	23	31	1	55
Sep 2021	43	41	4	88
Oct 2021	39	58	1	98
Nov 2021	27	43	3	73
Dec 2021	36	21	6	63
Jan 2022	30	28	3	61
Feb 2022	31	27	2	60
Mar 2022	35	29	4	68
Apr 2022	42	34	3	79
May 2022	28	26	3	57
Jun 2022	27	20	1	48
Jul 2022	18	23	2	43
Aug 2022	32	27	3	62
Sep 2022	42	32	5	79
Oct 2022	27	48	5	80
Nov 2022	39	30	3	72
Dec 2022	56	21	3	80
Jan 2023	67	34	1	102
Feb 2023	39	34	2	75
Mar 2023	80	57	2	139
Apr 2023	52	63	5	120
May 2023	54	24	4	82
Jun 2023	87	30	2	119
Jul 2023	74	26	2	102
Aug 2023	83	32	4	119
Sep 2023	202	38	2	242
Oct 2023	340	56	8	404
Nov 2023	266	41	3	310
Dec 2023	82	36	3	121
Jan 2024	71	34	1	106
Feb 2024	105	30	1	136
Mar 2024	81	35	3	119
Apr 2024	79	32	6	117
May 2024	51	36	4	91
Jun 2024	80	38	2	120
Jul 2024	48	51	4	103
Aug 2024	55	15	6	76
Sep 2024	51	21	2	74
Oct 2024	64	16	1	81
Nov 2024	69	24	3	96
Dec 2024	74	35	1	110
Jan 2025	55	26	0	81
Feb 2025	75	19	3	97
Mar 2025	47	17	1	65
Apr 2025	106	22	0	128
May 2025	96	21	1	118
Jun 2025	92	35	1	128
Jul 2025	82	30	2	114
Aug 2025	94	32	2	128
Sep 2025	86	28	2	116
Oct 2025	72	30	2	104
Nov 2025	16	7	0	23

Cumulative views and downloads (calculated since 11 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	68	34	1	103
May 2016	32	15	0	47
Jun 2016	8	8	3	19
Jul 2016	16	8	2	26
Aug 2016	79	30	1	110
Sep 2016	50	20	1	71
Oct 2016	20	8	1	29
Nov 2016	21	12	1	34
Dec 2016	9	6	0	15
Jan 2017	17	12	0	29
Feb 2017	19	10	0	29
Mar 2017	101	42	0	143
Apr 2017	33	23	0	56
May 2017	60	27	0	87
Jun 2017	25	23	1	49
Jul 2017	21	16	0	37
Aug 2017	13	14	1	28
Sep 2017	24	17	0	41
Oct 2017	19	19	1	39
Nov 2017	27	14	2	43
Dec 2017	18	18	3	39
Jan 2018	34	24	1	59
Feb 2018	27	16	3	46
Mar 2018	27	15	3	45
Apr 2018	19	13	1	33
May 2018	25	17	1	43
Jun 2018	28	15	2	45
Jul 2018	25	14	3	42
Aug 2018	31	18	3	52
Sep 2018	27	21	2	50
Oct 2018	38	37	3	78
Nov 2018	33	28	2	63
Dec 2018	22	18	0	40
Jan 2019	17	16	3	36
Feb 2019	18	23	0	41
Mar 2019	20	18	1	39
Apr 2019	9	7	0	16
May 2019	10	20	0	30
Jun 2019	25	18	1	44
Jul 2019	18	17	2	37
Aug 2019	13	12	0	25
Sep 2019	17	30	3	50
Oct 2019	15	21	0	36
Nov 2019	17	14	1	32
Dec 2019	18	9	0	27
Jan 2020	21	22	2	45
Feb 2020	11	14	0	25
Mar 2020	29	20	1	50
Apr 2020	14	15	2	31
May 2020	18	13	4	35
Jun 2020	37	23	0	60
Jul 2020	34	30	10	74
Aug 2020	19	24	5	48
Sep 2020	31	19	2	52
Oct 2020	21	17	3	41
Nov 2020	19	21	2	42
Dec 2020	21	12	1	34
Jan 2021	41	19	3	63
Feb 2021	35	24	4	63
Mar 2021	30	19	2	51
Apr 2021	28	29	0	57
May 2021	28	37	2	67
Jun 2021	40	38	2	80
Jul 2021	37	42	3	82
Aug 2021	23	31	1	55
Sep 2021	43	41	4	88
Oct 2021	39	58	1	98
Nov 2021	27	43	3	73
Dec 2021	36	21	6	63
Jan 2022	30	28	3	61
Feb 2022	31	27	2	60
Mar 2022	35	29	4	68
Apr 2022	42	34	3	79
May 2022	28	26	3	57
Jun 2022	27	20	1	48
Jul 2022	18	23	2	43
Aug 2022	32	27	3	62
Sep 2022	42	32	5	79
Oct 2022	27	48	5	80
Nov 2022	39	30	3	72
Dec 2022	56	21	3	80
Jan 2023	67	34	1	102
Feb 2023	39	34	2	75
Mar 2023	80	57	2	139
Apr 2023	52	63	5	120
May 2023	54	24	4	82
Jun 2023	87	30	2	119
Jul 2023	74	26	2	102
Aug 2023	83	32	4	119
Sep 2023	202	38	2	242
Oct 2023	340	56	8	404
Nov 2023	266	41	3	310
Dec 2023	82	36	3	121
Jan 2024	71	34	1	106
Feb 2024	105	30	1	136
Mar 2024	81	35	3	119
Apr 2024	79	32	6	117
May 2024	51	36	4	91
Jun 2024	80	38	2	120
Jul 2024	48	51	4	103
Aug 2024	55	15	6	76
Sep 2024	51	21	2	74
Oct 2024	64	16	1	81
Nov 2024	69	24	3	96
Dec 2024	74	35	1	110
Jan 2025	55	26	0	81
Feb 2025	75	19	3	97
Mar 2025	47	17	1	65
Apr 2025	106	22	0	128
May 2025	96	21	1	118
Jun 2025	92	35	1	128
Jul 2025	82	30	2	114
Aug 2025	94	32	2	128
Sep 2025	86	28	2	116
Oct 2025	72	30	2	104
Nov 2025	16	7	0	23

Latest update: 07 Nov 2025

Short summary

Coastal flooding has severe socioeconomic impacts that are projected to increase under the changing climate. The present contribution reports on efforts towards a new methodology for mapping coastal flood hazard at European scale, combining the contribution of waves, improved inundation modeling and an open, physics-based framework which can be constantly upgraded whenever new and more accurate data become available.