Typhoon Haiyan's sedimentary record in coastal environments of the Philippines and its palaeotempestological implications

Brill, Dominik; May, Simon Matthias; Engel, Max; Reyes, Michelle; Pint, Anna; Opitz, Stephan; Dierick, Manuel; Gonzalo, Lia Anne; Esser, Sascha; Brückner, Helmut

doi:10.5194/nhess-16-2799-2016

Articles | Volume 16, issue 12

https://doi.org/10.5194/nhess-16-2799-2016

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

https://doi.org/10.5194/nhess-16-2799-2016

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

Articles | Volume 16, issue 12

Research article

|

21 Dec 2016

Research article |

| 21 Dec 2016

Typhoon Haiyan's sedimentary record in coastal environments of the Philippines and its palaeotempestological implications

Dominik Brill, Simon Matthias May, Max Engel, Michelle Reyes, Anna Pint, Stephan Opitz, Manuel Dierick, Lia Anne Gonzalo, Sascha Esser, and Helmut Brückner

Viewed

Total article views: 4,484 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	Supplement	BibTeX	EndNote
2,173	2,026	285	4,484	574	181	206

HTML: 2,173
PDF: 2,026
XML: 285
Total: 4,484
Supplement: 574
BibTeX: 181
EndNote: 206

Views and downloads (calculated since 04 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	52	13	3	68
Aug 2016	22	6	1	29
Sep 2016	24	2	0	26
Oct 2016	22	6	1	29
Nov 2016	14	4	1	19
Dec 2016	26	9	2	37
Jan 2017	77	17	1	95
Feb 2017	41	11	6	58
Mar 2017	24	16	0	40
Apr 2017	16	11	2	29
May 2017	22	12	1	35
Jun 2017	25	10	0	35
Jul 2017	17	9	2	28
Aug 2017	11	17	2	30
Sep 2017	16	12	4	32
Oct 2017	9	17	2	28
Nov 2017	10	19	1	30
Dec 2017	13	20	6	39
Jan 2018	15	14	3	32
Feb 2018	10	12	3	25
Mar 2018	14	11	2	27
Apr 2018	8	12	3	23
May 2018	7	11	1	19
Jun 2018	12	12	1	25
Jul 2018	14	19	5	38
Aug 2018	27	21	6	54
Sep 2018	17	25	3	45
Oct 2018	12	13	5	30
Nov 2018	19	17	0	36
Dec 2018	10	18	6	34
Jan 2019	6	18	2	26
Feb 2019	10	20	0	30
Mar 2019	8	26	4	38
Apr 2019	5	11	0	16
May 2019	12	12	1	25
Jun 2019	10	13	0	23
Jul 2019	10	12	3	25
Aug 2019	4	12	2	18
Sep 2019	13	16	1	30
Oct 2019	7	11	1	19
Nov 2019	8	12	4	24
Dec 2019	7	10	0	17
Jan 2020	12	7	3	22
Feb 2020	10	17	0	27
Mar 2020	2	9	3	14
Apr 2020	9	6	3	18
May 2020	8	4	3	15
Jun 2020	14	21	2	37
Jul 2020	24	26	12	62
Aug 2020	9	17	5	31
Sep 2020	12	7	0	19
Oct 2020	3	5	0	8
Nov 2020	12	8	0	20
Dec 2020	10	18	2	30
Jan 2021	15	10	2	27
Feb 2021	14	14	1	29
Mar 2021	13	8	4	25
Apr 2021	11	11	3	25
May 2021	13	17	2	32
Jun 2021	15	18	4	37
Jul 2021	11	13	2	26
Aug 2021	16	11	5	32
Sep 2021	12	23	1	36
Oct 2021	10	60	1	71
Nov 2021	16	43	1	60
Dec 2021	12	15	6	33
Jan 2022	9	23	2	34
Feb 2022	12	18	4	34
Mar 2022	22	20	7	49
Apr 2022	40	20	3	63
May 2022	28	25	2	55
Jun 2022	7	11	3	21
Jul 2022	18	8	2	28
Aug 2022	28	10	0	38
Sep 2022	10	19	0	29
Oct 2022	13	33	10	56
Nov 2022	18	27	3	48
Dec 2022	26	18	2	46
Jan 2023	14	34	4	52
Feb 2023	17	19	1	37
Mar 2023	23	30	2	55
Apr 2023	11	25	2	38
May 2023	30	23	4	57
Jun 2023	34	7	0	41
Jul 2023	18	14	4	36
Aug 2023	18	15	2	35
Sep 2023	16	13	0	29
Oct 2023	19	16	1	36
Nov 2023	9	1	0	10
Dec 2023	10	12	1	23
Jan 2024	14	29	3	46
Feb 2024	11	13	4	28
Mar 2024	15	19	2	36
Apr 2024	25	14	4	43
May 2024	14	13	6	33
Jun 2024	22	8	2	32
Jul 2024	30	28	5	63
Aug 2024	16	17	3	36
Sep 2024	13	16	3	32
Oct 2024	21	25	2	48
Nov 2024	22	20	0	42
Dec 2024	17	13	1	31
Jan 2025	21	13	0	34
Feb 2025	27	16	0	43
Mar 2025	29	13	0	42
Apr 2025	25	23	0	48
May 2025	18	15	0	33
Jun 2025	44	20	2	66
Jul 2025	23	32	2	57
Aug 2025	29	23	0	52
Sep 2025	26	23	1	50
Oct 2025	37	42	2	81
Nov 2025	51	71	3	125
Dec 2025	51	36	5	92
Jan 2026	58	42	11	111
Feb 2026	46	24	5	75
Mar 2026	29	20	4	53

Cumulative views and downloads (calculated since 04 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	52	13	3	68
Aug 2016	22	6	1	29
Sep 2016	24	2	0	26
Oct 2016	22	6	1	29
Nov 2016	14	4	1	19
Dec 2016	26	9	2	37
Jan 2017	77	17	1	95
Feb 2017	41	11	6	58
Mar 2017	24	16	0	40
Apr 2017	16	11	2	29
May 2017	22	12	1	35
Jun 2017	25	10	0	35
Jul 2017	17	9	2	28
Aug 2017	11	17	2	30
Sep 2017	16	12	4	32
Oct 2017	9	17	2	28
Nov 2017	10	19	1	30
Dec 2017	13	20	6	39
Jan 2018	15	14	3	32
Feb 2018	10	12	3	25
Mar 2018	14	11	2	27
Apr 2018	8	12	3	23
May 2018	7	11	1	19
Jun 2018	12	12	1	25
Jul 2018	14	19	5	38
Aug 2018	27	21	6	54
Sep 2018	17	25	3	45
Oct 2018	12	13	5	30
Nov 2018	19	17	0	36
Dec 2018	10	18	6	34
Jan 2019	6	18	2	26
Feb 2019	10	20	0	30
Mar 2019	8	26	4	38
Apr 2019	5	11	0	16
May 2019	12	12	1	25
Jun 2019	10	13	0	23
Jul 2019	10	12	3	25
Aug 2019	4	12	2	18
Sep 2019	13	16	1	30
Oct 2019	7	11	1	19
Nov 2019	8	12	4	24
Dec 2019	7	10	0	17
Jan 2020	12	7	3	22
Feb 2020	10	17	0	27
Mar 2020	2	9	3	14
Apr 2020	9	6	3	18
May 2020	8	4	3	15
Jun 2020	14	21	2	37
Jul 2020	24	26	12	62
Aug 2020	9	17	5	31
Sep 2020	12	7	0	19
Oct 2020	3	5	0	8
Nov 2020	12	8	0	20
Dec 2020	10	18	2	30
Jan 2021	15	10	2	27
Feb 2021	14	14	1	29
Mar 2021	13	8	4	25
Apr 2021	11	11	3	25
May 2021	13	17	2	32
Jun 2021	15	18	4	37
Jul 2021	11	13	2	26
Aug 2021	16	11	5	32
Sep 2021	12	23	1	36
Oct 2021	10	60	1	71
Nov 2021	16	43	1	60
Dec 2021	12	15	6	33
Jan 2022	9	23	2	34
Feb 2022	12	18	4	34
Mar 2022	22	20	7	49
Apr 2022	40	20	3	63
May 2022	28	25	2	55
Jun 2022	7	11	3	21
Jul 2022	18	8	2	28
Aug 2022	28	10	0	38
Sep 2022	10	19	0	29
Oct 2022	13	33	10	56
Nov 2022	18	27	3	48
Dec 2022	26	18	2	46
Jan 2023	14	34	4	52
Feb 2023	17	19	1	37
Mar 2023	23	30	2	55
Apr 2023	11	25	2	38
May 2023	30	23	4	57
Jun 2023	34	7	0	41
Jul 2023	18	14	4	36
Aug 2023	18	15	2	35
Sep 2023	16	13	0	29
Oct 2023	19	16	1	36
Nov 2023	9	1	0	10
Dec 2023	10	12	1	23
Jan 2024	14	29	3	46
Feb 2024	11	13	4	28
Mar 2024	15	19	2	36
Apr 2024	25	14	4	43
May 2024	14	13	6	33
Jun 2024	22	8	2	32
Jul 2024	30	28	5	63
Aug 2024	16	17	3	36
Sep 2024	13	16	3	32
Oct 2024	21	25	2	48
Nov 2024	22	20	0	42
Dec 2024	17	13	1	31
Jan 2025	21	13	0	34
Feb 2025	27	16	0	43
Mar 2025	29	13	0	42
Apr 2025	25	23	0	48
May 2025	18	15	0	33
Jun 2025	44	20	2	66
Jul 2025	23	32	2	57
Aug 2025	29	23	0	52
Sep 2025	26	23	1	50
Oct 2025	37	42	2	81
Nov 2025	51	71	3	125
Dec 2025	51	36	5	92
Jan 2026	58	42	11	111
Feb 2026	46	24	5	75
Mar 2026	29	20	4	53

Discussed (final revised paper)

Latest update: 16 Mar 2026

Download

Article (18582 KB)
Full-text XML

Short summary

Sediments and landforms related to Typhoon Haiyan were documented for coastal settings on the Philippines. Sand sheets are restricted to coasts with strong inundation, while washover fans due to overtopping waves were more abundant. Wave-generated coral ridges are reported from an intertidal reef platform. As generated by an exceptional storm, documented signatures like the limited landward extent of sand sheets may potentially help to distinguish storm and tsunami in the geological record.