GIS analysis of effects of future Baltic sea level rise  on the island of Gotland, Sweden

Ebert, Karin; Ekstedt, Karin; Jarsjö, Jerker

doi:https://doi.org/10.5194/nhess-16-1571-2016

Articles | Volume 16, issue 7

https://doi.org/10.5194/nhess-16-1571-2016

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

Special issue:

Geomorphometry: advances in technologies and methods for Earth...

https://doi.org/10.5194/nhess-16-1571-2016

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

Articles | Volume 16, issue 7

Research article

|

07 Jul 2016

Research article |

| 07 Jul 2016

GIS analysis of effects of future Baltic sea level rise on the island of Gotland, Sweden

Karin Ebert, Karin Ekstedt, and Jerker Jarsjö

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Month	HTML	PDF	XML	Total
Mar 2016	116	32	2	150
Apr 2016	36	6	0	42
May 2016	8	5	0	13
Jun 2016	15	4	1	20
Jul 2016	79	28	4	111
Aug 2016	44	12	2	58
Sep 2016	37	17	0	54
Oct 2016	29	13	2	44
Nov 2016	17	2	1	20
Dec 2016	15	6	0	21
Jan 2017	15	11	1	27
Feb 2017	16	15	1	32
Mar 2017	33	17	4	54
Apr 2017	30	24	0	54
May 2017	58	78	5	141
Jun 2017	22	23	1	46
Jul 2017	13	8	0	21
Aug 2017	11	30	1	42
Sep 2017	12	22	1	35
Oct 2017	10	23	1	34
Nov 2017	22	38	1	61
Dec 2017	11	31	2	44
Jan 2018	19	32	2	53
Feb 2018	15	24	0	39
Mar 2018	16	29	3	48
Apr 2018	10	22	1	33
May 2018	14	25	0	39
Jun 2018	17	24	3	44
Jul 2018	15	32	2	49
Aug 2018	27	44	3	74
Sep 2018	22	43	4	69
Oct 2018	17	43	2	62
Nov 2018	27	42	0	69
Dec 2018	15	37	0	52
Jan 2019	19	32	4	55
Feb 2019	13	29	0	42
Mar 2019	13	33	3	49
Apr 2019	8	32	3	43
May 2019	8	31	3	42
Jun 2019	11	32	0	43
Jul 2019	12	34	0	46
Aug 2019	10	28	0	38
Sep 2019	8	18	0	26
Oct 2019	7	22	1	30
Nov 2019	12	27	1	40
Dec 2019	10	19	0	29
Jan 2020	15	24	3	42
Feb 2020	15	11	2	28
Mar 2020	6	10	0	16
Apr 2020	7	12	1	20
May 2020	11	12	5	28
Jun 2020	22	19	3	44
Jul 2020	28	35	9	72
Aug 2020	12	18	4	34
Sep 2020	16	14	0	30
Oct 2020	15	30	1	46
Nov 2020	25	25	2	52
Dec 2020	24	8	0	32
Jan 2021	35	26	8	69
Feb 2021	21	16	2	39
Mar 2021	18	10	0	28
Apr 2021	19	21	1	41
May 2021	20	34	1	55
Jun 2021	15	11	0	26
Jul 2021	13	13	0	26
Aug 2021	14	13	0	27
Sep 2021	15	22	0	37
Oct 2021	14	54	0	68
Nov 2021	26	40	2	68
Dec 2021	29	20	2	51
Jan 2022	24	17	0	41
Feb 2022	19	20	1	40
Mar 2022	9	17	1	27
Apr 2022	17	15	4	36
May 2022	23	18	2	43
Jun 2022	14	14	1	29
Jul 2022	19	15	0	34
Aug 2022	23	7	1	31
Sep 2022	18	21	1	40
Oct 2022	12	8	1	21
Nov 2022	20	14	1	35
Dec 2022	15	11	0	26
Jan 2023	20	18	2	40
Feb 2023	20	9	1	30
Mar 2023	19	16	0	35
Apr 2023	6	10	0	16
May 2023	26	15	4	45
Jun 2023	39	5	0	44
Jul 2023	14	4	1	19
Aug 2023	24	12	5	41
Sep 2023	12	11	0	23
Oct 2023	17	9	1	27
Nov 2023	15	6	5	26
Dec 2023	20	11	1	32
Jan 2024	24	10	4	38
Feb 2024	19	11	1	31
Mar 2024	16	15	1	32
Apr 2024	27	13	6	46
May 2024	22	8	4	34
Jun 2024	13	9	3	25
Jul 2024	32	13	4	49
Aug 2024	15	6	3	24
Sep 2024	13	8	1	22
Oct 2024	19	14	0	33
Nov 2024	3	0	3

Cumulative views and downloads (calculated since 01 Mar 2016)

Month	HTML	PDF	XML	Total
Mar 2016	116	32	2	150
Apr 2016	36	6	0	42
May 2016	8	5	0	13
Jun 2016	15	4	1	20
Jul 2016	79	28	4	111
Aug 2016	44	12	2	58
Sep 2016	37	17	0	54
Oct 2016	29	13	2	44
Nov 2016	17	2	1	20
Dec 2016	15	6	0	21
Jan 2017	15	11	1	27
Feb 2017	16	15	1	32
Mar 2017	33	17	4	54
Apr 2017	30	24	0	54
May 2017	58	78	5	141
Jun 2017	22	23	1	46
Jul 2017	13	8	0	21
Aug 2017	11	30	1	42
Sep 2017	12	22	1	35
Oct 2017	10	23	1	34
Nov 2017	22	38	1	61
Dec 2017	11	31	2	44
Jan 2018	19	32	2	53
Feb 2018	15	24	0	39
Mar 2018	16	29	3	48
Apr 2018	10	22	1	33
May 2018	14	25	0	39
Jun 2018	17	24	3	44
Jul 2018	15	32	2	49
Aug 2018	27	44	3	74
Sep 2018	22	43	4	69
Oct 2018	17	43	2	62
Nov 2018	27	42	0	69
Dec 2018	15	37	0	52
Jan 2019	19	32	4	55
Feb 2019	13	29	0	42
Mar 2019	13	33	3	49
Apr 2019	8	32	3	43
May 2019	8	31	3	42
Jun 2019	11	32	0	43
Jul 2019	12	34	0	46
Aug 2019	10	28	0	38
Sep 2019	8	18	0	26
Oct 2019	7	22	1	30
Nov 2019	12	27	1	40
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Feb 2020	15	11	2	28
Mar 2020	6	10	0	16
Apr 2020	7	12	1	20
May 2020	11	12	5	28
Jun 2020	22	19	3	44
Jul 2020	28	35	9	72
Aug 2020	12	18	4	34
Sep 2020	16	14	0	30
Oct 2020	15	30	1	46
Nov 2020	25	25	2	52
Dec 2020	24	8	0	32
Jan 2021	35	26	8	69
Feb 2021	21	16	2	39
Mar 2021	18	10	0	28
Apr 2021	19	21	1	41
May 2021	20	34	1	55
Jun 2021	15	11	0	26
Jul 2021	13	13	0	26
Aug 2021	14	13	0	27
Sep 2021	15	22	0	37
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Nov 2021	26	40	2	68
Dec 2021	29	20	2	51
Jan 2022	24	17	0	41
Feb 2022	19	20	1	40
Mar 2022	9	17	1	27
Apr 2022	17	15	4	36
May 2022	23	18	2	43
Jun 2022	14	14	1	29
Jul 2022	19	15	0	34
Aug 2022	23	7	1	31
Sep 2022	18	21	1	40
Oct 2022	12	8	1	21
Nov 2022	20	14	1	35
Dec 2022	15	11	0	26
Jan 2023	20	18	2	40
Feb 2023	20	9	1	30
Mar 2023	19	16	0	35
Apr 2023	6	10	0	16
May 2023	26	15	4	45
Jun 2023	39	5	0	44
Jul 2023	14	4	1	19
Aug 2023	24	12	5	41
Sep 2023	12	11	0	23
Oct 2023	17	9	1	27
Nov 2023	15	6	5	26
Dec 2023	20	11	1	32
Jan 2024	24	10	4	38
Feb 2024	19	11	1	31
Mar 2024	16	15	1	32
Apr 2024	27	13	6	46
May 2024	22	8	4	34
Jun 2024	13	9	3	25
Jul 2024	32	13	4	49
Aug 2024	15	6	3	24
Sep 2024	13	8	1	22
Oct 2024	19	14	0	33
Nov 2024	3	0	3

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Short summary

Future sea level rise is inevitable. We investigate the effects of 2 m sea level rise on the island of Gotland, Sweden. In a multi-criteria analysis we analyze the quantity of infrastructure that will be inundated, and the effect of saltwater intrusion in wells. Almost 100 km² (3 %) of Gotland's land area will be inundated. Important touristic and nature values will be strongest affected. Well salinization will greatly increase. Administrative planning is needed to prepare for changes.