OpenDrift v1.0: a generic framework for trajectory modelling

Dagestad, Knut-Frode; Röhrs, Johannes; Breivik, Øyvind; Ådlandsvik, Bjørn

doi:10.5194/gmd-11-1405-2018

Articles | Volume 11, issue 4

https://doi.org/10.5194/gmd-11-1405-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

https://doi.org/10.5194/gmd-11-1405-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 11, issue 4

Model description paper

|

13 Apr 2018

Model description paper |

| 13 Apr 2018

OpenDrift v1.0: a generic framework for trajectory modelling

Knut-Frode Dagestad, Johannes Röhrs, Øyvind Breivik, and Bjørn Ådlandsvik

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Total article views: 11,833 (including HTML, PDF, and XML)

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Views and downloads (calculated since 30 Aug 2017)

Month	HTML	PDF	XML	Total
Aug 2017	64	21	2	87
Sep 2017	147	60	0	207
Oct 2017	50	34	1	85
Nov 2017	33	29	0	62
Dec 2017	18	23	1	42
Jan 2018	43	26	2	71
Feb 2018	54	32	5	91
Mar 2018	45	27	2	74
Apr 2018	180	75	6	261
May 2018	55	38	4	97
Jun 2018	47	36	1	84
Jul 2018	19	23	2	44
Aug 2018	31	33	0	64
Sep 2018	24	30	0	54
Oct 2018	40	44	1	85
Nov 2018	30	32	3	65
Dec 2018	32	34	0	66
Jan 2019	28	39	3	70
Feb 2019	22	21	1	44
Mar 2019	39	33	1	73
Apr 2019	17	25	1	43
May 2019	38	26	1	65
Jun 2019	31	23	0	54
Jul 2019	27	15	7	49
Aug 2019	26	28	10	64
Sep 2019	25	18	5	48
Oct 2019	44	42	6	92
Nov 2019	34	28	5	67
Dec 2019	32	29	5	66
Jan 2020	41	44	7	92
Feb 2020	43	35	4	82
Mar 2020	27	40	5	72
Apr 2020	51	33	1	85
May 2020	44	31	5	80
Jun 2020	36	29	5	70
Jul 2020	57	94	31	182
Aug 2020	22	27	4	53
Sep 2020	28	25	3	56
Oct 2020	31	24	8	63
Nov 2020	31	36	3	70
Dec 2020	32	23	8	63
Jan 2021	58	52	10	120
Feb 2021	41	33	5	79
Mar 2021	38	45	8	91
Apr 2021	46	44	7	97
May 2021	63	53	11	127
Jun 2021	32	40	1	73
Jul 2021	27	36	3	66
Aug 2021	31	46	2	79
Sep 2021	45	51	2	98
Oct 2021	42	70	6	118
Nov 2021	45	51	5	101
Dec 2021	42	46	2	90
Jan 2022	53	59	3	115
Feb 2022	52	41	3	96
Mar 2022	54	54	3	111
Apr 2022	79	44	1	124
May 2022	75	34	3	112
Jun 2022	89	48	3	140
Jul 2022	71	44	1	116
Aug 2022	90	47	3	140
Sep 2022	69	33	2	104
Oct 2022	84	55	5	144
Nov 2022	128	85	5	218
Dec 2022	123	52	1	176
Jan 2023	106	66	0	172
Feb 2023	111	68	6	185
Mar 2023	153	81	22	256
Apr 2023	90	74	1	165
May 2023	101	88	2	191
Jun 2023	84	61	3	148
Jul 2023	80	71	4	155
Aug 2023	93	66	6	165
Sep 2023	84	70	0	154
Oct 2023	102	66	5	173
Nov 2023	51	55	1	107
Dec 2023	99	82	5	186
Jan 2024	112	67	3	182
Feb 2024	80	67	1	148
Mar 2024	121	107	4	232
Apr 2024	104	63	4	171
May 2024	84	113	9	206
Jun 2024	72	67	2	141
Jul 2024	70	64	6	140
Aug 2024	87	53	4	144
Sep 2024	79	63	4	146
Oct 2024	80	76	0	156
Nov 2024	90	78	3	171
Dec 2024	82	94	1	177
Jan 2025	84	87	4	175
Feb 2025	117	68	4	189
Mar 2025	77	64	1	142
Apr 2025	81	76	1	158
May 2025	86	60	0	146
Jun 2025	94	75	1	170
Jul 2025	78	66	1	145
Aug 2025	109	71	2	182
Sep 2025	103	102	5	210
Oct 2025	92	90	6	188
Nov 2025	41	38	1	80

Cumulative views and downloads (calculated since 30 Aug 2017)

Month	HTML	PDF	XML	Total
Aug 2017	64	21	2	87
Sep 2017	147	60	0	207
Oct 2017	50	34	1	85
Nov 2017	33	29	0	62
Dec 2017	18	23	1	42
Jan 2018	43	26	2	71
Feb 2018	54	32	5	91
Mar 2018	45	27	2	74
Apr 2018	180	75	6	261
May 2018	55	38	4	97
Jun 2018	47	36	1	84
Jul 2018	19	23	2	44
Aug 2018	31	33	0	64
Sep 2018	24	30	0	54
Oct 2018	40	44	1	85
Nov 2018	30	32	3	65
Dec 2018	32	34	0	66
Jan 2019	28	39	3	70
Feb 2019	22	21	1	44
Mar 2019	39	33	1	73
Apr 2019	17	25	1	43
May 2019	38	26	1	65
Jun 2019	31	23	0	54
Jul 2019	27	15	7	49
Aug 2019	26	28	10	64
Sep 2019	25	18	5	48
Oct 2019	44	42	6	92
Nov 2019	34	28	5	67
Dec 2019	32	29	5	66
Jan 2020	41	44	7	92
Feb 2020	43	35	4	82
Mar 2020	27	40	5	72
Apr 2020	51	33	1	85
May 2020	44	31	5	80
Jun 2020	36	29	5	70
Jul 2020	57	94	31	182
Aug 2020	22	27	4	53
Sep 2020	28	25	3	56
Oct 2020	31	24	8	63
Nov 2020	31	36	3	70
Dec 2020	32	23	8	63
Jan 2021	58	52	10	120
Feb 2021	41	33	5	79
Mar 2021	38	45	8	91
Apr 2021	46	44	7	97
May 2021	63	53	11	127
Jun 2021	32	40	1	73
Jul 2021	27	36	3	66
Aug 2021	31	46	2	79
Sep 2021	45	51	2	98
Oct 2021	42	70	6	118
Nov 2021	45	51	5	101
Dec 2021	42	46	2	90
Jan 2022	53	59	3	115
Feb 2022	52	41	3	96
Mar 2022	54	54	3	111
Apr 2022	79	44	1	124
May 2022	75	34	3	112
Jun 2022	89	48	3	140
Jul 2022	71	44	1	116
Aug 2022	90	47	3	140
Sep 2022	69	33	2	104
Oct 2022	84	55	5	144
Nov 2022	128	85	5	218
Dec 2022	123	52	1	176
Jan 2023	106	66	0	172
Feb 2023	111	68	6	185
Mar 2023	153	81	22	256
Apr 2023	90	74	1	165
May 2023	101	88	2	191
Jun 2023	84	61	3	148
Jul 2023	80	71	4	155
Aug 2023	93	66	6	165
Sep 2023	84	70	0	154
Oct 2023	102	66	5	173
Nov 2023	51	55	1	107
Dec 2023	99	82	5	186
Jan 2024	112	67	3	182
Feb 2024	80	67	1	148
Mar 2024	121	107	4	232
Apr 2024	104	63	4	171
May 2024	84	113	9	206
Jun 2024	72	67	2	141
Jul 2024	70	64	6	140
Aug 2024	87	53	4	144
Sep 2024	79	63	4	146
Oct 2024	80	76	0	156
Nov 2024	90	78	3	171
Dec 2024	82	94	1	177
Jan 2025	84	87	4	175
Feb 2025	117	68	4	189
Mar 2025	77	64	1	142
Apr 2025	81	76	1	158
May 2025	86	60	0	146
Jun 2025	94	75	1	170
Jul 2025	78	66	1	145
Aug 2025	109	71	2	182
Sep 2025	103	102	5	210
Oct 2025	92	90	6	188
Nov 2025	41	38	1	80

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Total article views: 11,833 (including HTML, PDF, and XML) Thereof 11,049 with geography defined and 784 with unknown origin.

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Latest update: 13 Nov 2025

Short summary

We have developed a computer code with ability to predict how various substances and objects drift in the ocean. This may be used to, e.g. predict the drift of oil to aid cleanup operations, the drift of man-over-board or lifeboats to aid search and rescue operations, or the drift of fish eggs and larvae to understand and manage fish stocks. This new code merges all such applications into one software tool, allowing to optimise and channel any available resources and developments.


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