Mirror mode waves in Venus's magnetosheath: solar minimum vs. solar maximum

Volwerk, Martin; Schmid, Daniel; Tsurutani, Bruce T.; Delva, Magda; Plaschke, Ferdinand; Narita, Yasuhito; Zhang, Tielong; Glassmeier, Karl-Heinz

doi:10.5194/angeo-34-1099-2016

Articles | Volume 34, issue 11

https://doi.org/10.5194/angeo-34-1099-2016

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

https://doi.org/10.5194/angeo-34-1099-2016

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

Articles | Volume 34, issue 11

Regular paper

|

23 Nov 2016

Regular paper |

| 23 Nov 2016

Mirror mode waves in Venus's magnetosheath: solar minimum vs. solar maximum

Martin Volwerk, Daniel Schmid, Bruce T. Tsurutani, Magda Delva, Ferdinand Plaschke, Yasuhito Narita, Tielong Zhang, and Karl-Heinz Glassmeier

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Total article views: 4,023 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
3,262	668	93	4,023	113	169

HTML: 3,262
PDF: 668
XML: 93
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EndNote: 169

Views and downloads (calculated since 23 Nov 2016)

Month	HTML	PDF	XML	Total
Nov 2016	20	9	0	29
Dec 2016	29	11	1	41
Jan 2017	30	7	0	37
Feb 2017	10	6	0	16
Mar 2017	20	9	0	29
Apr 2017	85	7	0	92
May 2017	22	7	1	30
Jun 2017	19	2	0	21
Jul 2017	13	4	0	17
Aug 2017	4	5	0	9
Sep 2017	8	5	0	13
Oct 2017	5	2	0	7
Nov 2017	10	7	0	17
Dec 2017	9	12	0	21
Jan 2018	10	10	0	20
Feb 2018	8	3	0	11
Mar 2018	6	5	1	12
Apr 2018	9	10	0	19
May 2018	8	3	0	11
Jun 2018	6	5	1	12
Jul 2018	7	2	0	9
Aug 2018	4	4	0	8
Sep 2018	5	4	1	10
Oct 2018	6	7	1	14
Nov 2018	13	4	1	18
Dec 2018	11	8	1	20
Jan 2019	5	3	0	8
Feb 2019	8	3	0	11
Mar 2019	4	4	0	8
Apr 2019	22	5	0	27
May 2019	33	3	0	36
Jun 2019	27	7	0	34
Jul 2019	21	4	0	25
Aug 2019	28	5	0	33
Sep 2019	26	3	0	29
Oct 2019	27	4	1	32
Nov 2019	29	9	0	38
Dec 2019	28	4	0	32
Jan 2020	27	4	1	32
Feb 2020	31	4	0	35
Mar 2020	24	7	0	31
Apr 2020	24	2	0	26
May 2020	30	3	0	33
Jun 2020	25	3	0	28
Jul 2020	38	12	9	59
Aug 2020	28	2	2	32
Sep 2020	22	2	0	24
Oct 2020	28	11	0	39
Nov 2020	27	13	2	42
Dec 2020	39	11	0	50
Jan 2021	42	8	0	50
Feb 2021	45	6	1	52
Mar 2021	40	7	0	47
Apr 2021	38	7	0	45
May 2021	36	4	0	40
Jun 2021	37	6	0	43
Jul 2021	36	4	1	41
Aug 2021	39	3	0	42
Sep 2021	37	8	1	46
Oct 2021	33	16	0	49
Nov 2021	36	18	0	54
Dec 2021	41	2	0	43
Jan 2022	41	3	0	44
Feb 2022	38	9	3	50
Mar 2022	38	4	0	42
Apr 2022	36	5	2	43
May 2022	35	6	0	41
Jun 2022	38	6	0	44
Jul 2022	35	3	0	38
Aug 2022	45	7	0	52
Sep 2022	44	3	0	47
Oct 2022	43	4	0	47
Nov 2022	46	8	0	54
Dec 2022	38	4	0	42
Jan 2023	28	5	0	33
Feb 2023	11	5	0	16
Mar 2023	12	4	0	16
Apr 2023	3	4	0	7
May 2023	25	7	4	36
Jun 2023	31	4	0	35
Jul 2023	13	1	1	15
Aug 2023	23	5	1	29
Sep 2023	110	9	2	121
Oct 2023	223	4	0	227
Nov 2023	243	3	1	247
Dec 2023	13	5	2	20
Jan 2024	5	4	0	9
Feb 2024	9	8	2	19
Mar 2024	9	3	2	14
Apr 2024	15	4	3	22
May 2024	19	9	11	39
Jun 2024	42	2	2	46
Jul 2024	15	6	5	26
Aug 2024	18	2	2	22
Sep 2024	16	2	0	18
Oct 2024	15	5	3	23
Nov 2024	21	1	3	25
Dec 2024	24	6	2	32
Jan 2025	12	9	2	23
Feb 2025	23	5	1	29
Mar 2025	13	6	1	20
Apr 2025	12	12	0	24
May 2025	27	8	2	37
Jun 2025	46	7	0	53
Jul 2025	26	9	2	37
Aug 2025	53	8	2	63
Sep 2025	111	16	3	130
Oct 2025	31	14	2	47
Nov 2025	34	27	1	62
Dec 2025	16	2	0	18

Cumulative views and downloads (calculated since 23 Nov 2016)

Month	HTML	PDF	XML	Total
Nov 2016	20	9	0	29
Dec 2016	29	11	1	41
Jan 2017	30	7	0	37
Feb 2017	10	6	0	16
Mar 2017	20	9	0	29
Apr 2017	85	7	0	92
May 2017	22	7	1	30
Jun 2017	19	2	0	21
Jul 2017	13	4	0	17
Aug 2017	4	5	0	9
Sep 2017	8	5	0	13
Oct 2017	5	2	0	7
Nov 2017	10	7	0	17
Dec 2017	9	12	0	21
Jan 2018	10	10	0	20
Feb 2018	8	3	0	11
Mar 2018	6	5	1	12
Apr 2018	9	10	0	19
May 2018	8	3	0	11
Jun 2018	6	5	1	12
Jul 2018	7	2	0	9
Aug 2018	4	4	0	8
Sep 2018	5	4	1	10
Oct 2018	6	7	1	14
Nov 2018	13	4	1	18
Dec 2018	11	8	1	20
Jan 2019	5	3	0	8
Feb 2019	8	3	0	11
Mar 2019	4	4	0	8
Apr 2019	22	5	0	27
May 2019	33	3	0	36
Jun 2019	27	7	0	34
Jul 2019	21	4	0	25
Aug 2019	28	5	0	33
Sep 2019	26	3	0	29
Oct 2019	27	4	1	32
Nov 2019	29	9	0	38
Dec 2019	28	4	0	32
Jan 2020	27	4	1	32
Feb 2020	31	4	0	35
Mar 2020	24	7	0	31
Apr 2020	24	2	0	26
May 2020	30	3	0	33
Jun 2020	25	3	0	28
Jul 2020	38	12	9	59
Aug 2020	28	2	2	32
Sep 2020	22	2	0	24
Oct 2020	28	11	0	39
Nov 2020	27	13	2	42
Dec 2020	39	11	0	50
Jan 2021	42	8	0	50
Feb 2021	45	6	1	52
Mar 2021	40	7	0	47
Apr 2021	38	7	0	45
May 2021	36	4	0	40
Jun 2021	37	6	0	43
Jul 2021	36	4	1	41
Aug 2021	39	3	0	42
Sep 2021	37	8	1	46
Oct 2021	33	16	0	49
Nov 2021	36	18	0	54
Dec 2021	41	2	0	43
Jan 2022	41	3	0	44
Feb 2022	38	9	3	50
Mar 2022	38	4	0	42
Apr 2022	36	5	2	43
May 2022	35	6	0	41
Jun 2022	38	6	0	44
Jul 2022	35	3	0	38
Aug 2022	45	7	0	52
Sep 2022	44	3	0	47
Oct 2022	43	4	0	47
Nov 2022	46	8	0	54
Dec 2022	38	4	0	42
Jan 2023	28	5	0	33
Feb 2023	11	5	0	16
Mar 2023	12	4	0	16
Apr 2023	3	4	0	7
May 2023	25	7	4	36
Jun 2023	31	4	0	35
Jul 2023	13	1	1	15
Aug 2023	23	5	1	29
Sep 2023	110	9	2	121
Oct 2023	223	4	0	227
Nov 2023	243	3	1	247
Dec 2023	13	5	2	20
Jan 2024	5	4	0	9
Feb 2024	9	8	2	19
Mar 2024	9	3	2	14
Apr 2024	15	4	3	22
May 2024	19	9	11	39
Jun 2024	42	2	2	46
Jul 2024	15	6	5	26
Aug 2024	18	2	2	22
Sep 2024	16	2	0	18
Oct 2024	15	5	3	23
Nov 2024	21	1	3	25
Dec 2024	24	6	2	32
Jan 2025	12	9	2	23
Feb 2025	23	5	1	29
Mar 2025	13	6	1	20
Apr 2025	12	12	0	24
May 2025	27	8	2	37
Jun 2025	46	7	0	53
Jul 2025	26	9	2	37
Aug 2025	53	8	2	63
Sep 2025	111	16	3	130
Oct 2025	31	14	2	47
Nov 2025	34	27	1	62
Dec 2025	16	2	0	18

Latest update: 06 Dec 2025

Short summary

The behaviour of mirror mode waves in Venus's magnetosheath is investigated for solar minimum and maximum conditions. It is shown that the total observational rate of these waves does not change much; however, the distribution over the magnetosheath is significantly different, as well as the growth and decay of the waves during these different solar activity conditions.