Integrating laboratory and field data to quantify the immersion freezing ice nucleation activity of mineral dust particles

DeMott, P. J.; Prenni, A. J.; McMeeking, G. R.; Sullivan, R. C.; Petters, M. D.; Tobo, Y.; Niemand, M.; Möhler, O.; Snider, J. R.; Wang, Z.; Kreidenweis, S. M.

doi:10.5194/acp-15-393-2015

Articles | Volume 15, issue 1

https://doi.org/10.5194/acp-15-393-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/acp-15-393-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 15, issue 1

Research article

|

13 Jan 2015

Research article |

| 13 Jan 2015

Integrating laboratory and field data to quantify the immersion freezing ice nucleation activity of mineral dust particles

P. J. DeMott, A. J. Prenni, G. R. McMeeking, R. C. Sullivan, M. D. Petters, Y. Tobo, M. Niemand, O. Möhler, J. R. Snider, Z. Wang, and S. M. Kreidenweis

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Month	HTML	PDF	XML	Total
Jun 2014	69	74	6	149
Jul 2014	89	145	10	244
Aug 2014	22	40	4	66
Sep 2014	17	21	3	41
Oct 2014	21	22	1	44
Nov 2014	18	28	4	50
Dec 2014	23	27	1	51
Jan 2015	213	174	6	393
Feb 2015	62	46	1	109
Mar 2015	53	22	2	77
Apr 2015	43	26	2	71
May 2015	33	35	1	69
Jun 2015	61	46	1	108
Jul 2015	51	70	2	123
Aug 2015	28	53	1	82
Sep 2015	17	54	0	71
Oct 2015	27	47	0	74
Nov 2015	46	63	3	112
Dec 2015	30	46	1	77
Jan 2016	49	35	3	87
Feb 2016	33	20	1	54
Mar 2016	25	25	0	50
Apr 2016	20	31	1	52
May 2016	12	14	0	26
Jun 2016	14	14	1	29
Jul 2016	14	11	3	28
Aug 2016	25	15	0	40
Sep 2016	11	13	0	24
Oct 2016	14	15	0	29
Nov 2016	11	17	3	31
Dec 2016	10	26	2	38
Jan 2017	27	40	7	74
Feb 2017	25	24	3	52
Mar 2017	43	54	4	101
Apr 2017	48	59	6	113
May 2017	26	23	5	54
Jun 2017	44	36	1	81
Jul 2017	31	18	2	51
Aug 2017	17	22	1	40
Sep 2017	18	19	2	39
Oct 2017	16	39	0	55
Nov 2017	22	33	0	55
Dec 2017	14	21	2	37
Jan 2018	19	24	1	44
Feb 2018	17	24	3	44
Mar 2018	25	30	4	59
Apr 2018	8	21	2	31
May 2018	14	21	3	38
Jun 2018	12	20	3	35
Jul 2018	12	15	3	30
Aug 2018	26	37	3	66
Sep 2018	19	19	3	41
Oct 2018	26	20	5	51
Nov 2018	31	25	5	61
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Jan 2019	20	23	2	45
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Mar 2019	25	16	0	41
Apr 2019	11	15	0	26
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Jul 2019	12	19	0	31
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Oct 2019	12	17	1	30
Nov 2019	16	18	0	34
Dec 2019	27	17	0	44
Jan 2020	33	11	0	44
Feb 2020	12	4	0	16
Mar 2020	11	12	0	23
Apr 2020	21	22	0	43
May 2020	20	12	0	32
Jun 2020	30	9	0	39
Jul 2020	25	21	4	50
Aug 2020	19	20	3	42
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Oct 2020	25	18	1	44
Nov 2020	15	13	1	29
Dec 2020	13	15	2	30
Jan 2021	24	20	2	46
Feb 2021	23	11	1	35
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Apr 2021	19	23	0	42
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Jun 2022	36	17	0	53
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Nov 2022	65	21	0	86
Dec 2022	40	20	0	60
Jan 2023	57	18	0	75
Feb 2023	82	28	0	110
Mar 2023	120	42	0	162
Apr 2023	61	49	0	110
May 2023	89	33	1	123
Jun 2023	76	20	0	96
Jul 2023	84	21	2	107
Aug 2023	104	32	3	139
Sep 2023	100	15	2	117
Oct 2023	108	45	16	169
Nov 2023	63	17	6	86
Dec 2023	105	11	5	121
Jan 2024	104	41	7	152
Feb 2024	125	26	0	151
Mar 2024	164	33	5	202
Apr 2024	128	32	3	163
May 2024	91	57	3	151
Jun 2024	67	32	4	103
Jul 2024	61	54	4	119
Aug 2024	78	53	1	132
Sep 2024	71	37	2	110
Oct 2024	67	25	1	93
Nov 2024	100	18	2	120
Dec 2024	72	22	5	99
Jan 2025	51	18	6	75
Feb 2025	78	21	5	104
Mar 2025	76	28	1	105
Apr 2025	72	32	3	107
May 2025	104	21	6	131
Jun 2025	90	11	0	101
Jul 2025	78	36	0	114
Aug 2025	125	21	3	149
Sep 2025	116	18	5	139
Oct 2025	77	26	0	103
Nov 2025	72	30	5	107
Dec 2025	104	49	7	160
Jan 2026	104	55	11	170
Feb 2026	95	35	2	132
Mar 2026	103	34	8	145
Apr 2026	22	12	0	34

Cumulative views and downloads (calculated since 27 Jun 2014)

Month	HTML	PDF	XML	Total
Jun 2014	69	74	6	149
Jul 2014	89	145	10	244
Aug 2014	22	40	4	66
Sep 2014	17	21	3	41
Oct 2014	21	22	1	44
Nov 2014	18	28	4	50
Dec 2014	23	27	1	51
Jan 2015	213	174	6	393
Feb 2015	62	46	1	109
Mar 2015	53	22	2	77
Apr 2015	43	26	2	71
May 2015	33	35	1	69
Jun 2015	61	46	1	108
Jul 2015	51	70	2	123
Aug 2015	28	53	1	82
Sep 2015	17	54	0	71
Oct 2015	27	47	0	74
Nov 2015	46	63	3	112
Dec 2015	30	46	1	77
Jan 2016	49	35	3	87
Feb 2016	33	20	1	54
Mar 2016	25	25	0	50
Apr 2016	20	31	1	52
May 2016	12	14	0	26
Jun 2016	14	14	1	29
Jul 2016	14	11	3	28
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Oct 2016	14	15	0	29
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Dec 2016	10	26	2	38
Jan 2017	27	40	7	74
Feb 2017	25	24	3	52
Mar 2017	43	54	4	101
Apr 2017	48	59	6	113
May 2017	26	23	5	54
Jun 2017	44	36	1	81
Jul 2017	31	18	2	51
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Oct 2022	36	36	1	73
Nov 2022	65	21	0	86
Dec 2022	40	20	0	60
Jan 2023	57	18	0	75
Feb 2023	82	28	0	110
Mar 2023	120	42	0	162
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May 2023	89	33	1	123
Jun 2023	76	20	0	96
Jul 2023	84	21	2	107
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Nov 2023	63	17	6	86
Dec 2023	105	11	5	121
Jan 2024	104	41	7	152
Feb 2024	125	26	0	151
Mar 2024	164	33	5	202
Apr 2024	128	32	3	163
May 2024	91	57	3	151
Jun 2024	67	32	4	103
Jul 2024	61	54	4	119
Aug 2024	78	53	1	132
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Feb 2025	78	21	5	104
Mar 2025	76	28	1	105
Apr 2025	72	32	3	107
May 2025	104	21	6	131
Jun 2025	90	11	0	101
Jul 2025	78	36	0	114
Aug 2025	125	21	3	149
Sep 2025	116	18	5	139
Oct 2025	77	26	0	103
Nov 2025	72	30	5	107
Dec 2025	104	49	7	160
Jan 2026	104	55	11	170
Feb 2026	95	35	2	132
Mar 2026	103	34	8	145
Apr 2026	22	12	0	34

Saved (final revised paper)

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Short summary

Laboratory and field data are used together to develop an empirical relation between the concentrations of mineral dust particles at sizes above 0.5 microns, approximated as a single compositional type, and ice nucleating particle concentrations measured versus temperature. This should be useful in global modeling of ice cloud formation. The utility of laboratory data for parameterization development is reinforced, and the need for careful interpretation of ice nucleation data is emphasized.