The International Satellite Cloud Climatology Project H-Series climate data record product

Young, Alisa H.; Knapp, Kenneth R.; Inamdar, Anand; Hankins, William; Rossow, William B.

doi:10.5194/essd-10-583-2018

Articles | Volume 10, issue 1

https://doi.org/10.5194/essd-10-583-2018

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

https://doi.org/10.5194/essd-10-583-2018

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

Articles | Volume 10, issue 1

Review article

|

16 Mar 2018

Review article |

| 16 Mar 2018

The International Satellite Cloud Climatology Project H-Series climate data record product

Alisa H. Young, Kenneth R. Knapp, Anand Inamdar, William Hankins, and William B. Rossow

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Total article views: 9,143 (including HTML, PDF, and XML)

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6,360	2,619	164	9,143	202	214

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XML: 164
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BibTeX: 202
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Views and downloads (calculated since 09 Aug 2017)

Month	HTML	PDF	XML	Total
Aug 2017	72	25	4	101
Sep 2017	40	9	1	50
Oct 2017	22	11	0	33
Nov 2017	32	8	1	41
Dec 2017	13	5	0	18
Jan 2018	19	12	1	32
Feb 2018	19	1	4	24
Mar 2018	160	43	6	209
Apr 2018	62	21	1	84
May 2018	37	20	1	58
Jun 2018	33	19	1	53
Jul 2018	15	16	0	31
Aug 2018	24	17	4	45
Sep 2018	24	15	0	39
Oct 2018	21	39	3	63
Nov 2018	31	66	0	97
Dec 2018	23	47	1	71
Jan 2019	22	45	0	67
Feb 2019	25	49	2	76
Mar 2019	12	45	2	59
Apr 2019	11	57	0	68
May 2019	24	52	0	76
Jun 2019	263	63	0	326
Jul 2019	245	79	0	324
Aug 2019	80	79	0	159
Sep 2019	93	69	0	162
Oct 2019	89	73	1	163
Nov 2019	176	47	0	223
Dec 2019	116	48	0	164
Jan 2020	87	55	1	143
Feb 2020	14	15	0	29
Mar 2020	15	6	0	21
Apr 2020	14	10	0	24
May 2020	19	7	0	26
Jun 2020	28	33	0	61
Jul 2020	87	47	10	144
Aug 2020	28	8	0	36
Sep 2020	35	17	0	52
Oct 2020	43	10	1	54
Nov 2020	42	13	2	57
Dec 2020	47	10	0	57
Jan 2021	53	14	1	68
Feb 2021	54	20	0	74
Mar 2021	44	15	0	59
Apr 2021	52	21	0	73
May 2021	36	11	2	49
Jun 2021	28	7	0	35
Jul 2021	30	20	0	50
Aug 2021	41	19	2	62
Sep 2021	50	25	0	75
Oct 2021	43	46	1	90
Nov 2021	56	27	1	84
Dec 2021	57	18	0	75
Jan 2022	32	23	1	56
Feb 2022	50	16	2	68
Mar 2022	48	15	1	64
Apr 2022	61	18	1	80
May 2022	37	15	2	54
Jun 2022	42	12	2	56
Jul 2022	34	8	0	42
Aug 2022	49	14	0	63
Sep 2022	30	11	1	42
Oct 2022	37	18	1	56
Nov 2022	90	24	0	114
Dec 2022	60	15	3	78
Jan 2023	60	16	2	78
Feb 2023	57	27	2	86
Mar 2023	78	13	3	94
Apr 2023	46	18	2	66
May 2023	40	14	1	55
Jun 2023	60	8	4	72
Jul 2023	55	15	0	70
Aug 2023	44	15	2	61
Sep 2023	76	9	1	86
Oct 2023	184	35	1	220
Nov 2023	165	11	0	176
Dec 2023	51	33	3	87
Jan 2024	55	22	1	78
Feb 2024	64	36	3	103
Mar 2024	54	35	3	92
Apr 2024	59	24	13	96
May 2024	73	37	11	121
Jun 2024	70	36	2	108
Jul 2024	58	18	4	80
Aug 2024	248	20	5	273
Sep 2024	61	14	0	75
Oct 2024	93	33	3	129
Nov 2024	84	20	1	105
Dec 2024	54	20	2	76
Jan 2025	63	28	2	93
Feb 2025	91	18	1	110
Mar 2025	71	41	1	113
Apr 2025	80	33	3	116
May 2025	70	28	3	101
Jun 2025	82	24	4	110
Jul 2025	77	35	2	114
Aug 2025	85	32	2	119
Sep 2025	294	18	4	316
Oct 2025	69	49	3	121
Nov 2025	113	41	2	156

Cumulative views and downloads (calculated since 09 Aug 2017)

Month	HTML	PDF	XML	Total
Aug 2017	72	25	4	101
Sep 2017	40	9	1	50
Oct 2017	22	11	0	33
Nov 2017	32	8	1	41
Dec 2017	13	5	0	18
Jan 2018	19	12	1	32
Feb 2018	19	1	4	24
Mar 2018	160	43	6	209
Apr 2018	62	21	1	84
May 2018	37	20	1	58
Jun 2018	33	19	1	53
Jul 2018	15	16	0	31
Aug 2018	24	17	4	45
Sep 2018	24	15	0	39
Oct 2018	21	39	3	63
Nov 2018	31	66	0	97
Dec 2018	23	47	1	71
Jan 2019	22	45	0	67
Feb 2019	25	49	2	76
Mar 2019	12	45	2	59
Apr 2019	11	57	0	68
May 2019	24	52	0	76
Jun 2019	263	63	0	326
Jul 2019	245	79	0	324
Aug 2019	80	79	0	159
Sep 2019	93	69	0	162
Oct 2019	89	73	1	163
Nov 2019	176	47	0	223
Dec 2019	116	48	0	164
Jan 2020	87	55	1	143
Feb 2020	14	15	0	29
Mar 2020	15	6	0	21
Apr 2020	14	10	0	24
May 2020	19	7	0	26
Jun 2020	28	33	0	61
Jul 2020	87	47	10	144
Aug 2020	28	8	0	36
Sep 2020	35	17	0	52
Oct 2020	43	10	1	54
Nov 2020	42	13	2	57
Dec 2020	47	10	0	57
Jan 2021	53	14	1	68
Feb 2021	54	20	0	74
Mar 2021	44	15	0	59
Apr 2021	52	21	0	73
May 2021	36	11	2	49
Jun 2021	28	7	0	35
Jul 2021	30	20	0	50
Aug 2021	41	19	2	62
Sep 2021	50	25	0	75
Oct 2021	43	46	1	90
Nov 2021	56	27	1	84
Dec 2021	57	18	0	75
Jan 2022	32	23	1	56
Feb 2022	50	16	2	68
Mar 2022	48	15	1	64
Apr 2022	61	18	1	80
May 2022	37	15	2	54
Jun 2022	42	12	2	56
Jul 2022	34	8	0	42
Aug 2022	49	14	0	63
Sep 2022	30	11	1	42
Oct 2022	37	18	1	56
Nov 2022	90	24	0	114
Dec 2022	60	15	3	78
Jan 2023	60	16	2	78
Feb 2023	57	27	2	86
Mar 2023	78	13	3	94
Apr 2023	46	18	2	66
May 2023	40	14	1	55
Jun 2023	60	8	4	72
Jul 2023	55	15	0	70
Aug 2023	44	15	2	61
Sep 2023	76	9	1	86
Oct 2023	184	35	1	220
Nov 2023	165	11	0	176
Dec 2023	51	33	3	87
Jan 2024	55	22	1	78
Feb 2024	64	36	3	103
Mar 2024	54	35	3	92
Apr 2024	59	24	13	96
May 2024	73	37	11	121
Jun 2024	70	36	2	108
Jul 2024	58	18	4	80
Aug 2024	248	20	5	273
Sep 2024	61	14	0	75
Oct 2024	93	33	3	129
Nov 2024	84	20	1	105
Dec 2024	54	20	2	76
Jan 2025	63	28	2	93
Feb 2025	91	18	1	110
Mar 2025	71	41	1	113
Apr 2025	80	33	3	116
May 2025	70	28	3	101
Jun 2025	82	24	4	110
Jul 2025	77	35	2	114
Aug 2025	85	32	2	119
Sep 2025	294	18	4	316
Oct 2025	69	49	3	121
Nov 2025	113	41	2	156

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Total article views: 9,143 (including HTML, PDF, and XML) Thereof 8,415 with geography defined and 728 with unknown origin.

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1

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Latest update: 25 Nov 2025

Short summary

The paper describes the new ISCCP H-series CDR product which provides a reprocessing of the ISCCP data at a higher spatial resolution to improve cloud property retrievals. The paper also describes algorithmic changes to the former product, and outlines data access, caveats, and ongoing plans for the product under the stewardship of NOAA–NCEI.


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