Regional climate model assessment of the urban land-surface forcing over central Europe

Huszar, P.; Halenka, T.; Belda, M.; Zak, M.; Sindelarova, K.; Miksovsky, J.

doi:10.5194/acp-14-12393-2014

Articles | Volume 14, issue 22

https://doi.org/10.5194/acp-14-12393-2014

© Author(s) 2014. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/acp-14-12393-2014

© Author(s) 2014. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 14, issue 22

Research article

|

26 Nov 2014

Research article |

| 26 Nov 2014

Regional climate model assessment of the urban land-surface forcing over central Europe

P. Huszar, T. Halenka, M. Belda, M. Zak, K. Sindelarova, and J. Miksovsky

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Total article views: 7,292 (including HTML, PDF, and XML)

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Views and downloads (calculated since 14 Jul 2014)

Month	HTML	PDF	XML	Total
Jul 2014	96	67	5	168
Aug 2014	22	16	4	42
Sep 2014	18	16	7	41
Oct 2014	11	50	10	71
Nov 2014	95	109	15	219
Dec 2014	72	545	4	621
Jan 2015	26	301	6	333
Feb 2015	16	34	2	52
Mar 2015	35	23	3	61
Apr 2015	31	45	1	77
May 2015	14	44	4	62
Jun 2015	34	36	4	74
Jul 2015	31	45	2	78
Aug 2015	10	45	2	57
Sep 2015	12	48	2	62
Oct 2015	24	41	0	65
Nov 2015	30	54	1	85
Dec 2015	9	49	2	60
Jan 2016	32	47	3	82
Feb 2016	24	42	1	67
Mar 2016	26	46	0	72
Apr 2016	2	6	0	8
May 2016	9	7	2	18
Jun 2016	3	4	0	7
Jul 2016	10	2	3	15
Aug 2016	10	2	1	13
Sep 2016	10	5	0	15
Oct 2016	9	2	1	12
Nov 2016	7	1	1	9
Dec 2016	1	5	0	6
Jan 2017	18	4	0	22
Feb 2017	10	2	0	12
Mar 2017	19	12	6	37
Apr 2017	20	14	11	45
May 2017	20	3	11	34
Jun 2017	17	6	10	33
Jul 2017	14	8	7	29
Aug 2017	8	11	12	31
Sep 2017	8	15	9	32
Oct 2017	7	22	9	38
Nov 2017	11	16	6	33
Dec 2017	6	15	10	31
Jan 2018	9	16	10	35
Feb 2018	10	11	15	36
Mar 2018	11	11	14	36
Apr 2018	7	18	10	35
May 2018	9	12	3	24
Jun 2018	11	17	1	29
Jul 2018	14	15	9	38
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Sep 2018	7	14	12	33
Oct 2018	7	12	15	34
Nov 2018	12	14	13	39
Dec 2018	4	12	11	27
Jan 2019	5	8	9	22
Feb 2019	7	6	5	18
Mar 2019	10	6	8	24
Apr 2019	6	4	5	15
May 2019	6	9	8	23
Jun 2019	9	9	0	18
Jul 2019	5	7	3	15
Aug 2019	5	6	12	23
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Oct 2019	5	8	5	18
Nov 2019	6	4	5	15
Dec 2019	6	2	4	12
Jan 2020	11	1	18	30
Feb 2020	10	3	7	20
Mar 2020	2	4	4	10
Apr 2020	6	7	6	19
May 2020	4	5	5	14
Jun 2020	15	1	7	23
Jul 2020	16	10	11	37
Aug 2020	10	8	19	37
Sep 2020	7	2	1	10
Oct 2020	11	7	5	23
Nov 2020	6	4	4	14
Dec 2020	7	6	2	15
Jan 2021	16	7	7	30
Feb 2021	5	6	6	17
Mar 2021	7	7	9	23
Apr 2021	7	6	0	13
May 2021	9	9	1	19
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Jul 2021	8	11	9	28
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Oct 2022	8	1	2	11
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Dec 2022	9	5	0	14
Jan 2023	13	10	1	24
Feb 2023	16	5	0	21
Mar 2023	10	8	2	20
Apr 2023	7	4	1	12
May 2023	31	13	0	44
Jun 2023	39	4	1	44
Jul 2023	38	9	2	49
Aug 2023	34	9	4	47
Sep 2023	39	7	1	47
Oct 2023	44	7	1	52
Nov 2023	31	4	0	35
Dec 2023	45	7	2	54
Jan 2024	44	50	0	94
Feb 2024	33	29	0	62
Mar 2024	42	90	3	135
Apr 2024	44	99	4	147
May 2024	15	88	4	107
Jun 2024	13	128	1	142
Jul 2024	10	164	2	176
Aug 2024	36	114	2	152
Sep 2024	8	89	0	97
Oct 2024	12	90	0	102
Nov 2024	10	76	2	88
Dec 2024	7	32	3	42
Jan 2025	20	49	0	69
Feb 2025	28	45	3	76
Mar 2025	17	86	2	105
Apr 2025	17	102	1	120
May 2025	22	75	0	97
Jun 2025	41	78	4	123
Jul 2025	27	94	2	123
Aug 2025	32	91	1	124
Sep 2025	32	71	3	106
Oct 2025	14	104	2	120
Nov 2025	25	88	4	117

Cumulative views and downloads (calculated since 14 Jul 2014)

Month	HTML	PDF	XML	Total
Jul 2014	96	67	5	168
Aug 2014	22	16	4	42
Sep 2014	18	16	7	41
Oct 2014	11	50	10	71
Nov 2014	95	109	15	219
Dec 2014	72	545	4	621
Jan 2015	26	301	6	333
Feb 2015	16	34	2	52
Mar 2015	35	23	3	61
Apr 2015	31	45	1	77
May 2015	14	44	4	62
Jun 2015	34	36	4	74
Jul 2015	31	45	2	78
Aug 2015	10	45	2	57
Sep 2015	12	48	2	62
Oct 2015	24	41	0	65
Nov 2015	30	54	1	85
Dec 2015	9	49	2	60
Jan 2016	32	47	3	82
Feb 2016	24	42	1	67
Mar 2016	26	46	0	72
Apr 2016	2	6	0	8
May 2016	9	7	2	18
Jun 2016	3	4	0	7
Jul 2016	10	2	3	15
Aug 2016	10	2	1	13
Sep 2016	10	5	0	15
Oct 2016	9	2	1	12
Nov 2016	7	1	1	9
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Jan 2017	18	4	0	22
Feb 2017	10	2	0	12
Mar 2017	19	12	6	37
Apr 2017	20	14	11	45
May 2017	20	3	11	34
Jun 2017	17	6	10	33
Jul 2017	14	8	7	29
Aug 2017	8	11	12	31
Sep 2017	8	15	9	32
Oct 2017	7	22	9	38
Nov 2017	11	16	6	33
Dec 2017	6	15	10	31
Jan 2018	9	16	10	35
Feb 2018	10	11	15	36
Mar 2018	11	11	14	36
Apr 2018	7	18	10	35
May 2018	9	12	3	24
Jun 2018	11	17	1	29
Jul 2018	14	15	9	38
Aug 2018	13	9	8	30
Sep 2018	7	14	12	33
Oct 2018	7	12	15	34
Nov 2018	12	14	13	39
Dec 2018	4	12	11	27
Jan 2019	5	8	9	22
Feb 2019	7	6	5	18
Mar 2019	10	6	8	24
Apr 2019	6	4	5	15
May 2019	6	9	8	23
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Nov 2020	6	4	4	14
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Feb 2021	5	6	6	17
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Apr 2021	7	6	0	13
May 2021	9	9	1	19
Jun 2021	6	6	8	20
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Oct 2022	8	1	2	11
Nov 2022	20	10	0	30
Dec 2022	9	5	0	14
Jan 2023	13	10	1	24
Feb 2023	16	5	0	21
Mar 2023	10	8	2	20
Apr 2023	7	4	1	12
May 2023	31	13	0	44
Jun 2023	39	4	1	44
Jul 2023	38	9	2	49
Aug 2023	34	9	4	47
Sep 2023	39	7	1	47
Oct 2023	44	7	1	52
Nov 2023	31	4	0	35
Dec 2023	45	7	2	54
Jan 2024	44	50	0	94
Feb 2024	33	29	0	62
Mar 2024	42	90	3	135
Apr 2024	44	99	4	147
May 2024	15	88	4	107
Jun 2024	13	128	1	142
Jul 2024	10	164	2	176
Aug 2024	36	114	2	152
Sep 2024	8	89	0	97
Oct 2024	12	90	0	102
Nov 2024	10	76	2	88
Dec 2024	7	32	3	42
Jan 2025	20	49	0	69
Feb 2025	28	45	3	76
Mar 2025	17	86	2	105
Apr 2025	17	102	1	120
May 2025	22	75	0	97
Jun 2025	41	78	4	123
Jul 2025	27	94	2	123
Aug 2025	32	91	1	124
Sep 2025	32	71	3	106
Oct 2025	14	104	2	120
Nov 2025	25	88	4	117

Latest update: 30 Nov 2025

Short summary

The impact of cities and urban surfaces on climate of central Europe is examined using a regional climate model coupled to a single-layer urban canopy model. Results show a significant impact on temperature (up to 1.5K increase in summer), the boundary layer height, surface wind with a winter decrease and precipitation (a summer decrease). Applying the urban canopy model, the regional climate model exhibits a decreased model bias when compared to observations.