In situ air temperature and humidity measurements over diverse land covers in
Greenbelt, Maryland, November 2013–November 2015

Carroll, Mark L.; Brown, Molly E.; Wooten, Margaret R.; Donham, Joel E.; Hubbard, Alfred B.; Ridenhour, William B.

doi:10.5194/essd-8-415-2016

Articles | Volume 8, issue 2

https://doi.org/10.5194/essd-8-415-2016

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

https://doi.org/10.5194/essd-8-415-2016

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

Articles | Volume 8, issue 2

Review article

|

19 Sep 2016

Review article |

| 19 Sep 2016

In situ air temperature and humidity measurements over diverse land covers in Greenbelt, Maryland, November 2013–November 2015

Mark L. Carroll, Molly E. Brown, Margaret R. Wooten, Joel E. Donham, Alfred B. Hubbard, and William B. Ridenhour

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Jun 2016	23	6	2	31
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Oct 2016	18	8	1	27
Nov 2016	19	8	0	27
Dec 2016	9	1	0	10
Jan 2017	16	9	0	25
Feb 2017	15	7	2	24
Mar 2017	21	10	1	32
Apr 2017	38	6	4	48
May 2017	29	11	2	42
Jun 2017	39	5	2	46
Jul 2017	16	7	2	25
Aug 2017	13	10	0	23
Sep 2017	10	6	1	17
Oct 2017	8	5	0	13
Nov 2017	5	5	0	10
Dec 2017	5	7	0	12
Jan 2018	8	6	0	14
Feb 2018	10	9	3	22
Mar 2018	10	12	2	24
Apr 2018	7	3	2	12
May 2018	10	9	0	19
Jun 2018	6	4	0	10
Jul 2018	12	5	0	17
Aug 2018	10	14	0	24
Sep 2018	15	12	2	29
Oct 2018	12	12	1	25
Nov 2018	17	9	0	26
Dec 2018	7	9	2	18
Jan 2019	6	5	1	12
Feb 2019	11	6	0	17
Mar 2019	7	9	4	20
Apr 2019	9	4	0	13
May 2019	7	7	1	15
Jun 2019	15	13	1	29
Jul 2019	10	12	0	22
Aug 2019	8	9	0	17
Sep 2019	6	6	0	12
Oct 2019	10	8	1	19
Nov 2019	11	8	0	19
Dec 2019	9	8	0	17
Jan 2020	8	7	1	16
Feb 2020	7	5	1	13
Mar 2020	6	6	0	12
Apr 2020	4	3	0	7
May 2020	2	7	0	9
Jun 2020	27	27	2	56
Jul 2020	44	61	25	130
Aug 2020	6	4	0	10
Sep 2020	12	9	1	22
Oct 2020	12	10	1	23
Nov 2020	7	17	1	25
Dec 2020	16	12	1	29
Jan 2021	22	16	1	39
Feb 2021	16	7	1	24
Mar 2021	12	8	0	20
Apr 2021	10	7	0	17
May 2021	6	7	1	14
Jun 2021	12	9	0	21
Jul 2021	6	13	0	19
Aug 2021	8	12	1	21
Sep 2021	13	14	0	27
Oct 2021	11	37	0	48
Nov 2021	16	24	1	41
Dec 2021	13	10	0	23
Jan 2022	10	13	2	25
Feb 2022	8	10	1	19
Mar 2022	13	10	0	23
Apr 2022	9	8	1	18
May 2022	5	4	0	9
Jun 2022	9	5	0	14
Jul 2022	9	7	0	16
Aug 2022	12	12	1	25
Sep 2022	5	6	1	12
Oct 2022	15	7	1	23
Nov 2022	36	17	3	56
Dec 2022	13	10	3	26
Jan 2023	9	13	1	23
Feb 2023	14	10	0	24
Mar 2023	18	11	0	29
Apr 2023	10	7	1	18
May 2023	27	14	2	43
Jun 2023	32	7	1	40
Jul 2023	18	6	3	27
Aug 2023	9	5	2	16
Sep 2023	14	9	1	24
Oct 2023	8	4	1	13
Nov 2023	9	3	1	13
Dec 2023	12	5	0	17
Jan 2024	9	5	1	15
Feb 2024	13	10	2	25
Mar 2024	23	13	6	42
Apr 2024	10	6	4	20
May 2024	23	9	11	43
Jun 2024	20	15	1	36
Jul 2024	18	10	8	36
Aug 2024	32	5	11	48
Sep 2024	12	3	3	18
Oct 2024	25	8	2	35
Nov 2024	5	9	1	15
Dec 2024	13	11	4	28
Jan 2025	11	10	0	21
Feb 2025	22	9	0	31
Mar 2025	15	5	3	23
Apr 2025	16	21	4	41
May 2025	18	13	2	33
Jun 2025	32	23	2	57
Jul 2025	19	16	2	37
Aug 2025	22	20	1	43
Sep 2025	28	16	2	46
Oct 2025	26	21	2	49
Nov 2025	16	6	1	23

Cumulative views and downloads (calculated since 01 Jun 2016)

Month	HTML	PDF	XML	Total
Jun 2016	23	6	2	31
Jul 2016	16	10	1	27
Aug 2016	12	1	1	14
Sep 2016	50	14	1	65
Oct 2016	18	8	1	27
Nov 2016	19	8	0	27
Dec 2016	9	1	0	10
Jan 2017	16	9	0	25
Feb 2017	15	7	2	24
Mar 2017	21	10	1	32
Apr 2017	38	6	4	48
May 2017	29	11	2	42
Jun 2017	39	5	2	46
Jul 2017	16	7	2	25
Aug 2017	13	10	0	23
Sep 2017	10	6	1	17
Oct 2017	8	5	0	13
Nov 2017	5	5	0	10
Dec 2017	5	7	0	12
Jan 2018	8	6	0	14
Feb 2018	10	9	3	22
Mar 2018	10	12	2	24
Apr 2018	7	3	2	12
May 2018	10	9	0	19
Jun 2018	6	4	0	10
Jul 2018	12	5	0	17
Aug 2018	10	14	0	24
Sep 2018	15	12	2	29
Oct 2018	12	12	1	25
Nov 2018	17	9	0	26
Dec 2018	7	9	2	18
Jan 2019	6	5	1	12
Feb 2019	11	6	0	17
Mar 2019	7	9	4	20
Apr 2019	9	4	0	13
May 2019	7	7	1	15
Jun 2019	15	13	1	29
Jul 2019	10	12	0	22
Aug 2019	8	9	0	17
Sep 2019	6	6	0	12
Oct 2019	10	8	1	19
Nov 2019	11	8	0	19
Dec 2019	9	8	0	17
Jan 2020	8	7	1	16
Feb 2020	7	5	1	13
Mar 2020	6	6	0	12
Apr 2020	4	3	0	7
May 2020	2	7	0	9
Jun 2020	27	27	2	56
Jul 2020	44	61	25	130
Aug 2020	6	4	0	10
Sep 2020	12	9	1	22
Oct 2020	12	10	1	23
Nov 2020	7	17	1	25
Dec 2020	16	12	1	29
Jan 2021	22	16	1	39
Feb 2021	16	7	1	24
Mar 2021	12	8	0	20
Apr 2021	10	7	0	17
May 2021	6	7	1	14
Jun 2021	12	9	0	21
Jul 2021	6	13	0	19
Aug 2021	8	12	1	21
Sep 2021	13	14	0	27
Oct 2021	11	37	0	48
Nov 2021	16	24	1	41
Dec 2021	13	10	0	23
Jan 2022	10	13	2	25
Feb 2022	8	10	1	19
Mar 2022	13	10	0	23
Apr 2022	9	8	1	18
May 2022	5	4	0	9
Jun 2022	9	5	0	14
Jul 2022	9	7	0	16
Aug 2022	12	12	1	25
Sep 2022	5	6	1	12
Oct 2022	15	7	1	23
Nov 2022	36	17	3	56
Dec 2022	13	10	3	26
Jan 2023	9	13	1	23
Feb 2023	14	10	0	24
Mar 2023	18	11	0	29
Apr 2023	10	7	1	18
May 2023	27	14	2	43
Jun 2023	32	7	1	40
Jul 2023	18	6	3	27
Aug 2023	9	5	2	16
Sep 2023	14	9	1	24
Oct 2023	8	4	1	13
Nov 2023	9	3	1	13
Dec 2023	12	5	0	17
Jan 2024	9	5	1	15
Feb 2024	13	10	2	25
Mar 2024	23	13	6	42
Apr 2024	10	6	4	20
May 2024	23	9	11	43
Jun 2024	20	15	1	36
Jul 2024	18	10	8	36
Aug 2024	32	5	11	48
Sep 2024	12	3	3	18
Oct 2024	25	8	2	35
Nov 2024	5	9	1	15
Dec 2024	13	11	4	28
Jan 2025	11	10	0	21
Feb 2025	22	9	0	31
Mar 2025	15	5	3	23
Apr 2025	16	21	4	41
May 2025	18	13	2	33
Jun 2025	32	23	2	57
Jul 2025	19	16	2	37
Aug 2025	22	20	1	43
Sep 2025	28	16	2	46
Oct 2025	26	21	2	49
Nov 2025	16	6	1	23

Latest update: 15 Nov 2025

Short summary

As climate changes around the world it becomes increasingly important to understand how the built environment handles heating and cooling even on a localized basis. This study employed a dozen sensors placed on seven different types of surfaces (natural and built) to develop an understanding of how these surfaces affect temperatures in a campus setting. The data were collected at 15 min intervals over 2 years and are freely available through the Oak Ridge National Laboratory.