Cooperative Institute for Research in the Atmosphere CIRA

Christman Field Latest Observations Select Units

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Metric Units

Date Time MST	Temp °F	RH %	DewPt °F	Wind mph	Dir °	Gust mph	Dir °	Press in Hg	Solar W/m^2
2026-02-07 07:35	38.0	37.8	14.5	9.0	52	10.3	52	24.957	36.9
2026-02-07 07:30	37.4	42.6	16.7	4.1	61	6.1	58	24.957	28.5
2026-02-07 07:25	38.4	39.9	16.2	2.3	50	3.6	142	24.952	21.4
2026-02-07 07:20	38.1	39.1	15.4	5.0	165	7.9	176	24.951	15.6
2026-02-07 07:15	38.2	41.3	16.7	4.0	182	6.7	176	24.951	9.6
2026-02-07 07:10	38.3	36.8	14.1	2.1	133	3.2	167	24.948	4.5
2026-02-07 07:05	36.4	42.2	15.5	3.1	192	4.1	195	24.949	2.8
2026-02-07 07:00	36.8	43.0	16.4	3.1	191	5.5	61	24.951	3.0
2026-02-07 06:55	36.9	41.7	15.8	3.5	61	5.9	61	24.948	1.5
2026-02-07 06:50	37.8	40.4	15.9	4.8	145	6.7	144	24.948	0.5
2026-02-07 06:45	38.7	40.2	16.6	6.3	152	7.0	151	24.948	0.2
2026-02-07 06:40	39.8	37.2	15.8	5.1	140	7.1	147	24.947	0.2
2026-02-07 06:35	41.3	31.7	13.4	2.0	357	3.1	309	24.944	0.2
2026-02-07 06:30	41.3	32.5	13.9	2.5	266	3.7	309	24.942	0.2
2026-02-07 06:25	41.9	31.0	13.5	3.1	313	4.6	328	24.942	0.2
2026-02-07 06:20	41.2	31.7	13.4	5.5	332	7.1	328	24.944	0.2
2026-02-07 06:15	39.6	33.3	13.1	4.9	325	9.4	328	24.945	0.2
2026-02-07 06:10	36.6	38.4	13.6	2.7	339	6.4	336	24.943	0.2
2026-02-07 06:05	36.1	44.8	16.7	0.6	321	1.9	13	24.941	0.2
2026-02-07 06:00	36.1	44.2	16.4	0.8	341	2.1	247	24.943	0.2
2026-02-07 05:55	37.5	43.7	17.4	1.9	222	3.7	223	24.942	0.2
2026-02-07 05:50	38.8	40.3	16.6	2.6	215	4.8	196	24.943	0.2
2026-02-07 05:45	38.2	41.5	16.9	1.4	193	3.4	231	24.945	0.2
2026-02-07 05:40	38.3	40.9	16.6	1.8	184	2.8	219	24.945	0.2
2026-02-07 05:35	38.2	41.5	16.9	3.2	153	4.6	189	24.943	0.2
2026-02-07 05:30	39.4	39.9	17.0	2.4	210	3.4	38	24.942	0.2
2026-02-07 05:25	40.3	39.2	17.4	1.9	34	3.2	34	24.942	0.2
2026-02-07 05:20	41.1	37.3	17.0	3.5	96	5.5	103	24.945	0.2
2026-02-07 05:15	39.9	34.7	14.3	4.5	66	8.9	70	24.943	0.2
2026-02-07 05:10	43.7	36.9	19.1	5.9	82	10.0	85	24.942	0.2

Date Time MST	Temp °C	RH %	DewPt °C	Wind m/s	Dir °	Gust m/s	Dir °	Press hPa	Solar W/m^2
2026-02-07 07:35	3.3	37.8	-9.7	4.0	52	4.6	52	845.13	36.9
2026-02-07 07:30	3.0	42.6	-8.5	1.8	61	2.7	58	845.14	28.5
2026-02-07 07:25	3.6	39.9	-8.8	1.0	50	1.6	142	844.99	21.4
2026-02-07 07:20	3.4	39.1	-9.2	2.2	165	3.5	176	844.95	15.6
2026-02-07 07:15	3.4	41.3	-8.5	1.8	182	3.0	176	844.94	9.6
2026-02-07 07:10	3.5	36.8	-9.9	0.9	133	1.4	167	844.84	4.5
2026-02-07 07:05	2.4	42.2	-9.1	1.4	192	1.8	195	844.85	2.8
2026-02-07 07:00	2.6	43.0	-8.7	1.4	191	2.5	61	844.94	3.0
2026-02-07 06:55	2.7	41.7	-9.0	1.6	61	2.6	61	844.84	1.5
2026-02-07 06:50	3.2	40.4	-9.0	2.2	145	3.0	144	844.83	0.5
2026-02-07 06:45	3.7	40.2	-8.6	2.8	152	3.1	151	844.82	0.2
2026-02-07 06:40	4.4	37.2	-9.0	2.3	140	3.2	147	844.80	0.2
2026-02-07 06:35	5.1	31.7	-10.3	0.9	357	1.4	309	844.69	0.2
2026-02-07 06:30	5.2	32.5	-10.0	1.1	266	1.6	309	844.64	0.2
2026-02-07 06:25	5.5	31.0	-10.3	1.4	313	2.0	328	844.64	0.2
2026-02-07 06:20	5.1	31.7	-10.3	2.5	332	3.2	328	844.69	0.2
2026-02-07 06:15	4.2	33.3	-10.5	2.2	325	4.2	328	844.74	0.2
2026-02-07 06:10	2.5	38.4	-10.2	1.2	339	2.8	336	844.65	0.2
2026-02-07 06:05	2.3	44.8	-8.5	0.3	321	0.8	13	844.58	0.2
2026-02-07 06:00	2.3	44.2	-8.7	0.4	341	1.0	247	844.67	0.2
2026-02-07 05:55	3.1	43.7	-8.1	0.9	222	1.7	223	844.64	0.2
2026-02-07 05:50	3.8	40.3	-8.5	1.1	215	2.1	196	844.68	0.2
2026-02-07 05:45	3.5	41.5	-8.4	0.6	193	1.5	231	844.74	0.2
2026-02-07 05:40	3.5	40.9	-8.6	0.8	184	1.3	219	844.74	0.2
2026-02-07 05:35	3.5	41.5	-8.4	1.5	153	2.1	189	844.66	0.2
2026-02-07 05:30	4.1	39.9	-8.3	1.1	210	1.5	38	844.63	0.2
2026-02-07 05:25	4.6	39.2	-8.1	0.8	34	1.4	34	844.64	0.2
2026-02-07 05:20	5.0	37.3	-8.3	1.6	96	2.5	103	844.72	0.2
2026-02-07 05:15	4.4	34.7	-9.8	2.0	66	4.0	70	844.68	0.2
2026-02-07 05:10	6.5	36.9	-7.2	2.6	82	4.5	85	844.62	0.2

Cooperitive Institute for Research in the Atmosphere

Cooperative Institute for Research in the Atmosphere

The influence of simulated surface dust lofting and atmospheric loading on radiative forcing

Year: 2019

Journal: Atmos. Chem. Phys.

Volume: 19

Issue: 15

Page: 10279-10301

Saleeby, S. M., van den Heever, S. C., Bukowski, J., Walker, A. L., Solbrig, J. E., Atwood, S. A., Bian, Q., Kreidenweis, S. M., Wang, Y., Wang, J., & Miller, S. D. (2019). The influence of simulated surface dust lofting and atmospheric loading on radiative forcing. Atmospheric Chemistry and Physics, 19(15), 10279–10301. https://doi.org/10.5194/acp-19-10279-2019

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The influence of simulated surface dust lofting and atmospheric loading on radiative forcing

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The influence of simulated surface dust lofting and atmospheric loading on radiative forcing