Most Recent Observation

This application displays the last observation received by the IEM from this site. The time stamp is in America/Denver timezone.

This station reports observations in SHEF format. The following two tables break these SHEF reports into recently made reports and those older than five days ago. The IEM's archive of raw SHEF text products is only five days, so thus why the Product links are only for the first table.

Recent SHEF encoded data

Physical Code	Duration	Type	Source	Extrenum	Valid	Value	Product
[PC] Precipitation, accumulator	[I] Instantaneous	M	R	[-]	Jan 18, 2025 07:00 AM	8.9	Source Text
[SD] Snow, depth	[I] Instantaneous	M	R	[-]	Jan 18, 2025 08:00 AM	52	Source Text
[SW] Snow, water equivalent	[I] Instantaneous	M	R	[-]	Jan 18, 2025 08:00 AM	11.7	Source Text
[TA] Temperature, air, dry bulb	[I] Instantaneous	M	R	[F] Minimum of 1 hour	Jan 18, 2025 08:00 AM	-14.1	Source Text
[TA] Temperature, air, dry bulb	[D] 1 Day	M	R	[-]	Jan 17, 2025 01:00 AM	5	Source Text
[TA] Temperature, air, dry bulb	[I] Instantaneous	M	R	[N] Minimum of day	Jan 17, 2025 01:00 AM	-5.98	Source Text
[TA] Temperature, air, dry bulb	[I] Instantaneous	M	R	[X] Maximum of day	Jan 17, 2025 01:00 AM	22.1	Source Text
[TA] Temperature, air, dry bulb	[H] 1 Hour	M	R	[-]	Jan 18, 2025 08:00 AM	-13	Source Text
[TA] Temperature, air, dry bulb	[I] Instantaneous	M	R	[-]	Jan 18, 2025 08:00 AM	-14.1	Source Text
[TA] Temperature, air, dry bulb	[I] Instantaneous	M	R	[D] Maximum of 1 hour	Jan 18, 2025 08:00 AM	-11.6	Source Text
[UD] Wind, direction	[H] 1 Hour	M	R	[F] Minimum of 1 hour	Jan 18, 2025 08:00 AM	44	Source Text
[US] Wind, speed	[H] 1 Hour	M	R	[F] Minimum of 1 hour	Jan 18, 2025 08:00 AM	2	Source Text
[US] Wind, speed	[I] Instantaneous	M	R	[D] Maximum of 1 hour	Jan 18, 2025 08:00 AM	5.1	Source Text

Five days and older SHEF encoded data

Physical Code	Duration	Type	Source	Extrenum	Valid	Value	Product
[PC] Precipitation, accumulator	[I] Instantaneous	R	M	[-]	Jul 31, 2018 04:00 PM	27.7	N/A
[PP] Precipitation (includes liquid amount of new snowfall)	[D] 1 Day	Z	R	[-]	Dec 25, 2024 05:00 AM	0	N/A
[SD] Snow, depth	[I] Instantaneous	R	M	[-]	Jul 31, 2018 04:00 PM	156	N/A
[SW] Snow, water equivalent	[I] Instantaneous	R	M	[-]	Jul 31, 2018 04:00 PM	-0.1	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	2	[-]	Jul 31, 2018 03:00 PM	63.5	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	M	[-]	Jul 31, 2018 04:00 PM	63.3	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	M	[X] Maximum of day	Jul 31, 2018 02:00 AM	63.3	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	2	[D] Maximum of 1 hour	Jul 31, 2018 03:00 PM	65.3	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	2	[F] Minimum of 1 hour	Jul 31, 2018 03:00 PM	62.2	N/A
[TA] Temperature, air, dry bulb	[D] 1 Day	R	M	[-]	Jul 31, 2018 02:00 AM	52	N/A
[TA] Temperature, air, dry bulb	[I] Instantaneous	R	M	[N] Minimum of day	Jul 31, 2018 02:00 AM	41.2	N/A
[TA] Temperature, air, dry bulb	[H] 1 Hour	R	2	[-]	Jul 31, 2018 03:00 PM	63.5	N/A
[UD] Wind, direction	[H] 1 Hour	R	M	[-]	Jul 31, 2018 03:00 PM	29	N/A
[UD] Wind, direction	[H] 1 Hour	M	R	[-]	Dec 17, 2024 12:00 PM	311	N/A
[US] Wind, speed	[H] 1 Hour	M	R	[-]	Dec 17, 2024 12:00 PM	2.9	N/A
[US] Wind, speed	[H] 1 Hour	R	M	[-]	Jul 31, 2018 03:00 PM	1.3	N/A
[US] Wind, speed	[I] Instantaneous	R	M	[D] Maximum of 1 hour	Jul 31, 2018 03:00 PM	2.5	N/A

This data was provided by a JSON(P) webservice. You can find more JSON services.