POND RIVER

River Levels
November 25, 2024
Winter Weather Advisory
National Weather Service Until 2024-11-26T01:00:00-07:00
...SIGNIFICANT WINTER STORM MIDWEEK TO BRING CONSIDERABLE TRAVEL DISRUPTIONS TO THE MOUNTAINS... .A significant winter storm will impact the mountains and highs valleys southern foothills and Palmer Ridge late Monday night through into Wednesday night. It may impact holiday travel. Snow will be relatively persistent through the period, although the heaviest snowfall will occur Tuesday and Tuesday night, with lighter snowfall intensities on Wednesday. Significant travel disruptions and road closures can be expected. Storm total accumulations of 10 to 22 inches will be widespread for areas within the Winter Storm Warning, although locally higher amounts will be possible above 11,000 ft. Treacherous roads will extend into the high valleys, southern foothills and Palmer Ridge as well, although snowfall accumulations will be less in these areas - generally 4 to 8 inches, with locally higher amounts in eastern portions of Middle Park. * WHAT...Snow expected. Total snow accumulations between 4 and 8 inches. * WHERE...The Southern Front Range Foothills, and Castle Rock. * WHEN...From 11 PM Tuesday to 11 PM MST Wednesday. * IMPACTS...Travel could be very difficult. The hazardous conditions could impact the Wednesday morning and evening commutes.

TOTAL DISCHARGE (CFS)

SUMMARY

Maximum discharge along the river is currently at the reporting a streamflow rate of cfs. This is also the highest stage along the Pond River, with a gauge stage of ft at this location. This river is monitored from 1 different streamgauging stations along the Pond River, the highest being situated at an altitude of ft, the .

YEAR OVER YEAR DISCHARGE (CFS)

Streamflow Conditions
Streamgauge Streamflow Gauge Stage 24hr Change (%) % Normal Minimum (cfs) Maximum (cfs) Air Temp Elevation
Pond River Near Apex
USGS 03320500
25 cfs 6.07 ft -3.54
History of the River

River Song is a fictional character created by Steven Moffat and played by Alex Kingston in the British science-fiction series Doctor Who. River Song was introduced to the series as an experienced future companion of series protagonist the Doctor, an alien Time Lord who travels through time in his TARDIS. Because River Song is a time traveller herself, her adventures with the Doctor occur out of synchronisation; their first meeting (from the audience's perspective) is his first and apparently her last. While other actresses briefly portray younger versions of the character, Kingston plays her in 15 episodes, as River becomes a companion, romantic interest and eventual wife of the Doctor in his eleventh incarnation portrayed by Matt Smith.
River Song was created by Doctor Who writer Steven Moffat for the show's fourth series in 2008, under the tenure of then executive producer Russell T Davies. When Moffat took over Davies' duties as executive producer, he began expanding on the character's background, depicting adventures earlier in River's timeline, upgrading Alex Kingston from a guest star to a recurring actor in the series. Other actresses have subsequently portrayed younger versions of the character.
When the character was first introduced, much about her origins remained a mystery. Following the character's initial appearance, Davies had described her as "one of the most important characters" in the narrative, and "vital" to the Doctor's life. In series six (2011), Moffat's episodes unveil more about the character. Born Melody Pond, River is the daughter of the Eleventh Doctor's companions Amy Pond (Karen Gillan) and Rory Williams (Arthur Darvill), alongside whom Kingston had already appeared several times in series five and six of the show. Having been conceived on board the TARDIS as it travelled through the time vortex, Melody is born with genetic traits and abilities similar to those of the Doctor's own race, the Time Lords.

Detailed Weather Forecast



16-Day Long Term Forecast

Nearby Streamflow Levels

0

Cubic Feet Per Second

214

Cubic Feet Per Second

96

Cubic Feet Per Second

342

Cubic Feet Per Second
       

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