Aspen Creek Overburden Seep Near Markleeville Flow Report

California, USA USGS #103087892 ↗

As of July 21, 2026, Aspen Creek Overburden Seep Near Markleeville is flowing at 0 cfs. Source: USGS gauge #103087892, refreshed throughout the day.

⚠ Special Weather Statement · Special Weather Statement issued July 21 at 1:23PM PDT by NWS Reno NV
Stale data This gauge hasn’t reported in days (last reading unknown). The readings below may not reflect current conditions.
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Right now · latest observation
Aspen Creek Overburden Seep Near Markleeville
USGS gauge #103087892
0 cfs streamflow
Latest reading from this gauge.
Gage height
0.13ft
Water temp
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% of median
Since yesterday
— 0%
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Conditions summary

Aspen Creek Overburden Seep Near Markleeville at a glance

How Aspen Creek Overburden Seep Near Markleeville is running right now, where it sits on the map, and the key gauge stats.

Aspen Creek Overburden Seep Near Markleeville is flowing at 0 cfs, with the water sitting 0.13 ft at the gage.

This is USGS gauge #103087892 in California. Over the past 10 days the average has been 0 cfs, peaking at 0 cfs.

For real-time updates and historical context, see the realtime view or the historical comparison. Browse other gauges in the California flow report.

Aspen Creek Overburden Seep Near Markleeville on the map Open map →
Site IDUSGS 103087892
Last updated2012-09-12
Engineering & permitting

Engineering Data

Flow-duration statistics and observed peak-flow context computed from this gauge’s complete daily record (USGS #103087892).

P10 exceedanceexceeded 10% of days
P25 exceedanceexceeded 25% of days
P50 (median)exceeded half of days
P75 exceedanceexceeded 75% of days
P90 exceedanceexceeded 90% of days
Period of recorddaily observations

Estimate flows at an ungauged site

Drainage-area ratio transfer from this gauge . Most reliable for hydrologically similar sites in the same watershed with area ratios between roughly 0.5 and 1.5.

Conditions report:

Percentiles are flow-duration values computed from this gauge’s observed daily record as archived by Snoflo. Return periods are Weibull plotting-position estimates from observed annual maxima, provided as general reference context only. Always verify against official USGS NWIS records. Part of Snoflo for Engineering.

Historical context

How does this compare to past years?

Year-over-year overlay, annual peak discharge, the full distribution of daily flows on record, and the gauge's rating curve.

Detailed forecast

Weather Forecast

Hourly detail

Next 5 days, hour by hour

Temperature line with weather symbols on top, snow + rain accumulation as columns, humidity as a dotted line.

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Deep dive

5-day forecast table

Every 3 hours, broken out across temperature, snow, rain, humidity, and wind.

TimeConditionTemp (°F)Snow (in)Rain (in)Humidity (%)Wind (mps)Wind dir
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Long-term outlook

15-day forecast

Daily temperatures, snow, and rain projected over the next two weeks.

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About this location

Aspen Creek Overburden Seep Near Markleeville

There are no specific related tributaries or dams in the area. Seasonal trends show that the flow of water is highest during the spring and early summer due to snow melt, and lowest during the fall and winter. Interestingly, the Aspen C Overburden Seep is unique because it is a seep, meaning water flows out of the ground rather than a typical stream channel. This seep is located in an area with geologic formations that allow water to flow through fractured rock layers. Overall, the Aspen C Overburden Seep is an important measurement site for monitoring water resources in the region.

Regional streamflow

Nearby streamflow levels

Cross-check Aspen Creek Overburden Seep Near Markleeville's discharge against nearby gauges to spot whether the change here is local or regional.

Regional snowpack

Nearby snowpack data

Snowpack at SNOTEL stations near Aspen Creek Overburden Seep Near Markleeville. Spring snowmelt is the dominant driver of streamflow in mountain basins -- a deep snowpack upstream means more runoff later in the season.

Nearby recreation

Plan a trip

Reservoirs, boat launches, river runs, and fishing spots within driving distance of Aspen Creek Overburden Seep Near Markleeville.

River levels & flood safety

Read the level before you go
A river that's runnable at one flow can be deadly at another. Check current discharge and gage height — like the values shown above — against the flood-stage thresholds, and remember levels can spike fast after rain or a dam release.
Respect cold water
Snowmelt rivers run cold even in summer. Sudden immersion triggers cold-water shock and saps strength within minutes. Wear a PFD, dress for the water temperature (not the air), and never wade or paddle alone.
Watch for swiftwater hazards
Strainers (downed trees), undercut rocks, and low-head dams are the deadliest features on moving water. High, fast, muddy water hides them. If in doubt, scout from shore and portage.
Mind flash floods & releases
Narrow canyons can flood from a storm miles upstream, and dam-controlled reaches can rise without warning. Know the forecast, the release schedule, and your exit before you launch.

Track Aspen Creek Overburden Seep Near Markleeville in the Snoflo app

Save this gauge as a favorite, set push alerts when streamflow crosses a threshold (e.g. "alert me when Aspen Creek Overburden Seep Near Markleeville crosses 5,000 cfs"), and Snoflo's iOS app will push the moment USGS reports the crossing.

FAQ

About Aspen Creek Overburden Seep Near Markleeville

Where does the streamflow data for Aspen Creek Overburden Seep Near Markleeville come from?

Discharge, gage height, and water temperature come directly from the USGS streamflow gauge 103087892. Snoflo refreshes the time series throughout the day. Forecasts come from the NOAA / yr.no feed Snoflo's iOS app uses.

How often is the report updated?

USGS gauges report continuously (typically every 15 minutes). Snoflo pulls fresh values throughout the day — look for the "as of" timestamp on the streamflow hero card.

What's the difference between discharge and gage height?

Discharge (cubic feet per second, or cfs) is the volume of water flowing past the gauge each second. Gage height is how high the water sits at the gauge (feet). They're related by a rating curve specific to each gauge — higher water means more flow, but the exact ratio depends on channel shape.

How is "percent of median" calculated?

Today's discharge is compared to the historical median discharge on this calendar day across the gauge's full record. 100% = right on median; 200% = a very high year; 30% = a drought-level low.

What are flood stages, and is this river safe right now?

Flood stages are NWS-defined gage-height thresholds — Action, Minor, Moderate, Major — marking when nearby roads or floodplains start to be affected. "Safe" depends on your activity and skill: a level that's a fun paddle for an expert can be lethal for a wader. Always check the current level against the thresholds above and the safety links, and when in doubt, stay off the water.

Can I get alerts when Aspen Creek Overburden Seep Near Markleeville rises?

Yes — flow alerts are managed in the Snoflo iOS app. Favorite this gauge, set a streamflow threshold (e.g. "alert me when discharge crosses 5,000 cfs"), and you'll get a push the moment USGS reports the crossing.