Reservoir report

Fl12020-Hil410 reservoirs & dams

Every documented dam and reservoir in Fl12020-Hil410 — with normal storage capacity, dam height, max discharge, hazard classification, and drainage area. Sourced from USACE NID and state water-resource agencies.

Dams in Fl12020-Hil410
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Total storage
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High-hazard dams
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Updated
May 12
Open the Fl12020-Hil410 reservoir layer on the map Every dam and reservoir filtered to Fl12020-Hil410 on the interactive map.
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Full inventory

Fl12020-Hil410 dams & reservoirs

Every documented dam in Fl12020-Hil410. Sortable by any column; quickly filterable by name. Numeric columns heat-mapped from light to deep based on value. Tap any dam for the full report.

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Reservoir FAQ

About Fl12020-Hil410 dams & reservoirs

Where does the Fl12020-Hil410 dam data come from?

The U.S. Army Corps of Engineers National Inventory of Dams (NID) plus state water-resource agencies. Snoflo joins these public records with live USGS streamgauge readings downstream where available. The NID is the canonical federal dam registry.

What does Hazard Potential mean?

USACE classifies every dam by what would happen if it failed: Low (no loss of life expected, minimal economic damage), Significant (no loss of life but economic, environmental, or lifeline damage), High (loss of life expected). It's a downstream-consequence rating, not a likelihood of failure.

What is Normal Storage in acre-feet?

The volume of water the reservoir holds at its normal operating level, measured in acre-feet. One acre-foot is about 325,851 gallons or 1,233 cubic meters — the amount needed to cover one acre to a depth of one foot.

Why are some Fl12020-Hil410 dams missing storage or height data?

USACE NID records can have gaps for small or older dams that pre-date federal reporting requirements. Snoflo surfaces whatever the canonical record contains. If a dam you care about has incomplete data, contact the operating agency or USACE for updates.

Can I see live water levels?

Yes — tap any dam name to open its detail page, which pulls live storage data from USGS streamgauges or operating-agency feeds where available. Historical levels and seasonal averages are also shown.

Why does Fl12020-Hil410 have so many dams?

The U.S. has over 90,000 dams — most built between 1930 and 1980 during the federal water-development era. Fl12020-Hil410's count reflects a combination of agricultural irrigation needs, flood control, hydropower, and recreation. The "Built by decade" chart above shows the timeline.