Lake of the Ozarks is managed by Ameren Missouri. Lake Insights displays its latest available elevation from NOAA / National Weather Service — Advanced Hydrologic Prediction Service. Published reference elevations are listed below.
Lake Status
2.1 feet below full pool
−2.10 ft vs full pool
- 7-day trend
- Falling
- 7-day change
- Down 0.53 ft
- 30-day change
- Down 1.00 ft
- Last updated
- 1 hour ago
Lake of the Ozarks is currently 2.1 feet below full pool and has fallen slightly over the past week. Readings show continued drawdown relative to full pool, with levels trending lower over the past week.
Watershed drought conditions
Camden County, MO · surrounding county from lake location
Severe Drought
Severe drought conditions are present.
Severity
Weekly trend
Stable
Compared with last week
Official drought
Yes
96.1% of the watershed is currently classified as official drought (D1+).
Expected impacts
- Lower stream inflows
- Lake levels may decline faster
- Vegetation is becoming drier
- Minor increase in wildfire risk
U.S. Drought Monitor · map date Sep 15, 2026. Updated weekly. droughtmonitor.unl.eduView drought map for Camden County, MO
Key Facts
Managing authority
Waterbody / project type
Full pool
Datum
Current-level source
Why the level can change
General factors for reservoirs like this
These are common influences for this type of lake. They do not identify the cause of a specific current change unless an operator update confirms it.
Rainfall & inflows
Rain and upstream river inflows can raise reservoir levels, especially after storms.
Downstream releases
When an operator releases water through a dam, reservoir storage can fall and downstream flows can rise.
Flood-risk operations
Some projects store or release water under flood-risk rules when conditions require it.
Water supply
Some reservoirs support municipal, industrial, irrigation, or regional water-supply needs.
Hydropower
Hydropower projects may pass water through turbines when generating electricity.
Seasonal weather
Dry periods, heat, evaporation, and seasonal rainfall patterns can affect storage over weeks and months.
Published reference elevations
- Full pool
- 660.00 ft
Published reference elevation. Not necessarily a fixed year-round target for every project.
Current data source
Managing authority: Ameren Missouri
Observation source used by Lake Insights: NOAA / National Weather Service — Advanced Hydrologic Prediction Service
Who manages the lake and who publishes the reading Lake Insights displays can differ. Lake Insights does not invent a source label from the managing authority alone.
General education
Shared background — not lake-specific facts
Lake Insights aggregates water level information from authoritative public sources such as the U.S. Army Corps of Engineers, NOAA, TVA, Bureau of Reclamation, power utilities, and other official lake operators. We preserve historical observations, calculate trends, and present lake conditions in a consistent format. For NOAA / National Weather Service — Advanced Hydrologic Prediction Service, we link to the official source whenever it is available. Lake Insights does not predict future lake levels unless an official forecast has been published by the managing authority.
Common questions about Lake of the Ozarks
- Who manages Lake of the Ozarks?
- Lake of the Ozarks is managed by Ameren Missouri. Lake Insights reports published gauge readings; it does not operate the waterbody.
- What is full pool at Lake of the Ozarks?
- The published full-pool elevation for Lake of the Ozarks is 660.00 ft (NGVD29). Full pool is a published reference elevation — not a prediction of today’s level.
- Where does Lake Insights get the level reading for Lake of the Ozarks?
- Lake Insights displays the latest available elevation for Lake of the Ozarks from NOAA / National Weather Service — Advanced Hydrologic Prediction Service. The managing authority (Ameren Missouri) may differ from the agency that publishes the observation used on this page.
- What datum is used for Lake of the Ozarks?
- Elevations for Lake of the Ozarks are referenced to NGVD29 (MSL).