Explore general as well as scientific information about the movement, chemistry and biology of area surface water environments.
The data on this page indicate how fast the water is moving and how deep the water is on this water resource.
Click the Learn More links to explore each parameter and how it indicates Hydrology.
Water levels typically follow rainfall patterns during periods of wet weather and drought. From these data, one can get a picture of how recent flood or drought events compare to historical data. Learn more about lake water levels »
Note: The hydrologic levels for this waterbody are based on the NGVD29 vertical datum.
|Latest Value||High Water
|Historic Range||Additional Information|
FEMA 100 YR Flood: 69.2 ft
NHWE Flood: 68 ft
0.0 - 99.40 ft.
The Lake Region Classification System is a tool used for grouping lakes based on similarities in physiography, geology, soils, hydrology, water chemistry, vegetation, and climate. It was created from a cooperative effort involving the United States Environmental Protection Agency, the Florida Department of Environmental Protection, and researchers at the University of Florida's Department of Fisheries and Aquatic Sciences. There are a total of 47 Lake Region groups. These are used to provide a framework of the different types of lakes in the state so that management plans can be developed for groups of lakes with similar characteristics. Learn more about Florida Lake Regions »
The lake region this lake is located in is:
Central Valley (Region 7508)
The lakes in this region are generally large, shallow, and eutrophic: nitrogen, phosphorus, and chlorophyll levels are high, and Secchi disk transparency is low. The lakes tend to have abundant macrophytes or are green with algae. The wide range of values for this lake region (shown in the table below) underscores the fact that lake water characteristics within the region, as well as lake size and type are variable. The northern lakes lie in sandy deposits and tend to have low mineral content. The southern lakes often receive mineralized groundwater as well as surface inflows through nutrient-rich soils, and are usually classified as eutrophic hardwater lakes.