CURRENT CONDITIONS

Current streamflow conditions in Florida.

View a detailed map.

ABOUT FLORIDA SCIENCE

• Office Information:
  • Florida Water Science Center office locations
  • Information Requests

• National Information:
  • USGS Phonebook
  • USGS Science Strategy
  • Employment

Ask Florida USGS

DATA CENTER

• Real-time data: ()
  • Streamflow ()
  • Groundwater ()
  • Water quality ()
  • Precipitation ()
  • Reservoirs ()

• Historical data:
  • Streamflow ()
  • Groundwater ()
  • Water quality ()
  • Annual Data Reports:
     text () | map ()
  • Water Use ()

• WaterWatch: ()
  • Duration Plots ()
  • Floods/High flows ()
  • DroughtWatch ()

• Groundwater ()
  • Active Water Level Network ()
  • Below Normal Groundwater Levels ()
  • Climate Response Network ()
  • Long-Term Groundwater Data Network ()

• Monitoring Websites:
  • Hydrologic Data Portal
  • Water-level Conditions in South Florida
  • South Florida Coastal Stations
  • Everglades Depth Estimation Network (EDEN)

• USGS Cooperative Water Program ()

SCIENCE WEBSITES

• • Regional Assessment of Groundwater Quality in the Floridan, Biscayne and Surficial Aquifer Systems
  • Monitoring Pesticides in Water: Lake Wales Ridge
  • Groundwater Conditions in Southern Florida
  • Naval Air Station Jacksonville (NASJAX)

OFFICES

Orlando - 407-803-5500
Ft. Lauderdale - 954-377-5900
Ft. Myers - 239-275-8448
Tampa - 813-498-5000
Tallahassee - 850-553-3640

Florida Water-Resources Projects

The Florida Water Science Center conducts hydrologic projects that address a wide variety of water-resources issues, including aquifer characterizations, availability of water, climate change and hydrologic extreme events, ecosystems, hydrologic modeling, surface water, water quality conditions, and wetlands.

	Aquifer Characterization Research on the composition of rocks and sediments below land surface, and science to describe the location, conditions, and behavior of water in the ground.		Hydrologic Modeling Science to improve understanding of the movement of groundwater and surface water using modeling simulations. The model boundaries for about 30 additional projects previously completed by FLWSC hydrologists can be found on the Model Boundaries page.
	Availability of Water Studies of sources of water, the availability of water, and how water is used now and in the past.		Surface Water Science to observe, analyze, and understand the movement and condition of water in streams, lakes, and estuaries.
	Climate Change and Hydrologic Extreme Events Studies of how water resources are affected by climate change, and the consequences of hydrologic extreme events including floods and droughts.		Water Quality Conditions Science to monitor and evaluate biological, chemical, and environmental factors affecting water quality.
	Ecosystems Science to understand how hydrologic factors affect ecosystem function.		Wetlands Interdisciplinary studies of freshwater wetlands.