Lake Woodruff Station 3 (21FLGFWF-03080101-295) site data in the Water Quality Portal
Data Provider: STORET (Learn more about Water Quality Portal Data Providers)
This lake site, maintained by the Florida Fish and Wildlife Conservation Commission (identifier 21FLGFWF), has the name "Lake Woodruff Station 3" and has the identifier 21FLGFWF-03080101-295. This site is in the watershed defined by the 8 digit Hydrologic Unit Code (HUC) 03080101. You can learn more about what is happening in this HUC at the EPA's Surf Your Watershed site or at the USGS Science In Your Watershed site.
This site is located in Volusia County County, Florida at 29.0988889 degrees latitude and -81.4166667 degrees longitude using the datum UNKWN. No horizontal location accuracy metadata is available. This site is at an elevation of 0 ft No vertical location accuracy metadata is available.
To download the metadata about this site along with water quality data, go to the Portal Page and enter "21FLGFWF-03080101-295" into the "Site ID" box under Site Parameters
What other monitoring locations are upstream or downstream from this one?
This map shows all Water Quality Portal stations that are 10 miles upstream (dashed dark blue) and 10 miles downstream (solid light blue) of this monitoring location (indicated by the large blue circle). The upstream and downstream functionality is provided by the National Linked Data Index, part of the Open Water Data Initiative.
|Characteristic Group||Date Range*|
|Biological||2000 - 2000|
|Information||2000 - 2000|
|Inorganics, Major, Metals||2000 - 2000|
|Inorganics, Major, Non-metals||2000 - 2000|
|Nutrient||2000 - 2000|
|Physical||2000 - 2000|
What other information is available for this location?
For the definitions of the metadata elements, please go to the Water Quality Portal user guide
|OrganizationFormalName||Florida Fish and Wildlife Conservation Commission|
|MonitoringLocationName||Lake Woodruff Station 3|
|MonitoringLocationDescriptionText||Lake Woodruff mid lake. The latitude/longitude for this lake was obtained from Shafer, et al. 1986.|