Alternative Text Description for NWFWMD Springs
TABLE OF CONTENTS
- Map Overview
- Geographic Context
- Key Insights
- Visual Elements
- Symbol Guide
- Additional Information
- Data Context
MAP OVERVIEW
This map displays locations of field-verified spring discharge points documented by the Northwest Florida Water Management District (NWFWMD). The map shows the spatial distribution of natural springs across the district's jurisdiction in Northwest Florida. These springs represent discharge points from both the Floridan Aquifer and surficial aquifer vents and seeps, excluding karst windows, sinkholes, and flowing wells.
GEOGRAPHIC CONTEXT
The map covers Northwest Florida, including portions of the Florida Panhandle region. Labeled cities include Albany to the northeast, Tallahassee to the east, Dothan to the north, Enterprise and Andalusia in the northern portion, Panama City and Lynn Haven on the Gulf of America coast, Ferry Pass and Pensacola to the west. The southern boundary of the map is defined by the Gulf of America coastline, which extends from west to east across the bottom portion of the map. The mapped area spans multiple counties across Northwest Florida and extends slightly into southern Alabama and Georgia.
KEY INSIGHTS
Springs are concentrated in two primary regions within the mapped area. The largest concentration occurs in a broad band across the central portion of the district, spreading from the north-central area southward toward the Gulf of America coast, with particularly dense clustering in the area north and northeast of Panama City. A second significant concentration appears in the southeastern portion of the mapped area, along and inland from the Gulf of America coast east of Tallahassee. The central region shows linear and clustered patterns suggesting spring occurrences along geological features or watershed boundaries. Northern portions of the district show notably fewer springs, with only scattered isolated locations.
VISUAL ELEMENTS
NWFWMD Springs
This layer represents field-verified spring discharge locations documented by the Northwest Florida Water Management District.
Spring Discharge Points (red circular symbols)
Appearance:
Red circular point symbols of uniform size distributed across the map area.
Distribution:
Springs appear primarily in two concentration zones: a broad central band extending from the interior toward the Gulf of America coast, and a southeastern coastal concentration. Scattered individual springs occur throughout the northern portions of the district, but with much lower density.
Notable locations:
The highest density of springs occurs in the central region north and northeast of Panama City and Lynn Haven. A second major concentration appears along the southeastern coast and inland areas east of the Apalachicola River region. The area around Tallahassee shows moderate spring occurrence, while the western panhandle near Pensacola shows relatively few mapped springs.
Spatial patterns:
Springs in the central concentration area show both clustered groupings and linear arrangements, suggesting geological controls on spring formation. The southeastern concentration follows the coastal zone with springs occurring both near the coastline and extending inland. Springs appear to correlate with areas of karst topography typical of the Floridan Aquifer region. Areas farther north show more dispersed, isolated spring locations.
SYMBOL GUIDE
- Red circular point: Represents a field-verified spring discharge location from either the Floridan Aquifer or surficial aquifer vents and seeps
ADDITIONAL INFORMATION
This map represents a comprehensive inventory of natural spring discharge points verified through field investigation by NWFWMD staff. The dataset specifically excludes karst windows, sinkholes, and flowing wells, focusing only on natural spring vents and seeps. Springs shown may vary in discharge volume and permanence, but all have been field-verified. The concentration patterns visible on the map reflect underlying geology, particularly areas where the Floridan Aquifer is close to the surface or where geological conditions favor groundwater discharge. Detailed Springs Inventories Reports are available on the NWFWMD website at http://www.nwfwater.com/Data-Publications/Reports-Plans/Springs-Inventories.
DATA CONTEXT
Data Source:
The data represents field-verified spring discharge locations documented by the Northwest Florida Water Management District through direct field investigation and inventory efforts. Data source layer name: SPRINGS_NWFWMD_AUG18.
Definition Query:
No definition query or filter criteria was applied to this dataset. All field-verified springs in the NWFWMD inventory are displayed.
Scale Information:
The map shows regional-scale distribution across the entire NWFWMD jurisdiction. The scale is appropriate for understanding broad spatial patterns of spring occurrence across Northwest Florida but may not show fine-scale details of individual spring features.
Coordinate System:
NAD_1983_HARN_Florida_GDL_Albers (WKID 3087).
Time Period of Content:
The dataset is current as of August 2018 (indicated by the data source layer name). Spring locations represent features verified through field inventory efforts conducted by NWFWMD up to that date.
Limitations:
The map shows only field-verified springs documented by NWFWMD and may not include all springs in the region, particularly those on private property or in areas not yet inventoried. Springs that have ceased flowing or were not accessible during field surveys would not be represented. The dataset excludes karst windows, sinkholes, and flowing wells, even though these features may also represent groundwater discharge points. Spring discharge rates and seasonal variability are not indicated on this map.
Map Coverage:
The map covers the full extent of the Northwest Florida Water Management District's jurisdiction, extending from the Alabama and Georgia borders in the north to the Gulf of America in the south, and from approximately Pensacola in the west to east of Tallahassee. Some areas beyond the district boundaries are shown for geographic context.
The alternative text description of this map was AI-generated and may contain inaccuracies.