Download over 20 years of STATEMAP research by clicking the open-file map series below or visit our interactive Story Map,
It has been understood for some time that LiDAR has a significant return on investment (ROI). Due to rapidly-advancing technology, the ROI changes and has been refined for Florida.
The Florida Geological Survey Mapping Initiative (FGSMI) serves as the framework for accomplishing a long-term goal set by the Florida Geological Survey (FGS) to update the statewide surficial geologic map of Florida. The last published statewide surficial geologic map of Florida was published by Scott, et al. (2001).
Karst features are important in understanding surface water-groundwater interactions. Karst features include sinks, seeps, swallets and springs. Research in this area includes identifying recharge and discharge areas; investigating groundwater contribution to surface water via springs and seeps, including seepage of groundwater in coastal zones; support data collection and modeling efforts that address karst hydrogeologic settings; and quantify interactions for regulatory purposes.
Recent FGS projects in this research area include:
Evaluating surface water and groundwater chemistry is critical to ensure good quality drinking water. Research in this area includes water-rock interaction and metals mobilization during Aquifer Storage and Recovery (ASR); Florida springs and aquifer system ambient geochemical data collection and interpretation; and water quality trends analysis. Recent FGS projects in this research area include:
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