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1 O LARRY J. DANEK, Ph.D. Principal Scientist/President Project Assignment: Principal-in-Charge Project Director; Flow Monitoring and Data Collection, St. Johns River Water Management District (SJRWMD)—Designed and installed an auto- mated sampling system to monitor water flow and nutrient loading at Hatchett Creek and Little Hatchett Creek outfalls into Newnans Lake and unnamed tributaries to Lake Lochloosa. Used refrigerated ISCO® samplers for collec- tion of samples. The sites were equipped with a telemetry system to notify per- Education sonnel when a sampling event occurred. Ph.D., Physical Sciences— University of Michigan. 1976 Project Director; Environmental Services Support for Southwest Florida M.S.. Physical Sciences— Water Management District (SR'FWMD)—Responsible for assisting the University of Michigan. 1973 project manager and other technical staff to ensure the District is provided top B.S..Geological Oceanography— quality personnel to provide development and reviews of watershed manage- University of Michigan. 1972 ment plans. NPDES. and other permit reviews. QA/QC of data. and review of engineering designs for water resource projects. Project Manager; Environmental Sen•ices Support for SJRWMD- Affiliations Responsible for assisting project managers and other technical staff to assure Southern Environmental Business the District is provided top quality personnel for modeling. permit reviews. Council GIS data management. watershed management plans. and other positions re- Florida Lake Management Society quested under the contract. Works with Human Resources to recruit new per- Tau Beta Pi sonnel. as needed. Project Director; Flow Monitoring and Data Collection; SJRWMD— Designed and installed sampling station for monitoring of tributaries to Lake Areas of Specialization Harney using automated and refrigerated ISCO®samplers. Project Management. Water Resource Engineering. Physical Project Manager; Orange Lake Studies, SJRWMD—Supervised the com- ' Sciences. Hydrology. Mixing Zones. Limnology.Oceanography. pletion of a series of diagnostic studies to assess the role sediments play in the nutrient budget. primary productivity, and trophic state of the 16.400-acre Or- Water Quality. Impact Assessment ange Lake. Crucial information included water depth. depth and physical na- ture of the sediments, and areal coverage and species composition of the float- ing and emergent vegetation in Orange Lake. The data collected during these surveys were used to prepare a bathymetric map and cross sections of Orange Lake. sediment isopach maps. maps of vegetation type and cover. and tabula- tions of sediment characteristics. Project Director; Dog Branch-Edgefield Regional Stormwater Treatment System, SJRWMD—Participated in the management and design of a planting ' plan for a 56-acre stormwater treatment facility. The system was designed to utilize plants to remove phosphorus. nitrogen. and sediment from agricultural pollution sources and polish the stormwater prior to release into the St. Johns 1 River near Palatka. Principal-in-Charge; Science and Engineering Support Sen-ices, SFWMD—Responsible for assisting project manager and other technical staff to ensure the District is provided top quality personnel to work in the District office on water resource engineering, data collection, and QA/QC projects. Works with Human Resources to recruit personnel,as needed. Project Manager; East Gainesville Depot Park Brownfields Redevelop- mendStormwater Park Program, Gainesville Regional Utilities/City of Gainesville—Responsible for management and administration of a project to remediate coal tar and other hazardous contaminants from a brownfield site near downtown Gainesville and redevelop the site as a regional stormwater park. A regional stormwater treatment basin has been designed to provide MSC S0Environmental Considen4 S Technokgy,re P.\PAUL YAN&,CI Y OF SUNNY ISLES\APPENDICISIRESUSIES SUNYISIS.DOC-43012