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Patrick with a Suwannee Bass from the Santa Fe River. |
Work
Address Phone
(352) 392-9617 ext. 271 FAX (352) 392-3672 |
Thesis Project
Master's Thesis
Patrick Cooney
Water levels in central Florida lakes have declined as a result of several factors since the 1960’s. In an effort to maintain water levels, the Southwest Florida Water Management District (SWFWMD) issued permits to allow landowners to pump water from aquifers into lakes. Consequently, lake augmentation may alter water chemistry and other lake parameters. I assessed effects of groundwater augmentation on fish assemblages and water chemistry in seven Florida lakes. Fish were collected by electrofishing, and the length and weight of all captured fish was recorded. Fish population parameters were compared to information from a 60-lake database of non-augmented lakes in Florida (Hoyer and Canfield 1992). Current lake water samples had higher mean levels of pH, total alkalinity, total phosphorus and Secchi depth, and lower mean levels of color and chlorophyll than historical ranges prior to pumping. Current samples also had lower mean nitrogen levels and higher mean chloride levels. Values for mean catch per unit effort, species richness, and biomass of harvestable fishes were lower in augmented lakes than the means in nonaugmented lakes, however, multiple linear regressions indicated that fish population responses of augmented lakes to environmental variables were similar to nonaugmented lakes of similar limnological characteristics. Multivariate analysis showed the augmented lakes have diverging environmental trends and a high probability of a low abundance of individual fish species.
Education
Graduate studies:
University of Florida,
Gainesville, FL
Graduated: August 2004
Master of Science in Fisheries Management
Undergraduate studies:
University of Miami, Coral
Gables, FL
Graduated with honors: May 2001
Bachelor of Science in Biology and Marine Science
Honors
Experience
5/02 - present University
of Florida, Gainesville, Florida
Department of Fisheries and Aquatic Sciences
Fisheries Biologist
- Authored report for Southwest Florida Water Management District on effects of groundwater augmentation
- Authored report for St. Johns River Water Management District on Silver Springs fish population
- Authored report for Georgia Pacific Paper Plant on affects of low-head dam on fish movement on Etonia Creek
- Organized trawling of 15 Florida lakes to assess black crappie population age structures
- Assessed fish populations in Lago Izabal, Guatemala, for possible effects of introduced Hydrilla verticillata
8/02 - 5/04 University
of Florida, Gainesville, Florida
Department of Fisheries and Aquatic Sciences
Graduate Assistant
- Conducted boat electrofishing targeting all Florida freshwater species of fish on Clear, Dan, Goose, Loyce, Mountain, Saddleback, and Sunset Lakes; Withlacoochee Rivers (North and South); and Etonia Creek
- Conducted gill netting targeting all Florida freshwater species of fish on Clear, Dan, Goose, Loyce, Mountain, Saddleback, Sunset and Wauberg Lakes
- Trawled St. Johns River to assess juvenile American shad (Alosa sapidissima) populations
- Conducted boat electrofishing on countless small impoundments to assess fish populations, and provide recommendations for desired fishing conditions
- Applied Sonar Q to small impoundment to control aquatic plants and monitor concentrations of herbicide over time
- Organized visual and electrofishing surveys of fish populations on Silver River and Silver Springs
- Organized trawling of 15 Florida Lakes to assess black crappie population age structures
- Assisted FWC in complete rotenone kill in central Florida lake (~50 hectares)
- Conducted blocknet and rotenone sampling to obtain fish diversity, abundance, and biomass estimates, as well as aid in collecting age-0 largemouth bass in littoral areas of Lakes Harris, Monroe, Talquin and Seminole, Florida
- Conducted surface and bottom trawls on St. John's River near bridge in Palatka, FL, targeting juvenile American shad
- Analyzed largemouth bass livers using gel electrophoresis for Northern and FLorida strains
- Assisted in collecting and analyzing largemouth bass liver samples for genetic differences of Florida and Northern subspecies
- Assisted in scallop collection at Homossassa and Steinhatchee
- Aided numerous other students in their research efforts
10/01 - 8/02 University of Florida, Gainesville, Florida
Department of Fisheries and Aquatic Sciences
Lab Technician
5/01 - 8/01 University of Arizona, Tucson, Arizona
Department of Ecology
Research Assistant
2/00 - 7/00 James Cook University, Townsville, Queensland,
Australia
Orpheus Island
Researcher
5/99 - 8/99 American
River Trout Hatchery, Sacramento, California
California Department of Wildlife and Fish and Game
Hatchery Assistant
5/97 - 8/97 Universal
Transactions Incorporated, Cameron Park, California
5/98 - 8/98 Employment
Verifier
1997 - 2001 Sugarloaf Fine Arts Camp, Pollock
Pines, California
Teacher
Conferences Attended
- Southern Division of the American Fisheries Society, Wilmington, North Carolina, February, 2003
- Florida Chapter of the American Fisheries Society, Brooksville, Florida, February, 2003
- North American Lake Management Society, Orlando, Florida, June, 2003
Classes
Water Quality and Fish
Fisheries Management
Management of Small Impoundments
Fish Population Dynamics
Aquatic Plant Management
Statistics I
Statistics II
Marine Protected Areas
Limnology
Organic Chemistry (I and II)
Physics (I and II)
Calculus
Tropical Marine Biology
Physical Oceanography
Chemical Oceanography
Biology of Corals
Personal Information
I was born and raised in El Dorado Hills, which is a small and fast growing town in the Sierra-Nevada Mountain Range in northeastern California. Upon graduating from high school, I moved to Miami, Florida to pursue my degree in both Biology and Marine Science from the University of Miami. During this time I enjoyed studying abroad and conducting research on marine life and marine ecosystems for 7 months in Townsville, Australia, while attending James Cook University, which is situated on the beautiful Great Barrier Reef. After graduating from the University of Miami, I promptly moved to Bahia de Kino, Mexico (located on the coast on the main land side of the Sea of Cortez), to study an obligate mutualism between the Senita moth and the Senita cactus. Once this research was completed, I returned to Florida, and began my work and research on freshwater fish and water quality at the University of Florida in Gainesville. After completing my Masters program, I worked as a fisheries biologist and conducted research on numerous systems in Florida and Guatemala. I am currently working on publishing my Masters research and authoring numerous reports.
MPA Website (for
use in MPA class)
Pictures
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Here I am with a Gulf Sturgeon. Out electrofishing on the Santa Fe River.