St. Lucie County Education Research Coalition

2012 YEARBOOK

Our shared vision of a thriving, innovative and

diverse economy integrates each science and

research resource in St. Lucie County creating

the “Heart of Florida’s Research Coast.”

ST. LUCIE COUNTY’SRESEARCH TRIANGLE

St. Lucie County the “Heart of Florida’s R esearch Coast.”

FAST FACTS51 BUILDINGS/44 GREENHOUSES

1,446,265 SQUARE FEET

585 TOTAL STAFF

1,936 ACRES

FAST FACTS

39 ADDITIONAL BUILDINGS

1,911,000 ADDITIONAL SQ. FT.

5,400 ADDITIONAL STAFF

N/A

CURRENT

PROPOSED

SLCERC 2 2012 YEARBOOK

WELCOME TO A WEALTH OF WORLD-CLASSINNOVATION AND RESEARCH

WELCOME to the 2012 St. Lucie CountyEducation & ResearchCoalition Yearbook!

In these pages, you willfind the details of aremarkable communityof world class research

professionals and their supporting education,research and civic organizations.

The Treasure Coast Research Park is proud tobe a part of this community and to bring you the 2012 Yearbook that highlights the

accomplishments and efforts of so many talented scientists and educators.

We hope you find that the breadth anddepth of the research resources available in St. Lucie County inspire you to ask new questions and to explore the boundaries of your curiosity.

Ben DeVriesCEO & Executive Director Treasure Coast Research Park

"Move to a Climate of Innovation!”

Treasure CoastResearch Park

MM oovvee ttoo a C a C ll i m a ti m a t ee o f o f II nn n o v a t i o nn o v a t i o n

Smithsonian Marine Station at Fort Pierce


OUR MISSION

The St. Lucie Research & Education Coalition is an organization formed to facilitate the sharing of information and resources among its member institutions, and to encourage cooperative projects to enhance research, education and economic development in St. Lucie County.

OUR HISTORY (2000 – 2012)

In 2000, a group of local educators and researchers with the express purpose to createresearch and education opportunities in St. Lucie County came together for area students in an effort to keep them in the community rather than to look outside the county and statefor a career.

Founding organizations included Florida Atlantic University, Harbor Branch OceanographicInstitute at FAU, United States Depart of Agriculture/Agricultural Research Service, St LucieCounty Community Development (now the Planning and Development Services Department ),University of Florida Institute of Food and Agriculture Science Extension (UF IFAS), Universityof Florida’s Indian River Research and Education Center (UF IRECC), Barry University, St. LucieCounty School Board and the Smithsonian Marine Station at Fort Pierce.

Through the years, as more educational and research institutions were established in the county, they were invited to join the Coalition. Member organizations now meet regularly toexplore ways of improving agribusiness, education, research and industry collaboration.

WELCOME TO ST. LUCIE COUNTY



The“Heart of the

ResearchCoast”

RESEARCH INSTITUTES AND PARKS

Virginia Ave.

Okeechobee Rd.

Orange Ave.

Kings Hwy

Turnpike Feeder Rd.

St. Lucie West Blvd.

Gatlin Blvd.

FLORIDA’S TURNPIKE


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Downtown Ft. Pierce

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Marine ScienceSmithsonian Marine Station

at Fort Pierce

Agriculture ScienceTreasure Coast Research Park

Life ScienceTradition Center for Innovation

“St. Lucie County’s Research Triangle”

Harbor Branch Oceanographic Institute atFlorida Atlantic University


WHAT’S INSIDE

Harbor Branch Oceanographic Institute at Florida Atlantic University ..............................8-19

Smithsonian Marine Station at Fort Pierce.......................................................................20-22

Treasure Coast Research Park ........................................................................................24-27

United States Department of Agriculture/Agricultural Research Service..........................28-38

University of Florida Institute of Food & Agricultural Sciences (IFAS)..............................40-45

University of Florida IFAS St. Lucie County Extension....................................................46-49

Tradition Center For Innovation ........................................................................................50-51

Torrey Pines Institute for Molecular Studies .....................................................................52-59

Vaccine and Gene Therapy Institute ................................................................................60-63

Mann Research Center.....................................................................................................64-65

Martin Health System Tradition Medical Center ...............................................................66-67

Educational Institutions.....................................................................................................69-73

Civic Business Resources and Amenities ........................................................................75-79



Dr. Margaret LeinenAssociate Provost of Marineand Environmental Initiatives

Executive Director Harbor Branch Oceanographic Institute

CONTACT INFORMATION

5600 U.S. 1 NorthFort Pierce, FL 34946www.fau.edu/hboi

Phone [email protected]

FAST FACTS

HARBOR BRANCH OCEANOGRAPHIC INSTITUTE AT FLORIDA ATLANTIC UNIVERSITY

Harbor Branch Oceanographic Institute at Florida Atlantic University (HBOI FAU) is one ofthe world’s leading oceanographic researchorganizations dedicated to exploring the Earth’soceans, estuaries and coastal regions for the benefit of mankind. Situated on the Indian RiverLagoon between Fort Pierce and Vero Beach,HBOI FAU is involved in research and education in the marine sciences, marine biomedical sciences, marine mammal conservation, aquaculture and ocean engineering.

32 BUILDINGS

317,509 SQUARE FEET

150 TOTAL STAFF

144 ACRESwww.fau.edu/hboi

2012 RESEARCH AREAS & EXPERTISE

FAU Harbor Branch research is guided by fourstrategic themes:

• Ocean Exploration• Understanding Marine Ecosystem Function• Wise Use of Marine Resources • Innovative Technology Development

Founded in 1971, became part of FAU in December 2007

HARBOR BRANCH OCEANOGRAPHIC INSTITUTE AT FLORIDA ATLANTIC UNIVERSITY


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Fraser Dalgleish, PhDAssistant Research [email protected]

EDUCATIONPhD, Ocean Engineering, Cranfield University (UK)Master’s, Ocean Engineering, Cranfield University (UK)Bachelor’s, Electronics and Electrical Engineering, The University of Edinburgh (UK)

RESEARCH: Underwater laser imaging and communications, optical properties in marine environments, sensor networks and fluorescence imaging

Geoff Beiser, PhDSenior Engineer / Project [email protected]

EDUCATIONBachelor’s, Ocean Engineering, Florida Institute of Technology

RESEARCH: Ocean energy, subsea defense systems, mooring systems, subsea cable and array systems, launch andrecovery systems and shipboard deck equipment

Megan Davis, PhDDirector, Aquaculture and Stock [email protected]

EDUCATIONPhD, Biological Science, Florida Institute of TechnologyMaster's, Marine Ecology, Florida Institute of TechnologyBachelor's, Aquaculture/Environmental Science, Florida Institute of Technology

RESEARCH: Aquaculture of tropical species, including queen conch and spiny lobster; areas of specialty include early life history, nursery and grow out techniques, stock enhancement, conservation ecology and business development


Amber Garr, PhDResearch [email protected]

EDUCATIONPhD, Integrative Biology, Florida Atlantic UniversityMaster's, Coastal Environmental Management, Duke UniversityBachelor's, Biological Sciences, Goucher College

RESEARCH: Apple snail stock enhancement and queen conch biology and life history, including effects of the environment on larval development and metamorphosis, captive breeding, nutrition and juvenilegrowout programs for stock enhancement

Donna Devlin, PhD Assistant Research [email protected]

EDUCATIONPhD, University of Louisiana at Lafayette

RESEARCH: Molecular (microsatellites, AFLPs), organismal (defense compounds, plant physiology), population biology, community (plant-animal interactions, plant-plant competition) and landscape (mangroveforests and salt marshes, restoration ecology)

Sara Edge, PhD Assistant Research [email protected]

EDUCATIONPhD, Environmental & Molecular Biology, Georgia Institute of Technology, Bachelor's, Journalism, University of Georgia, Athens, GA; Presidential Scholar

RESEARCH: Use of advanced molecular diagnostics (microarray analysis) to detect and characterize environmentalstress responses in corals and to identify the mechanisms behind coral bleaching and disease infection


Juli Goldstein, PhD Assistant Research [email protected]

EDUCATIONDoctor of Veterinary Medicine (D.V.M.), Auburn University College of

Veterinary MedicineBachelor's, Zoology, Auburn University

RESEARCH: Etiopathogenesis of Kogia spp. cardiomyopathy, diagnostic ultrasound, marine mammal rescue andrehabilitation, marine mammal conservation medicine and policy

Esther A. Guzmán, PhD Assistant Research [email protected]

EDUCATIONPhD, Immunology, University of Texas MD Anderson Cancer CenterBachelor's, Molecular Biology/Biotechnology, Salem-Teikyo University

RESEARCH: Cancer cell biology with particular focus on investigation of marine natural products as potential treatments for, preventive agents against and/or tools to better understand pancreatic cancer.


M. Dennis Hanisak, PhD Research Professor Director of Marine Ecosystem Health & Director of Harbor Branch [email protected]

EDUCATIONPhD, Biological Sciences, University of Rhode Island Master's, Botany, University of Rhode IslandBachelor's, Biological Sciences, Rutgers University

RESEARCH: Physiology and ecology of marine plants (macroalgae and seagrasses), including primary production,nutrient uptake and photobiology; biodiversity and ecosystem function of the Indian River Lagoon; coral reef algal communities; cultivation and utilization of marine plants as resources

Brian Lapointe, PhDResearch [email protected]

EDUCATIONPhD, Biology, University of South FloridaMaster's, Environmental Sciences, University of FloridaBachelor's, Biology, Boston University

RESEARCH: Monitoring water quality and nutrient enrichment on coral reefs using C:N:P ratios and stable nitrogenisotope analysis of phytoplankton and benthic algae; tropical seagrass ecology, effects of nutrientenrichment and eutrophication on seagrass productivity, physiological ecology of invasive macroalgae in seagrass ecosystems; ecology and oceanography of pelagic Sargassum communities in the Gulf ofMexico, Caribbean Sea, Loop Current, Gulf Stream and Sargasso Sea

Susan Laramore, PhD Assistant Research [email protected]

EDUCATIONPhD, Marine Molecular Biology, Florida Institute of TechnologyMaster's, Cell Biology, Southern Illinois University at EdwardsvilleBachelor's, Biology, Southern Illinois University at Edwardsville

RESEARCH: Histological analysis of aquatic animal health, crustacean, and bivalve diseases; the effect of the environment on the progression of these diseases and immune system function


Marilyn Mazzoil Senior Research [email protected]

EDUCATIONBachelor's, Education, The Ohio State University

RESEARCH: Population ecology of dolphins in the Indian River Lagoon and the occurrence of infectious diseasesrelated to site fidelity and environmental data

Peter McCarthy, PhDResearch [email protected]

EDUCATIONPhD, Microbiology/Biochemistry, University of Kent, Canterbury, UK.Bachelor's, (Hons) Biochemistry, University of Manchester, Manchester, UK.

RESEARCH: Heterotrophic microbes associated with sponges and their use in biotechnology, such as novel sources of pharmaceutical agents and a new resource for the conversion of terrestrial and marine biomass into biofuels

Steve McCulloch Program [email protected]

EDUCATIONU.S. Army/R.O.T.C. MT-II/Staff Sergeant/E-3Congressional Appointment, USMA, West Point

RESEARCH: Dolphin health assessment, whale research and marine mammal rescue and rehabilitation


Greg O’Corry-Crowe, PhDAssociate Research [email protected]

EDUCATIONPhD, University College Dublin, Ireland Bachelor's, University College Dublin, Ireland

RESEARCH: Use of molecular genetic techniques and satellite-linked telemetry to study the molecular and behavioral ecology of northern temperate, polar, tropical and subtropical marine mammals

Shirley Pomponi, PhDSenior Research [email protected]

EDUCATIONPhD, Biological Oceanography, University of Miami, RSMASMaster's, Biological Oceanography, University of Miami, RSMASBachelor's, Biology, College of St. Elizabeth (Summa Cum Laude)

RESEARCH: Biology and systematics of deep, mesophotic and shallow coral reef sponges throughout the Gulf ofMexico, Florida Keys, southeast U.S. continental shelf and Caribbean; cell and molecular biology, physiology and systematics of marine sponges from shallow and deep-water benthic environmentsthroughout the Gulf of Mexico, Florida Keys, southeast U.S. continental shelf and Caribbean; develop-ment of in vitro methods for sustainable use of marine-derived chemicals with biotechnological /biomedical applications

Bing Ouyang, PhDResearch [email protected]

EDUCATIONPhD, Electrical Engineering, Southern Methodist UniversityMaster's, Computer Engineering, University of FloridaMaster's, Applied Marine Physics, University of MiamiBachelor’s, Electronic & Communication Systems, Xi’an Jiaotong University (China)

RESEARCH: Computer vision and image understanding, signal and image processing and underwater acoustic signal processing


Ed Proffitt, PhDAssociate [email protected]

EDUCATIONPhD, University of South Florida

RESEARCH: Ecology of marine and estuarine macrophytes (mangroves, salt marsh and seagrass systems) and invertebrates, restoration ecology and conservation genetics

John Scarpa, PhDResearch [email protected]

EDUCATIONPhD, Wildlife and Fisheries Sciences, Texas A&M UniversityMaster's, Marine Studies, University of DelawareBachelor's, Marine Sciences, Long Island University: Southampton College

RESEARCH: Bivalve culture and genome manipulation, oyster restoration/ecology and delineation of culture requirements of pharmacologically important species

John Reed, MScSenior Research Scientist Research [email protected]

EDUCATIONMaster's, Marine Ecology, Florida Atlantic UniversityBachelor's, Biology, Chemistry, University of Miami

RESEARCH: Biology of deep-water coral reefs and taxonomy of reef organisms, including mapping and habitat characterization of shallow, mesophotic and deep reef environments throughout the Gulf of Mexico,Florida Keys, southeast U.S. continental shelf and Caribbean; biology of deep-water coral reefs and taxonomy of reef organisms, including mapping and habitat characterization


Adam Schaefer, [email protected]

EDUCATIONMaster's, Epidemiology, Saint Louis University School of Public HealthBachelor's, Anthropology/Chemistry, Southeast Missouri State University

RESEARCH: Epidemiological study of diseases across marine mammal populations to identify environmental andanthropogenic impacts on wildlife health


Joshua Voss, PhDAssistant Research [email protected]

EDUCATIONPhD, Biological Science, Florida International UniversityBachelor's, Biology, minors in Chemistry and Philosophy, Elon University

RESEARCH: Coral reef ecology and community dynamics, molecular profiling of bacterial communities and development ofadvanced molecular technologies to identify environmental drivers and impacts of coral diseases

Larry Taylor, PhDAssistant Research [email protected]

EDUCATIONPhD, Biological Science, Florida International UniversityBachelor's, Biology, minors in Chemistry and Philosophy, Elon University

RESEARCH: Manatee protection systems for water control structures and navigation locks using piezoelectric contact sensors and non-contact acoustic blocked-beam sensors

Anni Vuorenkoski Dalgleish, PhD Research Associate, Ocean Visibility and Optics [email protected]

EDUCATIONPhD, Mechanical Engineering, Cranfield University, UKMaster's, Mechanical Engineering, Cranfield University, UKBachelor's, Mechanical Engineering, Helsinki Institute of Technology, Finland

RESEARCH: Fluid dynamics, marine particle dynamics, optical diagnostics of fluids and flows, fluorescence and dropsize imaging of hydrocarbon aerosols and thermodynamics


Amy E. Wright, PhDDirector, Center for Marine Biomedical and Biotechnology ResearchResearch [email protected]

EDUCATIONPhD, Organic Chemistry, University of California, Riverside, CAMaster's, Organic Chemistry, University of California, Riverside, CABachelor's, Chemistry, California State University, Dominguez Hills, CA

RESEARCH: Investigation of marine natural products from marine invertebrates and associated bacterial symbionts

Paul Wills, PhDAssociate Research [email protected]

EDUCATIONPhD, Southern Illinois University at CarbondaleMaster's, Southern Illinois University at CarbondaleBachelor's, University of Southwestern Louisiana

RESEARCH: Development of techniques for intensive controlled aquaculture of high-quality, healthy marine fish suitable for stock enhancement, restoration and mitigation


Dr. Valerie PaulHead Scientist

CONTACT INFORMATION

701 Seaway Drive Fort Pierce, FL, 34949 www.sms.si.edu

Phone (772) 462-0982Fax: (772) [email protected]


FAST FACTS

SMITHSONIAN MARINE STATION AT FORT PIERCE

The Smithsonian Marine Station is situated on the Indian River Lagoon, a long, narrow estuarystretching 150 miles along Florida’s east centralcoast, which offers a diversity of habitats for study,including mangroves, salt marshes, seagrass beds,sand and mud flats, and oyster reefs. In addition,there are the nearby sandy beaches of the barrierisland, the extensive waters and sandy plains ofthe Continental Shelf and, at the edge of theShelf, the Florida Current, a component of theGulf Stream System. The coral reefs of the FloridaKeys are approximately 200 miles to the south.

PROGRAMS

• Benthic Ecology Program• Chemical Ecology Program• Life Histories Program • Visiting Scientist Program• Marine Ecosystems Exhibit

5 BUILDINGS

16,941 SQUARE FEET

20 TOTAL STAFF

8 ACRESwww.sms.si.edu/



Kings Hwy.

Research Center Rd.

Okeechobee Rd.

Picos Rd.

S. R

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Rd.

Seaway Drive

Dixie Hwy.

N. Beach Causeway Dr.



Dr. Bjorn TunbergResearch Biologist

EDUCATIONPhD, Zoology, University of Goteborg, SwedenBachelor’s, Marine Biology, Bergen, Norway

RESEARCH: Impact from climate change and oscillations on the marine environment, long term changes inmarine/estuarine macrobenthic communities and the ecology of marine burrowing decapod crustaceans

Valerie PaulHead Scientist

EDUCATIONPhD, Marine Biology, University of California at San Diego, Scripps Institution of Oceanography Bachelor’s, Biology and Chemical Ecology, University of California at San Diego

RESEARCH:Ecological roles of marine natural products, temporal and spatial variability of benthic cyanobacteria(Lyngbya spp.) in the Indian River Lagoon, marine plant-herbivore interactions, impact of toxic cyanobacterial blooms (Lyngbya spp.) on coral reef habitats, settlement and metamorphosis of larvae ofreef-building corals and marine natural products

Mary E. RiceResearch Zoologist, Emeritus

EDUCATIONPhD, University of WashingtonMaster’s, Oberlin CollegeBachelor’s, Drew University

RESEARCH:Systematics and development of marine sipunculan worms and development and larval biology ofmarine invertebrates worldwide



Ben DeVries, FRICS, CRECEO & Executive Director

CONTACT INFORMATION

2199 South Rock RoadFt. Pierce, FL 34945 Phone (772) [email protected]



TREASURE COAST RESEARCH PARK

The Treasure Coast Research Park is home to over 200 multi-disciplinary researchers, scien-tists, educators and staff. USDA’s 170,000square foot Horticultural Research Laboratoryand the 90,000 square foot University ofFlorida’s Institute of Food and AgriculturalSciences’ Indian River Research and EducationCenter anchors the research campus. Withover three square miles of land, the Park isplanned for 3.3 million square feet of research

and advanced manufacturing developmentand 800 acres of agricultural test fields. Sinceits formation in 2005, the Treasure CoastEducation, Research and DevelopmentAuthority (TCERDA) has guided the planningand operation of the Park. 2011 saw theapproval of the first Phase of Park for devel-opment of 1.3 million square feet situated on154 acres circumscribed by Kings Highway,Pruitt Research Road, Rock Road and PicosRoad. 2012 will see construction of roads,pedestrian walkways, water and sanitary utility mains and water retentionlakes. With an eye to meeting tomorrow’schallenges, the Park’s research is focused onFood, Energy and Water – a FEW things fora Sustainable Future.

RESEARCH INSTITUTES

• United States Department of Agriculture/Agricutural Research Service

• University of Florida - Institute of Food & Agricultural Sciences (IFAS)

www.TreasureCoastResearchPark.com

FAST FACTS

12 BUILDINGS/44GREENHOUSES

293,815 SQUARE FEET

245 TOTAL STAFF

1,634 ACRES

www.treasurecoastresearchpark.com






Legend

Treasure Coast Education & Research Authorit - 497 Acres

University of Florida IRREC - 704 Acres

Treasure Coast Research Park Boundary - 1,634 Acres

United States Dept. of Agriculture - 339 Acres

St. Lucie County - 34 Acres

NSchool Board of St. Lucie County - 60 Acres

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1.3 MILLION SQ-FT BUILDING EXPANSION SPACE AVAILABLE







FAST FACTS

U.S. DEPARTMENT OF AGRICULTUREAGRICULTURE RESEARCH SERVICE

The United States Department of Agriculture /Agriculture Research Service (USDA/ARS)has national responsibility to conduct highpriority research related to these objectives:

• Conduct applied and basic research in citrus genetics to develop scions and root stocks. Improve quality and management of water usage. Utilize vegetable grafting as an alternative to the use of methyl bromide to control pests.

• Improve disease control for citrus, vegetablecrops, and ornamentals to enhance pro-duction efficiency to minimize adverseeffects on the environment, producers,and food quality. Research activities impactproducers, state and federal regulatoryagencies, and international trade.

• Evaluation and study of insect vectors ofplant diseases; biological control of insectpests by use of parasitoids, predators andother beneficial organisms; study of plantresistance to insects; characterization of

1 BUILDINGS/ 29 GREENHOUSES

131,400 SQUARE FEET

150 TOTAL STAFF

338 ACRES

Calvine E. Arnold, PhDLaboratory Director

CONTACT INFORMATION

2001 South Rock RoadFort Pierce FL 34945 (772) [email protected]

www.ars.usda.gov

www.ars.usda.gov

effects of plant products on insects; and biochemical and molecular characterization of plant defensive proteins and phytochemicals.

• Improve flavor, textural and nutritional qualitywhile extending shelf life and microbial stability of subtropical and tropical fruit and fruit products. Use chemical and other analytical techniques to obtain fundamental information about mechanisms by which internal compositional profiles of these commodities are changed through genetics,harvest maturity, storage or processing and determine effects of such changes on available nutrients and other quality factors. Develop new mechanisms, or modify established mechanisms for converting commodities into more desirable products. Develop new approaches for the conversion of polysaccharides in fruit processing wastes to value-added products. Isolate from citrus by products, phenols with biological activities targeted towards a number of pharmacological endpoints.


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Kim Bowman, PhD Research Geneticist

RESEARCH: The research of Dr. Bowman is focused on development of new citrus root-stock cultivars with greater disease resistance, higher productivity, broader soiladaptation, or more favorable influence on the fruit quality or tree size ofcommon scion cultivars.

The Horticulture and Breeding Unit conductsapplied and basic research in citrus genetics andbreeding, water quality & plant nutrition andpostharvest physiology. To develop scions androotstocks having enhanced tolerance of environmental stress, resistance to diseases and pests and improved fruit quality and yield.Specifically, desirable genetic traits are identifiedwithin species of citrus and among closely related genera and species and are combined by

conventional breeding and/or cellular and molecular engineering techniques. Results of thisresearch are new and superior citrus varieties androotstocks. New breeding lines with unique combinations of desirable traits are also producedthat are used by citrus breeders and otherresearchers. The breeding program is one of theoldest in the world and evaluates over 50,000trees each year at the two USDA research farmsin Leesburg and Fort Pierce, Florida.

UNITED STATES DEPARTMENT OF AGRICULTUREHORTICULTURE AND BREEDING RESEARCH UNIT

Ed Stover, PhD Horticulturist

RESEARCH: Dr. Stover’s focus is development of solutions to citrus greening (HLB) throughresistant varieties, identifying opportunities for profitable citrus production whilemanaging HLB, and evaluation of other fruit crops as an alternative to citrus.


Greg McCollum, PhD Research Plant Physiologist

RESEARCH: Dr. McCollum’s overall research objectives are to develop, evaluate andrelease improved citrus scion varieties for the US using hybridization, irradia-tion, and transformation. New citrus scions recently released include a seedless ‘Pineapple’ and a low-seeded ‘Fallglo’ tangerine.

Randall Niedz, PhD Research Geneticist

RESEARCH: : Dr. Niedz is responsible for citrus improvement through in- vitro breeding methods.In vitro methods are developed and utilized for citrus and citrus relatives toincrease the germplasm base, provide resistance to biotic and abiotic stresses, andto improve horticultural quality.

Michael Bausher, PhD Research Plant Physiologist

RESEARCH: : Dr. Bausher’s research focuses on determining whether grafting tomatoes andpeppers to disease resistant rootstocks can provide a competitive alternativeto preplant methyl bromide fumigation. This work is conducted in the frameworkof the challenges and needs of field-grown commercial vegetable production in Southeastern US conditions. The goal is to determine the rootstock/ scion

combinations which are superior under these conditions, and provide high quality vegetable products.

Joseph Albano, PhD Research Horticulturist

RESEARCH: : Objectives of Dr. Albano’s research are to develop improved methods andtechnologies in plant nutrition and water quality to minimize pollution fromagricultural operations, increase water conservation, and improve the efficiency and economic viability of agricultural operations in Florida.

Nancy Kokalis-Burelle, PhDResearch Ecologist

RESEARCH: Dr. Burelle is an ecologist working on alternatives to methyl bromide soil fumigation for plant parasitic nematode control in vegetable and ornamentalcrops. Research is focused on determining the effects of reduced risk chemicals,novel cultural practices, crop rotation, organic amendments and biological control agents on plant parasitic nematodes.


TIMOTHY R. GOTTWALD, PhD Leader / Plant Pathologist

RESEARCH: Dr. Gottwald conducts research on citrus epidemiology/pathology to providefundamental knowledge on epidemiology, etiology, and host-parasite interactionsof exotic and domestic bacterial, viral, and fungal foliar and fruit pathogens ofcitrus and Prunus. The long-range goal is the development of innovative

disease control strategies based on sound biological and epidemiological evaluation of disease pathosystems.

The Subtropical Plant Pathology Unit conductsresearch to improve disease control for citrus,vegetable crops, and ornamentals to enhanceproduction efficiency and to minimize adverseeffects on the environment, producers, and foodquality. Research focuses on diseases caused bybacteria, fungi, nematodes, viruses, viroids, weeds,and maladies of undetermined cause to improvepathogen detection, define disease epidemiology,etiology, identify disease-resistant germplasm,evaluate field and horticultural factors which

affect disease severity, characterize the geneticbasis of diseases, improve disease management,and develop alternative, biological-based controlof soil-borne diseases, nematodes and weedscontrolled conventionally by methyl bromide invegetable crops. New exotic, emerging, reemerging,and uncharacterized diseases and pests areexamined to estimate their potential to threatenU.S. agriculture and to limit crop loss. Researchactivities impact producers, state and federal regulatory agencies, and international trade.

UNITED STATES DEPARTMENT OF AGRICULTURESUBTROPICAL PLANT PATHOLOGY RESEARCH UNIT

Dr. Scott Adkins, PhDResearch Plant Pathologist

RESEARCH: The major emphasis of Dr. Adkins’ research program are identification, characterization and management of virus and virus-like pathogens of vegetables and ornamentals and the interactions of these pathogens with vegetable, ornamental, agronomic and weed hosts and insect vectors.

Dan Chellemi, PhD Research Plant Pathologist

RESEARCH: The goal of Dr. Chellemi’s research program is to develop economically viableprograms for the management of soilborne pests that conserve naturalresources and minimize environmental disruption. These programs will rely pri-marily on inputs of pest biological knowledge and secondarily on physical,chemical, and biological supplements for pest management.

Yongping Duan, PhDResearch Plant Pathologist

RESEARCH: Dr. Duan’s program primarily focuses on genome sequencing of Liberibacterpathogens, developing high through put, sensitive detection method anddetermining seed transmission of these pathogens in the development ofHLB, identifying genetic markers for differentiating strains of HLB bacteria,and screening effective chemical compounds for the control of HLB.

Mark Hilf, PhDCitrus Virologist

RESEARCH: Dr. Hilf's lab researches the basic biology of graft-transmissible pathogens ofcitrus, including viruses, viroids, and bacteria.Currently the focus is on charac-terization of ‘Candidatus Liberibacter asiaticus’, the bacterium associated withthe huanglongbing disease of citrus, with recent work on seed transmissionand methods of purifying the bacteria from citrus tissues.


David G. Hall, PhDResearch Leader/ Entomologist

RESEARCH: Dr. Hall conducts research on the biology, ecology and biological control ofinsects to develop IPM Strategies aimed at reducing losses to insect pests ofcitrus. Current research is focused on control strategies for the Asian CitrusPsyllid which vectors the bacteria that causes the devastating HLB disease in citrus.

The Unit conducts basic and applied research oninsect pests of citrus and other subtropical andtropical fruits, ornamentals and vegetables.Information on the biology, biochemistry, chemistry,molecular biology and physiology of insects andtheir interactions with plants and plant pathogensis obtained to improve or design new managementstrategies. Research includes evaluation and study

of insect vectors of plant diseases; biologicalcontrol of insect pests by use of parasitoids,predators and other beneficial organisms; studyof plant resistance to insects; characterization ofeffects of plant products on insects; and biochemicaland molecular characterization of plant defensiveproteins and phytochemicals.

UNITED STATES DEPARTMENT OF AGRICULTURESUBTROPICAL INSECTS RESEARCH UNIT


Erin Rosskopf, PhD Research Microbiologist

RESEARCH: Dr. Rosskopf is a microbiologist working on alternatives to methyl bromide forweed and fungal plant pathogen control. The focus of the program is on the useof cultural systems and biologically based approaches to pest management forproduction of vegetables and ornamentals.

Bill Turechek, PhDResearch Plant Pathologist

RESEARCH: Dr. Turchek studies the epidemiology and ecology of fruit and vegetable diseases. The overall goal is to characterize the epidemology of important diseases and utilize the information to develop economical and sustainable disease management programs. He is interested in adapting, modifying,

or designing statistical procedures for the analysis of plant disease epidemics.


Wayne Hunter,PhDResearch Entomologist

RESEARCH: Dr. Hunter is the Lead Scientist conducting research on insect-plant pathogeninteractions. This includes the transmission of Pierce’s disease of grapes bythe glassy-winged sharpshooter, GWSS. He also conducts research on exoticinsect pests.

Stephen L. Lapointe, PhDResearch Entomologist

RESEARCH: Dr. Lapointe's group works to develop new management options for citrusgrowers through the discipline of Insect Chemical Ecology. Recent advancesinclude discovery of a novel pheromone for the Diaprepes root weevil anddevelopment of mating disruption and attract-and-kill products and application

methods for citrus leafminer and associated citrus canker disease. Current focus includes identification ofattractants for the Asian citrus psyllid.

Cindy L. McKenzie, PhD Research Entomologist

RESEARCH: Dr. McKenzie is an applied entomologist primarily developing Integrated PestManagement (IPM) strategies for the control of whiteflies and whitefly-vectored diseases in vegetable and ornamental crops. Research is focused on providing basic information on host plant-pest, pest-natural enemy and

vector-pathogen interactions and plant disorders associated with whitefly feeding, as well as otherexotic pests of vegetables, and ornamentals.

Robert Shatters, PhDResearch Molecular Biologist

RESEARCH: Dr. Shatters is developing biotechnological approaches for pest insect control in citrus and other horticultural crops. Research is conducted to identify naturalmechanisms and substances that can be used in environmentally friendly control strategies to reduce yield-loss resulting from insect infestations.

Elizabeth Baldwin, PhDResearch Leader/ Horticulturist

RESEARCH: Dr. Baldwin’s research interests include postharvest physiologyand overall quality of fresh, fresh-out, and processed fruits and vegetables,with an emphasis on the use of edible coatings and flavor quality of citrus,tomatoes, and tropical/subtropical products.

The mission of the Citrus & Subtropical ProductsResearch Unit is (1) improve flavor, textural andnutritional quality while extending shelf life andmicrobial stability of subtropical and tropical fruitand fruit products; (2) use chemical and other analytical techniques to obtain fundamental information about mechanisms by which internal compositional profiles of these commodities arechanged through genetics, harvest maturity, storage or processing and determine effects of

such changes on available nutrients and otherquality factors; (3) develop new mechanisms, ormodify established mechanisms for convertingcommodities into more desirable products; (4) developnew approaches for the conversion of polysac-charides in fruit processing wastes to value-addedproducts; and (5) isolate from citrus byproducts,phenols with biological activities targeted towardsa number of pharmacological endpoints.

UNITED STATES DEPARTMENT OF AGRICULTURECITRUS & SUBTROPICAL PRODUCTS RESEARCH UNIT


Jinhe Bai, PhDFlavor Chemist

RESEARCH: Dr. Bai’s current research interests are focused on developmentof controlled atmosphere (CA) storage, modified atmosphere (MA) packagingand edible coating technologies, and discovery of how internal and environmental factors influence metabolism and further impact flavor andnutritional quality of fruits and vegetables.

Joe Patt PhDResearch Entomologist

RESEARCH: Dr. Patt works to develop scientific knowledge and biologically based technology

that will enhance the role of natural enemies in managing key insect pests and

weeds, including the Asian Citrus Psyllid.


Randall Cameron, PhDResearch Biologist

RESEARCH: Dr. Cameron‘s research is on modifying pectin structural motifsand understanding the different functional properties that can be exhibited as the structure is modified. The two main ways that the pectin structure is modified is with pectin methylesterase (plant or fungal) and by base saponification. Characterizing the different structural and functional propertiesof pectin is paving the way for multiple industries to advance the applicationsof their market products.

Gary Luzio, PhDResearch Chemist

RESEARCH: Currently the Luzio lab is working on research involving alternative uses for citruspeel with an emphasis on new product development.Citrus peel is mostly com-posed of pectin which is water soluble andknown to form gels.These water gelsand gel products could have applications involving paper manufacturing, drillingapplications and plant disease treatments where altering water’s viscosity is a primary need.

John A. Manthey, PhDResearch Chemist

RESEARCH: An underlying need of citrus juice processors is to increase the value of the harvested crop, particularly through discoveries of new, value-added uses ofwaste peel. There are various candidate components of peel that can beexplored, but the ones investigated by this team are the bioactive small

molecule constituents. Emphasis is placed on the flavonoids, hydroxycinnamates, coumarins, furanocoumarins, although this list does not serve to exclude other possible marker, and/or bioactive constituents discoveredin a variety of screening programs in place.

Wilbur Widmer, PhDResearch Chemist

RESEARCH: Dr. Widmer’s program focuses on the process of converting citrus waste toethanol so that it can be economically feasible. In this process, limonene, a highvalue co-product, can be recovered from citrus peel, lowering the productioncosts. Dr. Widmer served on a study team that identified and established the

substance in grapefruit juice that causes potentially dangerous interactions with specific medicines.


Jan Narciso, PhDResearch Microbiologist

RESEARCH: Dr. Narciso focuses on citrus canker. In the field she is developing control methods and have been able to increase packout with our spray protocols.She is also active in working with the GAP group for new regulations on surface water usage for citrus. For the packinghouse, we are developingantimicrobial coatings for the line and active packaging to keep fresh fruit

quality longer in storage and transit and also to remove any residual canker bacterial cells that may stillbe on the fruit. In the lab, the major studies also center around canker. We are looking at the chemicaland microbial ecology of the lesion to find some way to break the production of more bacterial cells.

Anne Plotto, PhDResearch Plant Physiologist

RESEARCH: Dr. Plotto's research goals encompass production and storage of fruit and fruitproducts with high eating quality using sensory evaluation and flavor chemistry.Current projects include flavor and off flavor in orange juice from HLB affectedtrees; quality evaluation of citrus, strawberries and blueberries from the USDA,

ARS and University of Florida breeding programs; development of storage techniques for whole andfresh-cut fruit to optimize storage and quality.


Peter J. Stoffella, PhD Center Director

CONTACT INFORMATION

2199 S. Rock RoadFort Pierce, FL 34945-3138Direct (772) 468-3922 x112 or x113 for Velma [email protected]

www.ifas.ufl.edu

FAST FACTS

University of Florida/IFAS IRREC researchprograms fulfill the center’s mission to: conduct research to develop and disseminatenew scientific knowledge and technology oncommercial citrus, vegetable and ornamentalcrops, invasive plants and insects, and aquaculture which allow Florida agriculture to remain sustainable to the state’s economy,and to be compatible with the environment.

Research at IFAS includes:• Aquaculture• Citrus Best Management Practices (BMPs)• Florida Agriculture Best ManagementPractices (BMPs)

• Biological Control (BCRCL)• Environmental Horticulture• Post Harvest

8 BUILDINGS/14 GREENHOUSES

124,165 SQUARE FEET

82 TOTAL STAFF

704 ACRES

UNIVERSITY OF FLORIDA INSTITUTE OFFOOD & AGRICULTURAL SCIENCES

www.ifas.ufl.edu


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Peter J. Stoffella, PhDProfessor of HorticultureDepartment of Horticultural Sciences

EDUCATION: PhD, Vegetable Crops, Cornell UniversityMaster’s, Horticulture, Kansas State UniversityBachelor’s, Horticulture, Delaware Valley College of Science and Agriculture

RESEARCHAmong Dr. Stoffella’s horticultural research interests, he established a research program on developingoptimum compost utilization practices in commercial horticultural cropping systems. Specifically, Dr.Stoffella has interests in composts of biological weed controls, composts as peat substitutes for mediaused in transplant production systems, and composts as partial inorganic nutrient substitutes in fieldgrown vegetable crop production systems. Recently, he developed a cooperative research program onutilization of compost in a vegetable cropping system as a mechanism of reducing nutrient leaching intoground water.

Ronald D. Cave, PhDAssociate Professor of EntomologyDepartment of Entomology and Nematology

EDUCATION: PhD, Entomology, Auburn UniversityMaster’s, Entomology, University of California-BerkeleyBachelor’s, Entomology, University of California-Davis

RESEARCH: Ron Cave joined the IRREC Faculty in 2002. He teaches two classes: Principles of Entomology, andFundamentals of Pest Management. Dr. Cave's research focuses on the biological control of invasivearthropods, particularly the cycad aulacaspis scale and the Mexican bromeliad weevil. Dr. Cave's international experience includes work in Honduras, Paraguay, and El Salvador.

Barrett Gruber, PhDAssistant Professor of Citrus HorticultureDepartment of Horticulture

EDUCATION: PhD, Plant Pathology, University of Wisconsin, 2009, Bachelor’s, Plant Biology-Environment Biology, Ohio University, 2004.

RESEARCH: Dr. Gruber is at this time building lasting research and extension collaborations with the Florida citruscommunity, especially with stakeholders in the Indian River region. Barrett Gruber joined the IRREC faculty in 2011. His experience with plant disease is extensive, having served as a research scientist forboth the University of California and the University of Wisconsin.


Zhenli (Lee) He, PhDAssociate Professor of Soil and Water ScienceDepartment of Soil and Water Science

EDUCATION: PhD, Soil & Environmental Chemistry, Zhejiang University Master’s, Soil Chemistry & Fertility, Zhejiang University Bachelor’s, Soil Science & Plant Nutrition, Zhejiang University

RESEARCH: Associate Professor of Soil and Water Sciences, Dr. He joined the IRREC Faculty as an Assistant Professorin 2004. His research interests include soil biogeochemistry of nutrients and contaminants, remediation ofcontaminated soil and water, citrus nutrition, management of nutrients, wastes, and water quality. He iscurrently teaching "Soil Quality" (SWS 6134) for graduates and "Agriculture and Environmental Quality"(ALS 3133) and "Soil Science Lab for the Environment" (SWS 3022L) for undergraduates.

Cortney L. Ohs, PhDAssociate Professor of Fisheries and Aquatic SciencesDepartment of Fisheries and Aquatic Sciences

EDUCATION: PhD, 2003, Wildlife and Fisheries Science, Mississippi State UniversityMasters, Wildlife and Fisheries Ecology, Mississippi State UniversityBachelor’s, Biology, Nebraska Wesleyan University

RESEARCH: Dr. Ohs joined the IRREC faculty in July 2005. His research focuses on evaluating new managementpractices to maximize production or profitability of existing aquaculture operations and evaluating thepotential of producing new aquaculture species. In addition, Dr. Ohs has conducted many studies onthe nutrition of fish and crustacean species from larval to adult stages of development.

William A. Overholt, PhDProfessor of EntomologyDepartment of Entomology and Nematology

EDUCATION: PhD, Entomology, Texas A&M University Bachelor’s, Agriculture, Ohio State University

RESEARCH: Bill Overholt joined the IRREC faculty in 2002. He has extensive international experience including 2years in Peace Corps working with the Senegalese Plant Protection Service, 4 years in Mauritania withUSAID, and 12 years at the International Center of Insect Physiology and Ecology in Nairobi, Kenya. The focus of Bill’s research program is biological control of invasive plants. His current work is focussedon Brazilian peppertree, Hydrilla verticillata, tropical soda apple and Phragmites australis, and involves foreign exploration, host range studies, and field release and evaluation of a biological control agents.


Charles A. Powell, PhDProfessor of Plant PathologyDepartment of Plant Pathology

EDUCATION: PhD, Botany, University of NebraskaMaster’s, Botany, University of NebraskaBachelor’s, Chemistry, Texas Lutheran College

RESEARCH:Dr. Powell joined the IRREC Faculty in 1989. He serves the center as Associate Director and as aresearch professor. His work involves research on virus diseases of citrus and vegetables in Florida.

Mark A. Ritenour, PhDAssociate Professor of Postharvest PhysiologyDepartment of Horticultural Sciences

EDUCATION: PhD, Plant Biology, University of California, DavisMaster’s, Vegetable Crops, University of California, DavisBachelor’s, Botany, California State University, Fresno

RESEARCH: Dr. Ritenour joined the IRREC Faculty in 1998. His extension and research programs focus on thepostharvest biology and handling of horticultural commodities (especially citrus). Dr. Ritenour's focusareas include: improving quality of fresh market citrus and vegetables through improved postharvesthandling; improving postharvest sanitation and food safety practices of Florida's packinghouses; andimproving postharvest quality of horticultural crops through better preharvest management practices.

Brian J. Boman, PhDProfessor of Agricultural EngineeringDepartment of Agricultural and Biological Engineering

EDUCATION: PhD, 1985, Agricultural & Irrigation Engineering, Utah State University

RESEARCH:Dr. Boman's work involves research and extension activities concerning water management within the citrus industry of Florida, especially in the Indian River production area. Focuses of research include irrigation and drainage systems, operation and maintenance of water management systems, citrus water use, fertigation, and foliar nutrient applications to enhance citrus fruit size. Dr. Boman has alsobeen involved with developing solutions to environmental concerns in the Treasure Coast area of Florida,where he has been a leader in developing best management practices for citrus grown in areas with shallow water table. Other work includes characterizing runoff water from a variety of land use types andinvestigating effects of citrus water management and fertilization practices on surface and groundwater quality.


P. Chris Wilson, PhDAssociate Professor of Environmental ToxicologyDepartment of Soil and Water Science

EDUCATION: PhD, 1999, Environmental Toxicology, Clemson UniversityMaster’s, Horticulture, Clemson University

RESEARCH:Dr. Wilson joined the IRREC Faculty in 1999 and is responsible for research and extension programsrelating to the interface of agriculture with the environment. He is currently developing research andextension programs that focus on environmental risk identification and mitigation associated with nutrientand pesticide use within the Indian River Lagoon and St. Lucie Estuary drainage basins. His current areasof emphasis include: characterization of agrichemical loadings in surface water from different land uses,bioremediation / phytoremediation of agrichemicals in contaminated surface water, characterization ofpesticide impacts on aquatic resources, and evaluation of the environmental benefits of certain bestmanagement practices.

Sandra B. Wilson, PhDProfessor of Environmental HorticultureDepartment of Environmental Horticulture

EDUCATION: PhD, 1996, Plant Physiology, Clemson University

Postdoctoral studies at both Clemson University and Chiba University, Japan.Master’s, Horticulture, University of DelawareBachelor’s, Animal Science, University of Delaware

RESEARCH:Dr. Sandra Wilson is a Professor of Environmental Horticulture at the University of Florida's Indian RiverResearch and Education Center (IRREC) located in Fort Pierce. In collaboration with several colleagues,Dr. Wilson's research focuses on characterizing the invasive potential of ornamental plants, propaga-tion of native plants, developing organic-based medium components for containerized ornamentals,roadside use of native wildflowers, and enhanced commercial selection and micropropagation of sea oatsgenotypes for dune stabilization. Her teaching and research programs have generated over $1.5 millionin extramural grant funding and authorship of 57 refereed publications, 48 non-refereed publicationsand non-refereed trade journal articles and 61 abstracts.



Anita S. NealCenter Director

CONTACT INFORMATION

8400 Picos Road, Suite 101Fort Pierce, FL 34981772-462-1660 [email protected]

www.stlucie.ifas.ufl.edu

FAST FACTS

The function of the St. Lucie County ExtensionOffice is to provide citizens of St. LucieCounty with the most current research-basedinformation available in the fields of citrus,livestock production, horticulture, family andconsumer science, energy, housing efficiencyand farm management. This is accomplishedthrough various teaching methods and programs developed with the assistance ofvolunteers and advisory committees that arecomposed of representatives from all facetsof the county’s population.

3 BUILDINGS/1 NURSERY

28,500 SQUARE FEET

11 TOTAL STAFF

10 ACRES

UNIVERSITY OF FLORIDA IFAS EXTENSIONST. LUCIE COUNTY EXTENSION

stlucie.ifas.ufl.edu

Extension Outreach Programs• 4-H• Master Gardener• Master Naturalist• Family Nutrition Program

• Green Industry Best Management Practice• Citrus Best Management Practice• Small Farm


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Anita S. NealEnvironmental Horticulture

EDUCATION: Master’s of Agriculture, Education/Communication, University of FloridaBachelor’s, Biology, State University of New York

OUTREACHAnita Neal began her Extension career in 1995; she has a BA from State University of New York, Masters of Agriculture from the University of Florida, and is currently working on a PhD. in Entomologywith the University of Florida. She has designed, delivered and evaluated educational programs for volunteers, homeowners, and youth. She provides leadership for 5 faculty members at St. Lucie CountyExtension and administrative oversight of the Oxbow Eco-Center.

Susan J. MunyanExtension Faculty, 4-H/Agriculture

EDUCATION: Bachelor’s, Marketing, Utica College of Syracuse University

OUTREACH: Susan Munyan began her Extension career in 1987. Susan’s main program areas are Adult VolunteerDevelopment, 4-H Youth Development and 4-H School Enrichment. She has designed, delivered andevaluated educational programs for 4-H adult volunteers and 4-H youth between the ages of 5–18 witha learn-by-doing approach. Susan provides leadership to over 50 direct volunteers.

Karla LenfestyExtension Faculty, Family and Consumer SciencesFamily Nutrition Program Coordinator

EDUCATION: Bachelor’s, Education, Southern Illinois University, Carbondale, IL

OUTREACH: Karla Lenfesty began her Extension career in 2005; she has a BS from Southern Illinois University, and is currently working on a Master of Agriculture in Agriculture Sciences with Colorado State University.Her education program areas include Sustainable Housing and Home Environment, Food Safety, andNutrition and Health. She manages the UF/IFAS/SLC Windstorm Damage Mitigation Training andDemonstration Center, supervises two program assistants and coordinates the UF/USDA FamilyNutrition Program.


Ken T. GioeliExtension Faculty, Natural Resources

EDUCATION: Master’s of Agriculture, Education/Communication, University of FloridaBachelor’s, Secondary Science Education Specializing in Biology, University of

Central Florida

OUTREACH: Ken Gioeli began his Extension career in St Lucie County in 1993. He designs, conducts and evaluatesExtension programs in the areas of pesticide applicator training and natural resource management. He specializes in water quality, quantity and conservation of natural water bodies; wildlife management;and invasive species management.

Timothy GaverExtension Faculty, Citrus

EDUCATION: Master’s of Agriculture, Horticulture Science, University of FloridaBachelor’s, Fruit Crops, University of Florida

OUTREACH: Tim Gaver develops comprehensive programs to assist sustainable and profitable citrus production inSt. Lucie County. These educational programs will contain subject matter including best managementpractices, plant nutrition, integrated pest management programs for citrus insects and diseases and irrigation and drainage water management.

Edward SkvarchExtension Faculty, Commercial Horticulture

EDUCATION: Master’s of Agriculture, Education/Communication, University of FloridaBachelor’s, Organizational Management, Warner Southern College

OUTREACH: Ed Skvarch works directly with the ornamental nursery and landscape industries providing educational pro-grams in the areas of pesticide training, nursery management and landscape Best Management Practices.He also provides guidance to local farmers in the area of protected agriculture and business marketing.


TRADITION CENTER FOR INNOVATION

650,000 SQ FT OF R&D

150 ACRES

The Tradition Center for Innovation in Port St.Lucie is a +/- 150 acre site located at the south-west corner of Interstate 95 and TraditionParkway. As proposed it will feature 650,000sq.ft. of research and development, 200,000sq.ft. of medical and office, 80,000 sq.ft. ofrestaurant and retail, a 300 bed hospital, and300 hotel rooms.

The Tradition Center for Innovation (TCI) is a 150 acre research park under development in the 8,300-acre master-planned community ofTradition in Port St. Lucie, Florida. Uniquely and

strategically located between scientific bases inOrlando and West Palm Beach, TCI providesthe cornerstone for a growing region that isquickly attracting international attention andthe world's best bio-tech scientists.

The park is anchored by the new 107,000 sq. ft.headquarters of the Torrey Pines Institute forMolecular Studies (TPIMS), which opened inearly 2009. In addition to TPIMS, Vaccine andGene Therapy Institute of Florida (VGTI)opened their 100,000 square-foot complex inFebruary 2012. Mann Research Center, a proposed six-building, 410,000 sq. ft. life sciences complex adjacent to both facilitieswill be soon be joining the Martin HealthSystem’s new Tradition Medical Center Phase I,90 bed hospital currently under construction. In addition to an existing Homewood Suites byHilton Hotels an additional hotel, restaurantsand support retail are also planned.

RESEARCH INSTITUTES

• Torrey Pines Institute for Molecular Studies• VGTI Florida• Mann Research Center• Martin Health System

www.tciflorida.com

20,000 SQ FT MEDICAL & OFFICE

James H. Andersonand Wes McCurry

CONTACT INFORMATION

10489 SW Meeting StreetPort St. Lucie, FL 34987Phone: (772) 340-3500

www.traditionfl.com


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Richard A. HoughtenPresident & Founder

CONTACT INFORMATION

11350 SW Village ParkwayPort St. Lucie, FL 34987Phone (772) 345-4800 [email protected]

FAST FACTS

Torrey Pines' scientists conduct research infields associated with a wide variety of majormedical conditions, including multiple sclerosis,cancer, heart disease, Types I and II diabetes,macular degeneration, pain management,Alzheimer’s, inflammatory disorders, AIDSand other infectious diseases, regenerativemedicine, obesity, transplant rejection, musclewasting syndrome, rheumatoid arthritis andnew methods for drug discovery.

Techniques Created By Torrey Pines Institute:

• Individual compounds arrays• Mixture-based synthetic combinatorial

libraries• Positional scanning deconvolution• Biometrical analysis• Libraries from libraries• Small molecule and heterocyclic compounds• Direct in vivo testing of mixtures

1 BUILDINGS

107,000 SQUARE FEET

200 TOTAL STAFF

20 ACRES

TORREY PINES INSTITUTE FOR MOLECULAR STUDIES

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Richard A. Houghten, PhDPresident & Founder

EDUCATION: PhD, Organic Chemistry, University of California at BerkeleyMaster’s, Organic Chemistry, University of California at BerkeleyBachelor’s, Chemistry, California State University at Fresno

RESEARCH:Dr. Houghten has published more than 500 papers and won multiple awards, including the Vincent duVigneaud Award for Excellence in Peptide Science. He pioneered the “tea bag” approach to peptidesynthesis, which has fueled the cost-efficient creation of millions of new peptides and compounds.

Christopher Armishaw, PhDAssistant Member Medicinal Chemistry

EDUCATION: PhD, Biological Chemistry, Institute for Molecular Bioscience, The University

of Queensland, Brisbane, AustraliaBachelor’s, Chemistry,The University of Melbourne, Australia

RESEARCH:Molecules isolated from venomous marine cone snails can be used to discover new drug leads for painmanagement and the treatment of chronic pain, depression and drug addiction. By introducing subtlemodifications to key conotoxins that target a particular receptor, we can further refine their biologicalproperties to develop more effective drugs with fewer side effects than present options.

Dmitriy Minond, PhDAssistant Member Cancer ResearchLead Discovery

EDUCATION: PhD, Chemistry and Biochemistry. Florida Atlantic UniversityMaster’s, Biology and Biochemistry. Odessa State University, Odessa, Ukraine

RESEARCH:Dr. Minond studies the role of ADAM family metalloproteases in cancer progression. His programincludes discovering and/or developing small molecule selective probes/leads and utilization of thesemolecules in cell based studies in order to discover potential drug candidates.


Colette Dooley, PhDAssistant Member Pain Management

EDUCATION: PhD, Chemistry, University of CaliforniaMaster’s, Zoology, Univ. College Dublin, IrelandBachelor’s, Zoology, Univ. College Dublin, Ireland

RESEARCH:Dr. Dooley uses her training in combinatorial libraries and fluorescent imaging to research new methodsfor pain relief, addiction and food regulation, and investigates cells' response to stresses which maylead to a better understanding of pain management, chronic pain, addiction, Parkinson's and Alzheimer's.

Marc GiulianottiDirector of Chemistry Operations

EDUCATION: Master’s, Information Technology, San Diego State UniversityBachelor’s, Chemistry/Bio-chemistry, University of California

RESEARCH:Mr. Giulianotti’s research focuses on identifying potential human therapeutics and diagnostics as well asagricultural treatments. The research group combines novel approaches in combinatorial chemistry,computer-aided drug design and mathematics. The research group is currently involved in a number ofdifferent interdisciplinary projects with internal and external collaborators focusing in areas such as painmanagement, cancer, obesity, stroke and citrus greening.

Greg Welmaker, PhDScientific Assistant to the PresidentDirector of Drug Discovery

EDUCATION: Master’s Pharmaceutical Management, Lebow College of Business,

Drexel UniversityPhD, Philosophy, Organic Chemistry, University of South CarolinaBachelor’s, Chemistry, Cum laude, Furman University

RESEARCH:Dr. Welmaker is an experienced medicinal chemist having worked in the biotechnology and pharmaceuticalindustry for over 15 years. During this time, he led teams in both the early and late stages of drug discovery.At Torrey Pines Institute, he continues to utilize these experiences to help identify new compounds suitable for advancement into human clinical trials.


Gregg Fields, PhDFull Member Director of Research

EDUCATION: PhD, Chemistry, Florida State University (FSU)Bachelor’s, Chemistry, University of FloridaAssociate’s, Chemistry, Broward Community College

RESEARCH:Dr. Fields research interests are in extracellular matrix biochemistry, synthetic protein design and construction, proteases of the extracellular matrix, cancer chemical biology, biomimetic biomaterials fordrug delivery, tumor cell biology/signal transduction, and solid-phase peptide synthesis methodology.

Lawrence Toll, PhDFull MemberDirector of Neuropharmacology

EDUCATION: PhD, Biological Chemistry, UCLABachelor’s, Chemistry, University of California

RESEARCH:Dr. Lawrence Toll’s research focuses on the management of pain and drug addiction through pharmacologyand new drug discovery. His basic research on opioid and NOP systems, and nicotinic acetylcholinereceptors, as well as his identification and characterization of endogenous neuropeptides, have openednew avenues of research and identified novel drug targets. In collaboration with medicinal chemists, Dr.Toll seeks to explore basic mechanisms and the biochemical basis of chronic pain and drug addiction,and to identify novel medications for both disorders.

Madepalli Lakshmana, PhDAssociate Member Neurobiology

EDUCATION: PhD, Neurophysiology, National Institute of Mental Health & Neurosciences,

Bangalore, IndiaMaster’s, Neurophysiology, National Institute of Mental Health & Neurosciences,

Bangalore, IndiaMaster’s, Zoology, Bangalore University, Jnana Bharathi, IndiaBachelor’s, Chemistry, Botany, Zoology, Bangalore University, Bangalore, India

RESEARCH:The primary research interest of my group is to understand molecular mechanism for the reduced synapticconnections in Alzheimer’s disease (AD) leading to loss of memory, a seminal feature of AD. AD is characterized by the presence of intracellular neurofibrillary tangles and extracellular amyloid plaquesbelieved to be responsible for loss of synapses. The long-term objective of my research is to discovermolecular targets which may modulate generation of amyloid beta peptide (Ab), the core constituent ofamyloid plaques.


Mare Cudic, PhDAssistant Member Glycobiology

EDUCATION: PhD, Organic Chemistry, University of Zagreb, Rudjer Boskovic Institute,

Zagreb, CroatiaMaster’s, Organic Chemistry, University of Zagreb, Rudjer Boskovic Institute, Bachelor’s, University of Zagreb, Faculty of Science, Zagreb, Croatia

RESEARCH:Dr. Mare Cudic conducts research in the fields of cancer, obesity-linked diseases and drug delivery systems. Her cancer research targets the cell-surface carbohydrates and their binding proteins (lectins)to suppress metastasis. Dr. Cudic’s drug delivery studies use liposome-based nanomedicine to deliveranticancer drugs. In addition, Dr. M. Cudic investigates the role of adiponectin in suppressing type 2diabetes, obesity, and atherosclerosis.

Karina Martínez Mayorga, PhDAssistant Member Conformational Analysis

PhD, Chemistry, Institute of Chemistry. National Autonomous University of Mexico, Mexico City, Mexico.

Bachelor’s, Major Food Chemistry, National Autonomous University of Mexico,

RESEARCH:Dr. Martínez-Mayorga focuses on the development of structural models by computational and spectro-scopic techniques to aid in the design of new compounds that may be used to treat disease. Some of thecomputational methods employed in our research group are: conformational analysis, molecular similaritysearching, ligand-based virtual screening, quantum chemical calculations, and molecular dynamics simulations.

Predrag Cudic, PhDAssociate Member Bioorganic Chemistry

EDUCATION: PhD, Organic Chemistry, University of Zagreb, Rudjer Boskovic Institute,

Zagreb, CroatiaBachelor’s, Science, University of Zagreb, Faculty of Science, Zagreb, Croatia

RESEARCH:Dr. Cudic's primary research interest is in the broadly defined field of bioorganic chemistry. His currentresearch includes the design and preparation of multifunctional nanomedicine systems for effective cancer treatment, and novel drug discovery based on nonribosomal peptide natural products.


Jay McLaughlin, PhDAssociate Member Pharmacology and Neuroscience

EDUCATION:PhD, Neuroscience, University of Rochester, School of Medicine & Dentistry,Master’s, Neuroscience, University of Rochester, School of Medicine & Dentistry, Bachelor’s, Biology, University of California at Santa Cruz

RESEARCH: Dr. McLaughlin’s research is focused on pain management. Specifically, he is examining the neuro-biological basis of behavior, focusing on the molecular, pharmacological and neurological mechanismsunderlying behavioral and psychological disorders. Since establishing his own laboratory, his work hasexamined the interactions of stress-induced endogenous opioids (e.g., endorphins and dynorphins) andhormones with reward pathways, and the resultant behavioral consequences in animal models of mooddisorders, learning and memory, and drug abuse.


Jose Luis Medina-Franco, PhDAssistant Member Computer Aided Drug Design

EDUCATION:PhD, Chemistry, National Autonomous University of Mexico (UNAM),

Mexico City, MexicoMaster’s, Chemistry, National Autonomous University of Mexico (UNAM), Bachelor’s, Chemistry, National Autonomous University of Mexico (UNAM),

RESEARCH: Dr. Medina-Franco's research focuses on computer-aided drug design. The research group conducts virtualscreening of large compound databases to identify novel compounds directed to targets associated withthe treatment of cancer, HIV/AIDS and other diseases.

Adel Nefzi, PhDAssociate Member Director of Chemistry

EDUCATION:PhD, Organic Chemistry, University of Lausanne, Switzerland.Bachelor’s, Chemistry, University of Lausanne, Switzerland.

RESEARCH: The central focus of Dr. Nefzi’s work is the development of efficient approaches to the synthesis of novelsmall molecule and macrocyclic compounds. All of the libraries prepared are being made available to the scientific community through the Institute Biological Outreach Program for the identification of new hitsas first steps of an optimal “design and selection” process for lead optimization for the development ofnew pain management, cancer, tuberculosis and antimicrobial drugs.

Yangmei Li, PhDSenior Scientist Chemistry

EDUCATION:PhD, Chemistry, Zhejiang University, ChinaBachelor’s, Chemistry, Hangzhou University, China

RESEARCH: : Dr. Li’s interest focuses on the development of new methodologies for the synthesis of bioactive compounds, particularly cyclic peptides and heterocyclic compounds. I am also interested in developingnovel ‘volatilizable’ supports for organic synthesis. My current research interest is total synthesis of naturalcyclic peptides (cyclic depsipeptides) and their analogs for targeting different diseases including bacteria resistance, cancer, inflammation, and pain.


Jay A. Nelson, PhDExecutive Director & Vice President

CONTACT INFORMATION

9801 SW Discovery WayPort St. Lucie, FL 34987Phone: (772) 345-VGTI (8484)[email protected]

FAST FACTS

VGTI Florida is a leading non-profit immunological research institute on an urgentmission to transform scientific discoveries intonovel cures and treatments for chronic human diseases and inflammation. The Institute’s main areas of focus are infectious diseaseimmunology, cancer immunology, inflammationand aging. VGTI Florida scientists areidentifying treatments and therapies that canbe readily used in human clinical trials and arehelping to change the lives of millions of people afflicted with the world's most devastating diseases.

Research teams at the institute have contributedto significant advances against melanoma,breast cancer, prostate cancer, yellow feverand dengue fever. Chief Scientific Director, Dr. Rafick-Pierre Sékaly, one of the world’sleading scientists in human immunology,immunotherapy and AIDS research, has ledmore than 10 clinical trials aimed at enhancing

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the immune response in patients with cancerand HIV.

VGTI Florida has formed research collaborationswith local organizations such as Martin HealthSystems, Moffit Cancer Center, and theUniversity of Miami.


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Rafick-Pierre Sékaly, PhDCo-Director & Scientific Director

EDUCATION: PhD, Biochemistry, University of Lausanne in Switzerland

Post-doctoral fellowship in immunogenetics and molecular biology at the University of Lausanne.

Master’s, Immunology, Université de Montréal, Montreal, QC (Canada)Bachelor’s, Biological Sciences, Université de Montréal, Montreal, QC (Canada)

RESEARCH:Rafick-Pierre Sékaly, PhD, one of the world’s leading scientists in AIDS research, human immunologyand immunotherapy, is co-director and scientific director of VGTI Florida. Dr. Sékaly’s work has lead to a generation of novel approaches to cancer and HIV vaccines, and recognition that his team is on thecusp of finding a possible cure for HIV infection.

John Hiscott, PhDFull Member

EDUCATION: PhD, Medical Sciences, New York University Medical Center,

Post-doctoral training at the Roche Institute in New Jersey, and the Institute for Molecular Biology at the University of Zurich in Switzerland.

Master’s, Virology, University of Western Ontario, London, CanadaBachelor’s, Microbiology and Immunology, University of Western Ontario

RESEARCH:John Hiscott, PhD, a world-renowned molecular biologist and virologist, is a principal investigator andfull member of VGTI Florida. Dr. Hiscott’s work has focused on the innate immune response to infectiousdiseases, cancer and AIDS. His work has provided major contributions to the understanding of theimmune system’s response to viruses such as hepatitis C, influenza and HIV.

Elias K. Haddad, PhDAssociate Member

EDUCATION: PhD, Immunology, McGill University

Post-doctoral work at the National Cancer Institute & National Institutes of Health.

Master’s, Immunology, American University of BeirutBachelor’s, Biological Sciences, American University of Beirut

RESEARCH:Elias K. Haddad, PhD, is an associate member and principal investigator of the VGTI Florida. He’s anexpert in viral disease development, and studies the immediate and long-term human immune response tochronic and emerging infectious diseases. His work has resulted in more than 20 articles published in majorscientific journals. Dr. Haddad is recognized as a pioneer in systems biology, a field which focuses on thecomplex interactions in biological systems using an inter-disciplinary approach.


-Lydie Trautmann, PhDAssistant Member

EDUCATION: PhD, Immunology, University of Paris

Post-doctoral training at the University of Montreal.Master’s, Biotechnology, Louis Pasteur University, Strasbourg, FranceMaster’s, Biotechnology Engineering, Strasbourg Graduate School of BiotechnologyBachelor’s, Biological Sciences, Louis Pasteur University, Strasbourg, France

RESEARCH:Lydie Trautmann, PhD, is an assistant member and principal investigator at the Vaccine & Gene TherapyInstitute of Florida. She’s an expert in the role of immune cells that kill infected cells thereby controllingvirus infections. She is also actively involved in defining how chronic viral infections result in immune dysfunction. Her work has been published in 20 articles in scientific journals.

Nicolas Chomont, PhDAssistant Member

EDUCATION: PhD, Virology, University of Paris

Post-doctoral fellowship at the University of Montreal.Master’s, Biochemistry, University of ParisBachelor’s, Biological Sciences, University of Paris

RESEARCH:Nicolas Chomont, PhD, is an assistant member and a principal investigator at the VGTI Florida. He isan internationally recognized scientist who specializes in HIV and AIDS research. His work has contributedto advancements in the understanding of how HIV infections persist, despite effective anti-HIV medications wiping out detectable levels of the virus – an important step in eradicating the disease.


CONTACT INFORMATION

10490 SW Village Center DrPort St. Lucie, FL 34987Phone: (561) [email protected]

Mann Research Center is a distinguished lifesciences and medical office developer whosehistory of success spans from coast to coast.In affiliation with renowned biomedical engineer, Alfred Mann, and with currentoperations in California, Connecticut, andFlorida, Mann Research Center holds anunparalleled record of experience. Involved in all capacities of acquisition, planning, design, construction, operation, propertymanagement, and real estate, the MannResearch Team has the expertise to provideowners and occupants with the ultimate infacilities for medical offices and research and development.

The proximity of our medical office buildings to the medical center will provide physicians,patients, and visitors direct access to hospitalfacilities by way of a connected lobby and the entrance.

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MANN RESEARCH CENTER

www.mannresearchcenter.com

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Andy FavataVice President


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Mark E. RobitaillePresident and CEO

CONTACT INFORMATION

10490 SW Village Center DrPort St. Lucie, FL 34987Phone (772) 287-5200

www.martinhealth.org

FAST FACTS

Martin Health System is a not-for-profit, community-based health care organizationthat has served the region for more than 70years. It offers a continuum of care includingpreventative, primary and acute hospitalcare, as well as cancer and cardiac care, wellness and rehabilitation services. Itsapproximately 3,000 Associates, 375 affiliatedphysicians and 900 volunteers provide careat 12 different locations serving Martin andSt. Lucie counties.

Martin Health is a six-time winner of theThomson Reuters 100 Top Hospitals Award,has twice been named a Thomson Reuters50 Top Cardiovascular Hospitals award winner, and received designation as aNational Employer of Choice designee for2009 and 2010-11.

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MARTIN HEALTH SYSTEM TRADITION MEDICAL CENTER

www.martinhealth.org


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EDUCATIONAL INSTITUTION

• St. Lucie Public Schools

• Colleges & Universities


MICHAEL J. LANNONSuperintendent

CONTACT INFORMATION

4204 Okeechobee Rd.Fort Pierce, Fl. 34947Phone: (772) 429-3600

Tammy Feller, AssistantPhone: (772) 429-3925

www.stlucie.k12.fl.us

ST. LUCIE PUBLIC SCHOOLSSt. Lucie County Public Schools instructionalleaders are dedicated to providing rigorousand relevant learning in each school through-out the district that will ultimately yield successful graduates.

St. Lucie County’s budding transformation ofidentity as Florida’s Treasure/Research Coastcasts the spotlight on public education andthe importance of a top-quality educationalsystem as a strategic component of thisemergence. The St. Lucie County SchoolDistrict and its instructional leaders are dedicated to providing rigorous and relevant learning in each school throughout the districtthat will ultimately yield successful graduates;fully prepared to continue their education orbegin a career in our local workforce.

41 SCHOOLS*

40,876 PUBLIC STUDENTS

www.stlucie.k12.fl.us

* 37 PUBLIC, 2 CHARTER, &

2 ALTERNATIVE SCHOOLS

St. Lucie County school district includes 6highschools, 3 middleschools, 10 K-8 schools, 18 elementary schools, 2 charter schools and2 alternative schools


COLLEGES Indian River State College links Indian River, Martin, St. Lucie andOkeechobee counties with five campuses and serves over 32,000 area residents annually.

Throughout their 50 year history, Indian River State College has offerededucational programs that directly respond to community needs. Throughpartnerships with businesses, community organizations, schools anduniversities, IRSC stays tuned to career trends and economic opportunitiesto develop programs that train area residents for a rewarding future. The College's programs are offered within easy driving distance at fivecampuses, with over 200 convenient online courses. Tuition is affordableand IRSC students benefit from many financial aid opportunities.

INDIAN RIVER STATE COLLEGEBROWN CENTER FOR INNOVATION AND ENTREPRENEURSHIP

IRSC’s 65,000 sq ft alternative energy center with a focus on assisting entrepreneurs and offering attractive business opportunities in the green industry and other emerging fields such as nanotechnology,photonics and robotics.

Dr. Ed Massey, PhDPresident VISIT www.irsc.edu


Keiser University has had a presence in Port St. Lucie for over 12 years and currently serves 900 students at its two local campus locations MainCampus in Port St. Lucie and Keiser University College of Golf. KeiserUniversity is a not-for-profit, private university serving nearly 18,000 studentspursuing doctoral through associate degrees on 14 campuses and employingnearly 3,500 staff and faculty throughout Florida and internationally. Sixtytwo percent of KU students graduate in STEM (Science, Technology,Engineering and Math) and healthcare fields, providing the talented workforce necessary for Florida to compete globally. Keiser University'seducational reach extends globally through its international programsincluding the Latin Division, a cooperative agreement in the EasternEuropean nation of Moldova, and a campus in Shanghai, China.

UNIVERSITIESFlorida Atlantic University, founded in 1961, is currently serving more than29,000 undergraduate and graduate students at sites throughout itssix-county service region in southeast Florida. The University’s studentbody, which ranks as the most ethnically and culturally diverse in Florida'sState University System, includes many men and women of non-traditionalage. Long known as an outstanding teaching institution, FAU is undergoingrapid development as a center of cutting-edge research, particularly in thebiomedical arena. This process has been accelerated by the University’s partnerships with four internationally known biomedical research organizations, the Scripps Research Institute, the Vaccine and GeneTherapy Institute, the Torrey Pines Institute for Molecular Studies and theMax Planck Society. Additionally, FAU's Charles E. Schmidt College of

Medicine recently welcomed its inaugural class.

The University of Florida’s Indian River Research and Education Center is part of the Institute of Food and Agricultural Sciences (UF/ IFAS)statewide effort to provide teaching, research and extension services toFlorida’s people. With an emphasis in agriculture and natural resources,the center is part of the university’s mission to enhance and sustain thequality of life for Floridians by making information accessible and byproviding services to agricultural industries and to homeowners. Whileextending into every community of the state, UF/ IFAS has developed an international reputation for its accomplishments. Because of this missionand the diversity of Florida’s climate and agricultural commodities, IFAShas facilities located throughout Florida, including extension servicesserving every county and 14 research and education centers such as

the Indian River Research and Education Center, situated just outsideof Fort Pierce.

Dr. Jack Payne, PhDSenior Vice PresidentAgriculture & Natural ResourcesUniversity of Florida (IFAS)

Arthur Keiser, PhDChancellor

Mary Jane Saunders, PhDPresident VISIT www.fau.edu

VISIT www.keiseruniversity.edu

VISIT www.ifas.ufl.edu


CIVIC, BUSINESS RESOURCESAND AMENITIES


QUALITY LEADERSHIP

The St. Lucie Board of County Commissionersworks hard to recruit new businesses andassist existing businesses expand their operations - big or small. St. Lucie Countyoffers a number of meaningful incentives, apro-b-usiness climate and can-do attitude. St. Lucie County has developed an incentivepackage that has produced results time andagain - and that have helped businesses likethe Vaccine and Gene Therapy Institute,Torrey Pines Institute for Molecular Studies,Digital Domain Studios, Tropicana, LibertyMedical, PGA of America, Wal-MartDistribution and QVC locate or expand their operations in St. Lucie County.

— Visit: www.stlucieco.gov

The St. Lucie County Incentive Programincludes the following:

u Ad Valorem Tax Exemptions for St.Lucie County property taxes

v Job Growth Investment Grants (JGIG)Impact Fee Credit Agreements

w An expedited site plan and building permit process

Since 2000, St. Lucie County has awardedincentives to 23 businesses which has helpedspur the creation of over new 3500 jobs. The EDC/St. Lucie County partnership hasperfected the implementation of these program incentives and will be happy to discuss how your new or expanding businessmay benefit.

Located on Florida’s Treasure Coast, “Green certified” St. Lucie County serves as the research epicenter on Florida’s Treasure Coast with a progressive focus on forming strategic partnerships aimed at building a sustainable economy.

ST. LUCIE COUNTY, FLORIDA

St. Lucie Board of County Commissioners ( Left to Right) Tod Mowery, Paula Lewis, Chris Dzadovsky, FrannieHutchinson, & Chris Craft


STATISTICAL PROFILES OF THE CITIESWITHIN THE COUNTY'S BOUNDARIES.

FORT PIERCE is one of theoldest communities on the eastcoast of Florida. Incorporatedin 1901, the city grew from 200 residents to over 41,590 (2010

Census) and encompasses over 20 squaremiles. Fort Pierce serves as transportation hubfor much of Florida's southeastern coast - allthe while maintaining and investing in its historic charm. Fort Pierce features a majorintersection of the Florida Turnpike and I-95,rail lines, a seaport, an airport and a ForeignTrade Zone. As such, it has become a key distribution point for the region and the state.

— Visit: www.cityoffortpierce.com

PORT ST. LUCIE incorporatedin 1961, has quickly risen toprominence as a place of rapidgrowth matched with anexceptional quality of life. Port

St. Lucie was Florida's fastest growing city in2005, with an 11% population increase between2004 and 2005. With a population of164,603 (2010 Census) It boasts a wide arrayof business developments, as well as recre-ational amenities including the renownedPGA Village and New York Mets SpringTraining. In 2004, Port St. Lucie also rankedas the 2nd safest city in Florida and the 24thsafest city in the United States in a nationalstudy-making it an even safer business decision.

— Visit: www.cityofpsl.com

BUSINESS DEVELOPMENT:

Ecomonic DevelopmentCouncil of St. LucieCounty (EDC) maintainsdemographic, industry and education databases

with the most current available data. Our County is richlyendowed with a great working relationshipbetween area business and civic leaders.There is significant synergy between our governmental agencies working togetherwith our area school administrations at alllevels to help the family relocation process for new businesses coming into our area.All of those parties work in conjunction withthe business community to promote unityand cooperation.

— Visit: www.youredc.com

ST. LUCIE COUNTY CHAMBER OF COMMERCE:

Your Chamber is a diverseorganization of people inbusiness like you. Byprominently displayingyour member decal and

your Chamber plaque, you set an example to your employees and all who enter your business that you actively support and invest in the future growth and prosperity of thebusiness community.

— Visit: www.stluciechamber.org

Discover the boundless business opportunities found in St. Lucie County, one of the nation’s best places to grow. Here, innovation and inspiration are driven by the unsurpassed lifestyle of this peaceful paradise, found at the heart of SoutheastFlorida’s acclaimed Treasure Coast.


As the jewel of the Treasure Coast, St. Lucie features the historic city of Fort Pierce, the beautiful city of Port St. Lucie, and the tranquil beaches ofHutchinson Island.

Easily accessible from Interstate 95 and theFlorida Turnpike, St. Lucie is convenientlylocated between Palm Beach andOrlando on Florida’s east coast, along21 miles of Atlantic Ocean beachfront.

St. Lucie County is an eco-haven.Together we have protected 11,000acres, supporting numerous threatenedand endangered plant and animalspecies. Enjoy hiking, kayaking, biking,bird watching and more on these undisturbed preserves.

Learn about St. Lucie’s many first-class golf courses, such as theaward-winning PGA Country Club.

Public Courses include FairwindsGolf Course, The Saints Golf Course

in Port St. Lucie, and Indian HillsCountry Club in Fort Pierce.

Find your gateway to sport fishing paradise via the Fort Pierce Inlet and on the Indian River Lagoon… wherepermit, tarpon, jack, snook, trout,grouper, snapper, cobia, sailfish,dolphin, wahoo, kingfish, tuna and

swordfish all bite at different times of the year. With great year-roundweather and a multitude of venues,St. Lucie is an ideal sports destination.Digital Domain Park is the spring traininghome of the New York Mets and hometo the minor league St. Lucie Mets.

A new, exciting addition to St. Lucie’sheritage is the lifeboat used in theMaersk Alabama hijacking, whereCaptain Phillips was held hostage bySomali pirates for a few tense days until three deadly accurate shots fromU.S. Navy SEALs freed him. See thislifeboat at the world’s only NationalNavy UDT- SEAL Museum onHutchinson Island.

St. Lucie was home to world renownedpainter A.E. Backus and the FloridaHighwaymen artists. Explore their galleries and many others, or strap on a pair of walking shoes to enjoy the arts in public places throughout the county.

Enjoy the performing arts at the SunriseTheatre or walk along famous authorZora Neale Hurston Dust TracksHeritage Trail – including stops at herhome and final resting place.

— Visit: www.visitstluciefla.com

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TRAVEL ANDAMENITIES

The St. Lucie Education & Research Coalition would like tothank all of the participating institutions in this publication andthe St. Lucie County Media Relations for their contribution.

Move to a Climate of Innovation

Join the world class agriculture andbiotechnology focused research resources of University of Florida IFAS and United States Department of Agriculture/ARS in Fort Pierce, FL.

U.S. Department of Agriculture

University of Florida Institute of Food & Agricultural and Sciences

For leasing inquiries or for more informationPlease call 772-467-3107 or visit www.TreasureCoastResearchPark.com

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Documents

St. Lucie County Education Research Coalition