DOCSLIB.ORG

Ecology of Phytoplankton, Acartia Tonsa, and Microzooplankton in Apalachicola Bay, Florida Jennifer Nancy Putland

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Ecology of Phytoplankton, Acartia Tonsa, and Microzooplankton in Apalachicola Bay, Florida Jennifer Nancy Putland Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2005 Ecology of Phytoplankton, Acartia Tonsa, and Microzooplankton in Apalachicola Bay, Florida Jennifer Nancy Putland Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] THE FLORIDA STATE UNIVERSITY COLLEGE OF ARTS AND SCIENCES ECOLOGY OF PHYTOPLANKTON, ACARTIA TONSA, AND MICROZOOPLANKTON IN APALACHICOLA BAY, FLORIDA By JENNIFER NANCY PUTLAND A Dissertation submitted to the Department of Oceanography in partial fulfillment of the requirements for the degree of Doctor of Philosophy Degree Awarded: Fall Semester, 2005 Copyright © 2005 Jennifer Nancy Putland All Rights Reserved The members of the Committee approve the dissertation of Jennifer Nancy Putland defended on 28 October 2005. ________________________________ Richard Iverson Professor Directing Dissertation _________________________________ Sherwood Wise Outside Committee Member _________________________________ Nancy Marcus Committee Member _________________________________ Joel Kostka Committee Member _________________________________ Behzad Mortazavi Committee Member Approved: ______________________________________________ William Dewar, Chair, Department of Oceanography The Office of Graduate Studies has verified and approved the above named committee members. ii Dedicated to my parents, Charles Douglas Sauer 1923-1998 and Joan Agnes Cassells Sauer 1937-2000 iii ACKNOWLEDGMENTS This research was supported with a Graduate Research Fellowship from the Estuarine Reserves Division, Office of Ocean and Coastal Resource Management, National Ocean Service, National Oceanic and Atmospheric Administration and a Dissertation Research Grant from the Office of Graduate Studies at FSU. I am very thankful to the Department of Statistics, FSU for providing courteous statistical consultation and the Department of Biology, FSU for use of their epifluorescence microscope. Many other people helped me during the course of this research and I am indebted to them. Dave Oliff masterfully designed and built the penthouses, a.k.a. incubators, to house the plankton for my experiments. They worked beautifully and, to this day, show virtually no signs of corrosion. Alan Michels and Jeff Wilcox were my trench mates at the marine lab and were always gentlemen to me. Together with John Hitron, Mark Daniels, and Dennis Tinsley, they made me feel that the marine lab was my home away from home. Lauren Levi, Jessica Stewart, Jena Wanat, and Kim Wren from the Apalachicola Bay National Research Reserve spent countless hours at-sea with me towing nets and schlepping water to and fro, sometimes in miserable weather. They did a great job and always had great attitudes. They were gold. While they did tease me, I am truly thankful to Cris Oppert and Chris Sedlacek for their help in the lab and discussions about copepods. I am also thankful to Henrieta Dulaiova for her help learning how to use Surfer and Mike Dollhopf for his help learning how to analyze nutrient samples. I value the discussions I had with Lee Edmiston and Graham Lewis. This thesis benefited greatly from their pragmatism. There are several friends I have made during my time as a graduate student at FSU. All of them, with some convincing, have helped me practice my motto, “work hard, play hard” and I thank them (Peter Lazarevich, Lou St. Laurent, Evan Hunter, Heath Mills, Joanna Carter, Chris Hunt, Shawn Steadham, Greg Burke, Raoul Lavin). I also thank Bill Dewar for the bantering which made my days at the OSB so much fun. My committee, Nancy Marcus, Sherwood Wise, Joel Kostka, Behzad Mortazavi, and Richard Iverson, has been incredibly positive and supportive of my work. Their guidance has surely improved my understanding of nature. I am particularly indebted to my advisor, Richard Iverson. He has taught me more than I ever thought I would learn as a graduate student, and not iv just about science. He is a remarkable man and I feel lucky to have spent these last four years as his student. Last, but not least, I would like to thank my husband, Mike Putland. He has been the one- man cheerleading squad for many years now. I am sure that has not been an easy task. After all, the tights alone are enough ;)! Joking aside, I am forever grateful for his patience, his words of wisdom, and that he has always believed in me and my dream. v TABLE OF CONTENTS List of Tables .....................................................................................................................................vi List of Figures....................................................................................................................................vii Abstract..............................................................................................................................................x INTRODUCTION .............................................................................................................................1 1. TEMPORAL AND SPATIAL DISTRIBUTION OF PHYTOPLANKTON IN APALACHICOLA BAY, FLORIDA................................................................................................11 Introduction............................................................................................................................11 Materials and Methods...........................................................................................................13 Results....................................................................................................................................17 Discussion..............................................................................................................................21 2. ECOLOGY OF ACARTIA TONSA IN APALACHICOLA BAY, FLORIDA ..............................47 Introduction............................................................................................................................47 Materials and Methods...........................................................................................................49 Results....................................................................................................................................57 Discussion..............................................................................................................................61 3. MICROZOOPLANKTON: MAJOR HERBIVORES IN APALACHICOLA BAY, FLORIDA ..........................................................................................................................................81 Introduction............................................................................................................................81 Materials and Methods...........................................................................................................82 Results....................................................................................................................................87 Discussion..............................................................................................................................90 CONCLUSIONS................................................................................................................................115 REFERENCES ..................................................................................................................................120 BIOGRAPHICAL SKETCH .............................................................................................................138 vi LIST OF TABLES 1.1. Well- or partially mixed estuaries that may be classified as Type LNI or HNI .........................30 3.1. Rates of phytoplankton growth and microzooplankton herbivory .............................................97 vii LIST OF FIGURES I.1. Apalachicola Bay, Florida...........................................................................................................9 I.2. Proposed planktonic food web structure in Apalachicola Bay ...................................................10 1.2. A. Average sea surface temperature during sampling in Apalachicola Bay. B. Average monthly river discharge for the Apalachicola River..........................................................................31 1.3. Sea surface salinity (psu) distribution during 2003 and 2004. ...................................................32 1.4. A. Attenuation coefficient (k) and average 1% light depth relative to sea surface salinity during 2003 and 2004. B. Average mixed layer light energy relative to sea surface salinity ...........33 1.5. A. Daily incident light energy relative to sea surface temperature during 2004. B. Average bay DIN (Dissolved Inorganic Nitrogen) (+ S.D.) relative to sea surface temperature during 2003 and 2004.............................................................................................................................................34 1.6. A. Dissolved Inorganic Nitrogen (DIN) concentration relative to sea surface salinity. B. Soluble Reactive Phosphate (SRP) concentration relative to sea surface salinity............................. 35 1.7. A. Total chlorophyll concentration during winter relative to sea surface salinity. B. Total chlorophyll concentration during summer relative to sea surface salinity ........................................36 1.8. A. Abundance of picocyanobacteria relative to sea surface salinity during summer. B. Abundance of diatoms >20 µm relative to sea surface salinity during summer.
Load more

Recommended publications
  • Washington University School of Medicine Bulletin, 1982-1983
    Washington University School of Medicine Digital Commons@Becker Washington University School of Medicine Washington University Publications Bulletins 1982 Washington University School of Medicine bulletin, 1982-1983 Follow this and additional works at: http://digitalcommons.wustl.edu/med_bulletins Recommended Citation Washington University School of Medicine bulletin, 1982-1983. Central Administration, Publications. Bernard Becker Medical Library Archives. Washington University School of Medicine, Saint Louis, Missouri. http://digitalcommons.wustl.edu/ med_bulletins/83 This Article is brought to you for free and open access by the Washington University Publications at Digital Commons@Becker. It has been accepted for inclusion in Washington University School of Medicine Bulletins by an authorized administrator of Digital Commons@Becker. For more information, please contact [email protected]. Bulletin of Washington University r "j r i f i L 1 [ BULLETIN OF WASHINGTON UNIVERSITY (USPS: 078-340) SERIES II, VOLUME LXXX, NUMBER V, JUNE 30, 1982. Published once a month in February, March, April, May, June and September, twice in July, and three times in August by Washington University Lindell and Skinker Boulevards, St. Louis, Mo. 63130. Second-class postage paid at St. Louis, Mo. 1 r-1 j Bulletin of j Washington 1 University St. Louis _3 1 J J School of Medicine ' 1982/83 L_i \ ■ 4 1: You must always be students, learning and unlearning till your life's end, and if . you are not prepared to follow your profession in this spirit, I implore you to leave its ranks and betake yourself to some third-class trade. Joseph, Lord Lister (1827-1912) 1 J To gather knowledge and to find out new knowledge is the noblest occupation of the physician.
    [Show full text]
  • THE GRAD CONNECTION the Graduate School Newsletter FLORIDA STATE UNIVERSITY
    Volume 12, Issue 1 THE GRAD CONNECTION The Graduate School Newsletter FLORIDA STATE UNIVERSITY Message from the Dean Greetings, by the Program for Instructional Excellence, and at the end of the week was the annual Fellows Society This year has gotten Induction Ceremony. All of these events are wonderful off to another great start. opportunities for the students to get to know their peers A few weeks ago we in other disciplines and start building a support network welcomed new postdocs that extends beyond their home academic units. to Florida State University at a special orientation As we look ahead to later in the semester we have begun session and then hundreds planning for another 3 Minute Thesis competition, and of new graduate students numerous professional development workshops and at New Graduate Student special events intended to complement and enhance the Orientation (https://youtu. experience students gain in their individual programs. Dr. Nancy Marcus be/txQx2NThnfw). Our Consult the Graduate School calendar for the dates and goal for this orientation is to times of the various events. The annual Postdoctoral point students in the right direction and not overwhelm Symposium will be held on September 23, 2016. them with too much information. We provided a broad Another highlight this fall is the visit of Dr. Jedidah overview of the resources and services available for Isler on October 4, 2016. Dr. Isler earned her PhD in graduate students through the Graduate School and all astrophysics from Yale University and has received of the units we partner with both on and off campus.
    [Show full text]
  • Solar Energy Technology for Aquaculture « Global Aquaculture Advocate
    2/25/2020 Solar energy technology for aquaculture « Global Aquaculture Advocate (https://www.aquaculturealliance.org) Responsibility Solar energy technology for aquaculture Thursday, 1 April 2004 By Jeffrey Wilcox, Ph.D. , Nancy Marcus, Ph.D. and George Buzyna, Ph.D. Solar panels, reservoirs maintain water temperatures in experimental RAS System https://www.aquaculturealliance.org/advocate/solar-energy-technology-for-aquaculture/?headlessPrint=AAAAAPIA9c8r7gs82oWZBA 2/25/2020 Solar energy technology for aquaculture « Global Aquaculture Advocate Solar panels were mounted above insulated reservoir tanks adjacent to the greenhouse. Florida State University researchers, in collaboration with the United States Department of Agriculture Agricultural Research Service and Harbor Branch Oceanographic Institution, are evaluating whether off-the-shelf at-plate solar collectors can maintain stable recirculating aquaculture system (RAS) temperatures and if it is cost-effective to do so. Well-designed recirculation systems could be ideal for maintaining elevated production temperatures, due to far less heat loss than ow-through or outdoor systems. Energy costs After feed, energy is the second-largest variable cost of recirculation production. The application of a blend of conventional and alternate energy technologies to reduce this cost should directly result in increased prots. Dr. Ron Malone of Louisiana State University in Louisiana, USA, has touted air-lift pumping over conventional pumping for years as a way to reduce energy costs. If solar water heating can effectively compete with resistive heating in thermal performance, then the question becomes one of higher capital costs in solar systems versus higher operating costs in conventional systems. Florida State University (FSU) determined to rst compare conventional resistive heating with at-panel solar heat collectors and insulated reservoirs for maintaining optimal production temperatures (OPT).
    [Show full text]
  • Nancy Marcus
    11th Annual Strategic Leaders Global Summit on Graduate Education September 10-12, 2017 Graduate Education 2030: Alyeska Resort, Alaska Imagining the Future United States September 10-12, 2017 Alyeska Resort, Alaska United States of America Table of Contents 2017 Strategic Leaders Global Summit on Graduate Education: Agenda Presented Papers Welcome and Introduction Suzanne T. Ortega, Council of Graduate Schools 10 1: Global and Regional Demographic Shifts Brenda Brouwer, Queen’s University 14 Denise Cuthbert, Royal Melbourne Institute of Technology University 16 Nancy Marcus, Florida State University 18 Shireen Motala, University of Johannesburg 21 Adham Ramadan, The American University in Cairo 24 2: Trends in Technology Jacqueline Briel, Educational Testing Service 28 Luke Georghiou, University of Manchester 31 Joe Luca, Edith Cowan University Australia 33 Eiríkur Stephensen, University of Iceland - Háskóli Íslands 36 Henriëtte van den Berg, University of the Free State 38 3: Generational Perspectives Karen Butler-Purry, Texas A&M University 42 Mark J.T. Smith, The University of Texas at Austin 44 Lisa Young, University of Calgary 46 4: Globalization Philippe-Edwin Bélanger, University of Québec 52 Jani Brouwer, Pontifical Catholic University of Chile 54 Mee-Len Chye, The University of Hong Kong 56 Barbara Dooley, University College Dublin 58 Jongryn Mo, Yonsei University 60 5: Workforce Demands Pat Buckley, University of South Australia 64 Lucy Johnston, The University of Newcastle, Australia 67 Susan Porter, University of British Columbia 70 Christopher Sindt, Saint Mary’s College of California 73 Rachel Spronken-Smith, University of Otago 75 6: Conceptualizing the University Hans-Joachim Bungartz, Technical University of Munich 80 Liviu Matei, Central European University 82 John Mo, University of Macau 85 Sally Pratt, University of Southern California 87 Lesley Wilson, European University Association 90 Shinichi Yamamoto, J.F.
    [Show full text]
  • Southern Association of Marine Laboratories: the an International Journal Published by the Marine Environmental Alabama Sciences Consortium Of
    An International Journal ‘‘Windows on the Sea’’ Southern Association of Marine Laboratories: The First 25 Years JOHN W. TUNNELL,JR. Published by the Marine Environmental Sciences Consortium of Alabama Gulf of Mexico Science, 2010(1–2), pp. 230–235 ‘‘Windows on the Sea’’ Southern Association of Marine Laboratories: The First 25 Years JOHN W. TUNNELL,JR. he Southern Association of Marine Labora- ships. A subsequent report, submitted to NSF T tories (SAML) was formed in 1985 for the after that meeting and distributed to the science purpose of uniting marine labs across the community, described the deficiencies in labs southeast and bringing more attention to marine and proposed an infrastructure for a competitive labs and science research in the southeast. funding program to address the issue. A program Today, there are 60 members, ranging geograph- was later funded, but at a miniscule level ically from coastal Maryland through Texas to compared to what was needed, and it still exists Bermuda and Panama. SAML is a regional today. organization within the National Association of Don Boesch, Harold Howse, Bob Jones, Kumar Marine Laboratories (NAML), along with two Mahadevan, Paul Sandifer, and Ken Tenore were other regions, the Northeastern Association of all at the Costlow meeting and decided they Marine and Great Lakes Laboratories should get together and form a marine labora- (NEAMGLL) and the Western Association of tory organization for the South. Don Boesch was Marine Laboratories (WAML). NAML currently particularly passionate with his statistics of how has almost 100 total members. SAML meetings little money the South got in comparison with are held annually each spring.
    [Show full text]
  • Undergraduate Research in Pollution Prevention and Sustainability
    Session Undergraduate Research in Pollution Prevention and Sustainability Kauser Jahan*, Mariano Savelski, Joseph Orlins, Yusuf Mehta, William Riddell, Stephanie Farrell, Gina Tang, Anthony Marchese, Paris von Lockette, Courtney Richmond, Catherine Yang, Beena Sukumaran, Patricia Mosto and Demond Miller *Associate Professor of Civil and Environmental Engineering Rowan University Glassboro, NJ 08028, USA Abstract Rowan University has been hosting an NSF REU Site which focuses on Pollution Prevention and Sustainability since 2004. The site has been established for three consecutive summers. The initiative is based on current global initiatives to integrate sustainability into the science and engineering curriculum. Students need to be exposed to enriching experiences that require them to have concerns for human conditions and the environment that are conservative and protective. The REU site allows eleven undergraduates to participate in pollution prevention and sustainability research activities at Rowan University for eight weeks during the summer. Engineering and science faculty participate in mentoring activities along with Rowan undergraduate and graduate students. Social building skills such as community outreach seminars, workshops, social picnics, field trips and communication strengthening exercises are also an integral part of this REU experience. Environmental ethics, diversity and community impact of engineering activities are the topics of mini workshops. All these topics have tremendous relevance to pollution prevention and sustainability but can be absent from a traditional engineering curriculum. It is anticipated that the undergraduate research experience promotes interest in pursuing graduate school and strengthens leadership skills and self esteem. Introduction Many engineering programs worldwide are integrating pollution prevention, green engineering and sustainability modules in their traditional curriculum.
    [Show full text]
  • REPO TER Volume 20, Issue 3 Annapolis, Maryland and Santa Fe, New Mexico March 1994
    ST. JOHN'S COLLEGE LIBRARY 1111111111111111wm1m~111~mll11~1m11111111 The st. J0 h n ,s 3 1696 01138 2023 REPO TER Volume 20, Issue 3 Annapolis, Maryland and Santa Fe, New Mexico March 1994 It's official! E stern classics M.A. gains final approval by Lesli Allison The Graduate Program in Eastern According to James Carey, founder Classics has received a unanimous vote of the Eastern classics program, St. of approval from the St. John's College John's is in a unique and advantageous Board of Visitors and Governors. The position to study non-Western works. program had earlier been approved by a "The faculty has spent a lot of time wide margin in a vote by the faculty of trying to understand the roots of our both campuses. own tradition, and as far as I can tell, Focusing on the major texts of most Western expositors of the Eastern China, India and Japan, along with traditions have not done that," he said. language study in classical Chinese and "I think that only if someone has really Sanskrit, the program will begin this fall come to terms with the Western tradition, At a ceremony in December at the Baltimore World Trade Center, Finn M W. on the Santa Fe campus. The three-term as we do at St. John's, can he or she be Caspersen, chief executive officer of the Beneficial Corporation and chairman course of study will be conducted under on guard against placing Western of The Hodson Trust, right, announced a $358, 124 grant to the Annapolis the auspices of The Graduate Institute constructs on Eastern thought.
    [Show full text]
  • Cap and Gown Day Convocation
    UNIVERSITY OF MINNESOTA Cap and Gown Day Convocation !; 1963 I l NORTHROP MEMORIAL AUDITORIUM r t WEDNESDAY MORNING, MAY 22 i ~ AT ELEVEN-THIRTY O'CLOCK !r t• ,'i • THE HoNORABLE CHARLES W. MAYO, M.D. First Vice President and Chairman Rochester THE HoNoRABLE MARJORIE J. HowARD (MRs. C. EDwARD) Second Vice President Board of Regents Excelsior THE HoNORABLE DANIEL C. GAINEY Owatonna THE HoNORABLE BJARNE E. GRoTTUM Jackson THE HoNORABLE RoBERT E. HEss White Bear Lake THE HoNORABLE FRED J. HuGHES St. Cloud THE HoNORABLE A. I. JoHNSON Benson THE HoNORABLE LESTER A. MALKERSON Minneapolis THE HoNORABLE WILLIAM K. MoNTAGUE Duluth THE HoNORABLE A. J. OLSON Renville THE HoNORABLE OTTO A. SILHA Minneapolis THE HoNORABLE HERMAN F. SKYBERG Fisher DR. 0. MEREDITH WILSON President DR. LAURENCE R. LUNDEN Secretary MR. CLINTON T. JoHNSON Treasurer MR. STERLING B. GARRISON Assistant Secretary This Is Your University CHARTERED in February, 1851, by the Legislative Assembly of the Territory of Minnesota, the University of Minnesota this year celebrated its one hundred and twelfth birthday. As one of the great Land-Grant universities in the nation, the University of Minnesota is dedicated to training the young people of today to become the leaders of tomorrow. Each year our graduates leave our campuses to add new skills and knowledge to the existing resources of our state. They have been trained here as physicians, lawyers, engineers, social workers, teachers, journalists, dentists, pharmacists, nurses, farmers, businessmen-to name only some of the careers for which we offer preparation. Since its founding, the University has awarded more than 165,000 degrees, each one in recognition of the successful completion of an exacting academic program.
    [Show full text]
  • Seasonal Variation of Male-Type Antennular Setation in Female Calanus Finmarchicus
    MARINE ECOLOGY PROGRESS SERIES Vol. 301: 217–229, 2005 Published October 11 Mar Ecol Prog Ser Seasonal variation of male-type antennular setation in female Calanus finmarchicus Charles B. Miller1,*, Jennifer A. Crain1, Nancy H. Marcus2 1College of Oceanic and Atmospheric Sciences, Oregon State University, Corvallis, Oregon 97331-5503, USA 2Department of Oceanography, Florida State University, Tallahassee, Florida 32306, USA ABSTRACT: Female calanoid copepods of the family Calanidae can mature with either the juvenile and most typical female pattern of setation, termed trithek (T), or with the male pattern, termed quadrithek (Q). It was suggested by Fleminger (1985), but not proved, that females with the Q pat- tern have switched from development as males to development as females after initiation of seta formation prior to the maturation molt. Such switching, if it occurs, has population dynamical con- sequences. Therefore, we determined the fractions of Q females in the population of Calanus fin- marchicus from Georges Bank and nearby deeper water during each month of the animals’ growing season, January through July of 1995. Based on >780 individuals examined from each month, the fraction of Q individuals was ~20% in January, decreased to 8.5% in April, rose to 12.5% in June and was 9% in July. This suggests that the individuals of the several seasonal generations select repro- duction as females (or conversely as males) at different rates. Smaller samples from January, April and June of 1996 showed the same pattern. A similar study in a northern Norwegian fjord with 1 annual generation (Svensen & Tande 1999) showed 38% Q females in February, early in maturation, and 25% Q in March.
    [Show full text]
  • THE GRAD CONNECTION the Graduate School Newsletter FLORIDA STATE UNIVERSITY Message from the Dean
    Volume 13, Issue 1 THE GRAD CONNECTION The Graduate School Newsletter FLORIDA STATE UNIVERSITY Message from the Dean Welcome to The Graduate students, the hundreds of post-docs, The Graduate School newsletter for fall School and our beloved institution of FSU over the 2017! As you all know decades.” FSU is a very special place Other events I hope you enjoy reading about in this indeed, with a wonderful newsletter include the new CIES partnership with the family atmosphere in which American Homestay Network enabling for the first we all help each other to time the opportunity for our students to stay with host succeed. families in the Tallahassee area, and this fall’s Fellow’s We are very serious about Society induction ceremony and networking session our work endeavors, but when 45 graduate students were inducted as new Dr. Mark Riley we also have fun along the members. Interim Dean way! I hope you get a flavor The two-day fall Program for Instructional Excellence The Graduate School of this from all the exciting (PIE) and TA Orientation conference for new FSU stories highlighted in the graduate students and post-docs was once again highly following pages of The Grad Connection. successful. But before getting into all that I’d like to mention that Please don’t forget about the very fun and rewarding FSU continues on its stellar trajectory as evidenced by ($1000, $750, $500!) 3 Minute Thesis competition. the recent U.S. News & World Report where FSU leaped Speaking about awards and accolades, we include five spots up in the national rankings for the second a recent sampling of special student and alumni consecutive year.
    [Show full text]
  • Press Release
    One Dupont Circle, NW • Suite 230 • Washington, DC 20036-1173 (202) 223-3791 • Fax (202) 331-7157 • www.cgsnet.org PRESS RELEASE FOR IMMEDIATE RELEASE: Contact: Julia Kent December 10, 2015 (202) 223-3791 / [email protected] M.J.T. (“Mark”) Smith of Purdue University to Serve as Chair of CGS Board Three New Members to Join Board in 2016 Washington, DC – The Council of Graduate Schools (CGS) Board of Directors has announced its officers for the 2016 term. CGS is governed by a 12-member Board of Directors drawn from member institutions. Board members serve for set terms. Dr. M.J.T. (“Mark”) Smith, Dean of the Graduate School at Purdue University, was announced as the 2016 Board Chair at the conclusion of the 2015 CGS Annual Meeting. A member of the faculty in Electrical and Computer Engineering whose scholarly interests focus on digital signal processing, Smith was appointed graduate dean in 2009. He is a Fellow of the IEEE (Institute of Electrical and Electronics Engineers) and is a former IEEE Distinguished Lecturer. Smith has authored many technical papers, six international standards publications, three textbooks, and two edited books, the most recent of which is the 2014 edited book GPS for Graduate School—Students Share Their Stories. “CGS is honored to have Dr. Smith’s expertise during this critical time in graduate education. He has provided exceptional leadership of the Graduate School at Purdue and will help CGS meet the evolving needs of our member institutions,” said CGS President Suzanne T. Ortega. The new Chair-elect, Dr. Nancy Marcus, the Robert O.
    [Show full text]
  • Exploring the Data Management and Curation (DMC) Practices of Scientists in Research Labs Within a Research University Plato L
    Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2014 Exploring the Data Management and Curation (DMC) Practices of Scientists in Research Labs within a Research University Plato L. Smith II Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] FLORIDA STATE UNIVERSITY COLLEGE OF COMMUNICATION & INFORMATION EXPLORING THE DATA MANAGEMENT AND CURATION (DMC) PRACTICES OF SCIENTISTS IN RESEARCH LABS WITHIN A RESEARCH UNIVERSITY By PLATO L. SMITH II A Dissertation submitted to the School of Information in partial fulfillment of the requirements for the degree of Doctor of Philosophy Degree Awarded Summer Semester, 2014 ! ! ! ! Plato L. Smith II defended this dissertation on June 23, 2014. The members of the supervisory committee were: Paul Marty Professor Directing Dissertation Helen Burke University Representative Stvilia Besiki Committee Member Lorri Mon Committee Member The Graduate School has verified and approved the above-named committee members, and certifies that the dissertation has been approved in accordance with university requirements. ! ii! ! ! ! ! This dissertation is dedicated to my God, grandfather (Plato Smith), grandmother (Lula Smith), mother (Joyce C. Smith), son (Daryl), and grandson (Lil Daryl). !iii! ! ! ! ! ACKNOWLEDGEMENTS I thank God for my Lord and Savior, Jesus Christ, through which His Holy Spirit equipped me with the strength, knowledge, skills, abilities, and fortitude to complete this dissertation. The completion of this dissertation was made possible by the participation of scientists at several high-profile research laboratories at the Florida State University and scientists associated with the National Science Foundation (NSF) EarthCube project. The following individuals have been significant in their encouragement of my efforts to complete this dissertation and for that I am forever humbled, grateful, and thankful.
    [Show full text]