Meetings

Phase IV (2018-2025)

2021 FCE First Friday Brown Bags

Archive

• FCE First Friday Brown Bags Archive

  September 3, 2021: Modeling
  Khandker Ishtiaq

  A recording of this brown bag is available on the FCE Intranet.

  July 2, 2021: Cross-site Synthesis
  John Kominoski

  A recording of this brown bag is available on the FCE Intranet.

  June 4, 2021: Water Governance
  Kevin Grove, Melissa Bernardo, Stephanie Wakefield, Chloé Vorseth

  A recording of this brown bag is available on the FCE Intranet.

  May 14, 2021: Landscape Experiment
  Tiffany Troxler

  A recording of this brown bag is available on the FCE Intranet.

  April 2, 2021: Response to FCE 4.2 Reviews
  Evelyn Gaiser, John Kominoski, Kevin Grove, Jennifer Rehage, Ryan Rezek, Nick Oehm

  A recording of this brown bag is available on the FCE Intranet.

  • Agenda

    12:00-12:05: Introduction to this brown bag goals and FCE 4.2 leadership (Evelyn)

    12:05-12:15: Overview of feedback (2 min each)

    • Research design and broader context (John)
    • Human dimensions (Kevin)
    • Population and community ecology (Jenn)
    • Carbon flux and stocks integration
    • Broader impacts, post-doc mentoring (Nick/Ryan and/or Evelyn)

    12:15-12:45: Breakouts (5 rooms, participants choose and can move amongst rooms)

    12:45-1:00: Report back from breakouts (someone from each room) and next steps (John)

  • Documents and References

    Slides and notes are available on the FCE Intranet.

    Carpenter, S.R., S.W. Chisholm, C.J. Krebs, D.W. Schindler, and R.F. Wright. 1995. Ecosystem Experiments. Science 269(5222): 324-327. DOI: 10.1126/science.269.5222.324

    Hurlbert, S.H. 1984. Pseudoreplication and the design of ecological field experiments. Ecological Monographs 54(2): 187-211. DOI: 10.2307/1942661

  March 5, 2021: Fluxes
  Sparkle Malone, Jim Fourqurean, and John Kominoski

  A recording of this brown bag is available on the FCE Intranet.

  • Agenda
    12:00-12:05: Welcome
    12:05-12:30: Background - a) Ecosystems CO₂ fluxes and b) Aquatic Metabolism
    12:30-12:55: Discussion
    12:55-1:00: Next Steps

  • Documents and References

    Reithmaier, G.M.S., D.T. Ho , S.G. Johnston, and D.T. Maher. 2020. Mangroves as a source of greenhouse gases to the atmosphere and alkalinity and dissolved carbon to the coastal ocean: a case study from the Everglades National Park, Florida. JGR Biogeosciences 25(12): e2020JG005812. DOI: 10.1029/2020JG005812

  
  

  February 12, 2021: Detritus & Microbes
  John Kominoski, Matt Smith, and Mary Zeller

  A recording of this brown bag is available on the FCE Intranet.

  • Agenda

    12:00-12:15 Introduction and key findings from long term dissolved organic matter trends across ecosystems types in the FCE
    12:15-12:45 Breakout groups to discuss patterns, drivers, and integration of hydrologic pulses on DOM in a) marsh, b) mangrove, c) seagrass ecosystems
    12:45-13:00 Breakout groups report back and wrap up

  
  

  December 4, 2020: Justice, Equity, Diversity, & Inclusivity
  Evelyn Gaiser, John Kominoski, Lowell Iporac, Nick Oehm

  Recording of brown bag (except for breakout groups)

  • Agenda

    12:00-1:00pm EST via Zoom 12:00-12:05pm: Review goals for meeting (Lowell Iporac)
    12:05-12:15pm: Overview of JEDI plan (Nick Oehm)
    12:15-12:25pm: Overview of survey results
    12:25-12:45pm: Breakout discussions

    • Challenges and opportunities: FCE-Inward
    • Challenges and opportunities: FCE-Outward
    • Goals of 2-Day Workshop

    12:45-1:00pm: Report-back

   

Phase III (2018 - 2012)

In Phase III, the FCE program has expanded its capacity in human dimensions research to explore how legacies of resource use decisions shape both the existing environment as well as future socio-ecological response to rapid climate and land-use change in this highly vulnerable landscape.

Phase II (2012 - 2007)

Phase II research focused further on the estuarine ecotones, particularly investigating how changes in freshwater flow brought about by restoration activities would impact ecosystem processes in these sensitive areas.

Phase I (2006 - 2000)

FCE research began in 2000 with a focus on providing an understanding of key coastal ecosystem processes while also developing a platform for and linkages to related work in the wider Everglades research community. The primary research objective was to determine how freshwater from oligotrophic (nutrient-poor) marshes interacts with a marine source of the limiting nutrient, phosphorus (P), to control productivity in the estuarine ecotone — the zone where freshwater and marine supplies meet in the coastal Everglades.