Project Waterhole

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[edit] Abstract

[edit] Analysis and 3D Visualization of Multiple Trophic Cascade Scenarios

Joshua M. Cook, Matthew J. Knox, Brian J. Krent, Randy R. Appleton* (rappleto@nmu.edu)
Northern Michigan University, Department of Mathematics and Computer Science
Marquette, MI 49855, United States

In this work we analyze the behaviors of multiple tropic cascade scenarios in simulated ecosystems. Extending upon previous work (cf. "3D Visualization of Simulated Trophic Cascades", Christopher E. Wells, 2008), we exhaustively search numerous subsets of the problem space by adding or removing different organisms, adjusting initial quantities of interacting agents, and altering several other environmental aspects. We accomplish this by refining and parallelizing the existing codebase for a cluster computer. Further, we examine the resulting data through extensive visualization.

*Advisor

[edit] Presentation

[edit] Tasks

  1. Review over existing codebase (and possibly make tweaks, etc.)
  2. Clearly specify the problem space(s)
    • Adding elements (more complex environments)
    • Removing elements (simpler environments)
  3. Refactor into a parallelizable model
  4. Run experiments on the cluster ([an attempt at] exhaustive search of each problem space)
  5. Gather data and analyze (statical and other mathematical analysis)

[edit] Timeline

WeekDatesTasks and Notes
Week 1Sept. 27 – Oct. 3

Tasks:

  1. Get comfortable with breve and the steve language.
  2. Review over existing codebase (waterhole2.1.tz and exponentialgrowth.tz) and possibly make tweaks, etc.
  3. Identify parameters and re-factor code to read in a given simulation's parameter values from file.

Notes:

  • Standard input parameters (over 16) = { wander-range = (x,y,z), pond-size = (x,y,z), initial-population-size = (phytoplankton,zooplankton,hydra), initial-nutrient-level = (patch,phytoplankton,zooplankton,hydra), initial-death-clock = (phytoplankton,zooplankton,hydra), ... }
Week 2Oct. 4 – Oct. 10

Some readings and miscellaneous reference material to go over this week:

  1. The breve Simulation Environment Documentation (Class reference)
  2. New documentation section (#1 above seems better than the terse stuff on spiderland wiki)
  3. Tutorials and Class Materials
Week 3Oct. 11 – Oct. 17

Tasks:

  1. Read about plankton, hydra, and trophic dynamics. (Know scientific classification in biology.)
  2. Finish parameterizing and start doing runs on the cluster.

Notes:

Week 4Oct. 18 – Oct. 24

Tasks:

  • Finish doing runs/collecting all data.
Week 5Oct. 25 – Oct. 31

Tasks:

  • Analysis on data and visualizations and start making presentation.
Week 6Nov. 1 – Nov 7

Tasks:

  • Nov. 2 deadline: submit initial presentation (PPT).
  • Finish analysis and polish presentation.
Week 7Nov. 8 – Deadline

Tasks:

  • Presentation practice and review from Randy.


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