This experiment is part of the Freshwater Science Challenge Grant. Browse more projects

The Effects of High Flow Rates on the Giant Mayfly Nymphs and Their Burrows

By Nick Addison and John C. Morse
Backed by Michael Ferro, Julia Kerrigan, Bryan L. Brown, R. Edward DeWalt, Michael Caterino, River Kaster, Sarah Polekoff, JoAnne Martin Young, Sally Entrekin, Cindy Wu, and 2 other backers
Clemson University
Clemson, South Carolina
BiologyEcology
DOI: 10.18258/7943
Grant: Freshwater ScienceGrant: Freshwater Science
$1,905
Raised of $1,900 Goal
100%
Funded on 11/30/16
Successfully Funded
  • $1,905
    pledged
  • 100%
    funded
  • Funded
    on 11/30/16
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Discussion

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  • Edward M. Krynak
    Edward M. KrynakBacker
    Looks cool. Good luck!
    Nov 30, 2016
  • Andrea Erwin
    Andrea ErwinBacker
    Fully funded!! Congrats!
    Nov 30, 2016
  • River Kaster
    River KasterBacker
    Excellent! I was a student of Cal Fremling's (Mississippi River Hexagenia) back in the 1960s. I remember being in the field with him to collect Hex soon after a flood at one of his 'hot spots' . No Hex to be found. The flood changed the substrate to very sandy which Fremling thought was the reason. Good luck! Jerry Kaster, School of Freshwater Sciences https://uwm.edu/freshwater and www.anilith.com (personal academic website)
    Nov 30, 2016
  • JoAnne Martin Young
    JoAnne Martin YoungBacker
    Good luck with your research project Nick!
    Oct 27, 2016