MOESM5 of Skeletal light-scattering accelerates bleaching response in reef-building corals

  • Timothy D. Swain (Creator)
  • Emily DuBois (Creator)
  • Andrew J. Gomes (Creator)
  • Valentina Stoyneva (Creator)
  • Andrew J. Radosevich (Creator)
  • Jillian Henss (Creator)
  • Michelle E. Wagner (Creator)
  • Justin Derbas (Creator)
  • Hannah W. Grooms (Creator)
  • Elizabeth M. Velazquez (Creator)
  • Joshua Traub (Creator)
  • Brian J. Kennedy (Creator)
  • Arabela A Grigorescu (Contributor)
  • Mark W. Westneat (Creator)
  • Kevin Sanborn (Creator)
  • Shoshana Levine (Creator)
  • Mark Schick (Creator)
  • George Parsons (Creator)
  • Brendan C. Biggs (Creator)
  • Jeremy D. Rogers (Creator)
  • Vadim Backman (Creator)
  • Luisa A Marcelino (Creator)

Dataset

Description

Additional file 5: Figure S5. Dynamics of bleaching response variables for corals grouped by Symbiodinium thermotolerance (Symb thermo). Panels (aâ h) aligned into columns defined by experimental conditions (described in Figure S3). Responses of high- (gray line) and low-Symb thermo (black line) corals for (a) holobiont reflectance (dashed lines are the corresponding post-experiment skeletal reflectance), (b) Symbiodinium cell density, (c) chlorophyll a density per Symbiodinium cell, (d) maximal photosynthetic efficiency, (e) effective quantum yield of photosystem II, (f) excitation pressure over photosystem II, (g) non-photochemical quenching, and (h) non-regulated heat dissipation. All error bars are standard error.
Date made available2016
Publisherfigshare

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