Project | Data Management Plan |
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Ocean Acidification: Effects on Morphology and Mineralogy in Otoliths of Larval Reef Fish | DataMaterialSharing_EF-1220480.pdf (364.08 KB) |
Principal Investigator: Robyn E. Hannigan (University of Massachusetts Boston)
Co-Principal Investigator: Michael F Tlusty
Co-Principal Investigator: Andrew L Rhyne
Limnology and Oceanography: Methods~2013~11~Wilcox Freeburg, E., Rhyne, A., Robinson, W.E., Tlusty, M., Bourque, B., Hannigan, R.E.~1541-5856~485~~~~A comparison of two systems for dosing carbon dioxide into marine aquaria~~~~~~~
Limnology and Oceanography: Methods~2013~11~Wilcox?Freeburg, E., Rhyne, A., Robinson, W. E., Tlusty, M., Bourque, B., & Hannigan, R. E.~10.4319/lom.2013.11.485~485~~~~A comparison of two pH?stat carbon dioxide dosing systems for ocean acidification experiments~~~~~~~
PeerJ~2019~7~Holmberg, Robert J. and Wilcox-Freeburg, Eric and Rhyne, Andrew L. and Tlusty, Michael F. and Stebbins, Alan and Nye Jr., Steven W. and Honig, Aaron and Johnston, Amy E. and San Antonio, Christine M. and Bourque, Bradford and Hannigan, Robyn E.~10.7717/peerj.6152~~~~~Ocean acidification alters morphology of all otolith types in Clark?s anemonefish ( <i>Amphiprion clarkii</i> )~N~e6152~10096053~10096053~OSTI~2019-06-02 13:01:53.380~
PeerJ preprints~2018~~Robert Holmberg, Eric Wilcox-Freeburg~~~~~~Ocean acidification alters morphology of all otolith types in Clark?s anemonefish (Amphiprion clarkii)~N~~10076535~10076535~OSTI~2018-10-01 17:01:45.263~