Benthic diatom community responses to ocean acidification
Community respiration and primary production are both essential ecosystem processes, which influence many other aspects of ecosystems. Little is known however about in-situ ecosystem community respiration and benthic diatom photosynthetic responses to ocean acidification (OA), especially from soft sediment communities in the Antarctic. Recent developments in Free Ocean Carbon Enrichment (FOCE) technology has enabled in-situ investigations of ecosystem responses achievable. The current research investigates both in-situ and in vivo acute (<144hrs) and chronic (after 8 weeks) microphytobenthos (MPB) responses to OA using novel respiration chambers, micro sensors, shutter PAM technology and antFOCE infrastructure.
Prof Andrew McMinn
Dr Johnny Stark
Black, J,G. Reichelt-Brushett, A, Clark,M (2014). The effect of copper and temperature on the eurybathetic brittle start Amphipholis squamata. Journal of Toxicology and Chemistry.
Society of Toxicologist and Chemistry Australasia region (SETAC-AU) Best Honours Thesis for 2013