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Calcium carbonate on leaves and wth in leaf clusters of the seagrass An~phlbolls antarctrca, resulting from the growth of epiphyhc coralline red algae, was used to calculate the rate of accumulahon and rate of deposition of CaC03 for a range of sites of different saliruties in Shark Bay Western Australia Up to 200 g m-2 or 200 tonnes km-2 of C a C 0 3 occurred on leaves and stems, up to 40 % of the dry weight of seagrass leaves was due to C a C 0 3 Significant decreases in the amount of CaCOj present were observed with increasing sallnity Calcification rates of up to 0 2 mg (leaf cluster)-' h-' were measured using alkalinity changes Based on the distribution of C a C 0 3 within leaf clusters and previous measurements of leaf turnover, C a C 0 3 deposition on seagrass leaves could account for an increase in depth of sediment of 0 5 mm yr-l, thls is comparable with geolog~cal calculations of the composition and rate of accumulation of sediment banks in Shark Bay

Quantitative study of sediment contribution by epiphytic coralline red algae in seagrass meadows in Shark Bay, Western Australia