Coralline macroalgae are globally distributed rhodopyhtes that remove carbon from their immediate environment and transform it into carbonate sediments through the senescence of their calcified tissues. In this study, the calcium carbonate (CaCO₃) stocks in the tissue of Jania adhaerens and sediments in Tanjung Adang Shoal, Johor were quantified for a 13-month study period. The detailed maps of the geographical distribution based on the spatial and temporal variations of biomass and CaCO₃ were also assessed. The highest amount of biomass, CaCO₃ and organic carbon (OC) stocks in the tissues showed the highest in May 2018 and May 2019. The biomass values ranged from 65 to 143 g DW m⁻², which contained 53–147 g CaCO₃ m⁻² and 3–11 g OC m⁻². These findings provided insights into the biogeochemical cycling of these inputs, which can be used to estimate the overall carbon budget of the macrophyte meadow.

珊瑚藻是分布在全球的铑，从其周围环境中除去碳，并通过钙化组织的衰老将其转化为碳酸盐沉积物。在这项研究中，对柔佛州的丹绒·阿当浅滩的贾尼亚·阿哈埃伦斯组织和沉积物中的碳酸钙（CaCO ₃）储量进行了为期13个月的研究。还评估了基于生物量和CaCO _3的时空变化的地理分布图。组织中最高的生物量，CaCO ₃和有机碳（OC）储量在2018年5月和2019年5月达到最高。生物量值的范围为65至143 g DW m ^-2，其中包含53–147 g CaCO ₃ m ^-2和3-11 g OC m ^-2。这些发现为这些投入物的生物地球化学循环提供了见解，可用于估算大型植物草甸的总体碳收支。