The conservation, restoration, and improved management of terrestrial forests significantly
contributes to mitigate climate change and its impacts, as well as providing numerous co …

Subterranean environments on Earth serve as an analog for the study of microbes on other
planets, which has become an active area of research. Although it might sound contradictory …

Ocean acidification (OA) refers to a global decline in the average pH of seawater driven by
the absorption of atmospheric carbon dioxide (CO2). Marine macroalgae, while affected by …

Seagrass meadows store significant carbon stocks at a global scale, but land-use change
and other anthropogenic activities can alter the natural process of organic carbon (C org) …

Research focusing on seagrass ecosystems as carbon storage has been conducted in
various Indonesian waters. However, an essential aspect that remains unexplored is the …

Red coralline algae create abundant, spatially vast, reef ecosystems throughout our coastal
oceans with significant ecosystem service provision, but our understanding of their basic …

Seagrass meadows capture and store large amounts of carbon in the sediment beneath,
thereby serving as efficient sinks of atmospheric CO2. Carbon sequestration levels may …

Calcifying macroalgae contribute significantly to the structure and function of tropical marine
ecosystems. Their calcification and photosynthetic processes are not well understood …

Marine habitat-forming species create structurally complex habitats that host
macroinvertebrate communities characterized by remarkable abundance and species …

Seagrass meadows deliver a range of ecosystem services, where one of the more important
is the capacity to store carbon and serve as sinks for atmospheric carbon dioxide. The …