Seagrasses have the ability to contribute towards climate change mitigation, through large
organic carbon (C org) sinks within their ecosystems. Although the importance of blue …

Seagrass ecosystems are important organic carbon (C org) sinks with great potential to
contribute to climate change mitigation strategies. However, the high spatial and temporal …

Although seagrass ecosystems provide various ecosystem services, the implications in
correspondence with temporal changes of the meadows is lacking. In this study, we …

Algae form prolific coastal habitats and contribute the largest carbon dioxide (CO 2) flux
globally. Most of the algal biomass is transported to the coastal ocean as particulate organic …

Mangroves, seagrasses and macroalgae form inter‐connected coastal habitats. They are
involved in the direct and indirect sequestration and accumulation of blue carbon and are …

Malaysia hosts some of the most productive blue carbon ecosystems globally. Here we
review the status of and known threats faced by local mangroves and seagrass and examine …

Seagrass ecosystems have been determined as necessary sinks in the global carbon cycle
and contribute towards climate change mitigations. In the recent past, there has been an …

High-value sea cucumber species are overexploited, and the focus of fishing has shifted to
low-value species, eg, Holothuria (Halodeima) atra. In this study, the population of H. atra …

Mangrove forests can help to mitigate climate change by storing a significant amount of
carbon (C) in soils. Planted mangrove forests have been established to combat …

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 …