The development and recycling of biomass production can partly solve issues of energy,
climate change, population growth, food and feed shortages, and environmental pollution …

Accurate measuring, map**, and monitoring of mangrove forests support the sustainable
management of mangrove blue carbon in the Asia-Pacific. Remote sensing coupled with …

The global carbon sequestration and avoided emissions potentially achieved via blue
carbon is high (∼ 3% of annual global greenhouse gas emissions); however, it is limited by …

Macroalgal beds have drawn attention as one of the vegetated coastal ecosystems that act
as atmospheric CO 2 sinks. Although macroalgal metabolism as well as inorganic and …

Rates and drivers of primary productivity are well understood for many terrestrial
ecosystems, but remain poorly resolved for many marine ecosystems, particularly those …

Seagrass beds act as blue carbon sinks globally as they enhance the trap** of recalcitrant
(ie, low biodegradability) organic carbon in their sediments. Recent studies also show that …

The rise in sea level and land subsidence are seriously threatening the diversity of tidal
morphologies that have made the Venice Lagoon such a distinctive landscape. Here, we …

This work assessed the carbon storage and sequestration potential in the planted mangrove
stands of Avicennia marina of different age groups (16–27.2 years), as influenced by …

Salt marshes are large carbon reservoirs as part of blue carbon ecosystems. Unfortunately,
there is limited information about the net ecosystem (NEE) and methane (CH 4) exchange …

Blue carbon sinks (mangroves, saltmarshes, and seagrasses) are considered an effective
nature-based approach for climate change mitigation. Despite growing interest, a systematic …