Brazilian mangroves cover about 11,100 km2 and provide a wide range of ecosystem
services. Despite their importance, they are one of the most impacted ecosystems because …

High mangrove productivity is sustained by rapid utilization, high retention efficiency and
maximum storage of nutrients in leaves, roots, and soils. Rapid microbial transformations …

This study provides updated analysis of multi‐decadal mangrove organic carbon (OC) burial
rates. The available data indicate mangroves bury 138.6 (120.3–158.8, 95% CI) g OC m− 2 …

The carbon stocks (C org stocks) in mangrove sediments and the distribution and source
changes of sedimented organic matter in Qinglan Bay are not understood as the mangrove …

The important role mangrove forests play in sequestering organic carbon is well known, yet
rates of organic carbon accumulation in macro‐tidal mangrove ecosystems are poorly …

Mangrove forests, a critical coastal ecosystem, face numerous anthropogenic threats,
particularly from aquaculture activities. Despite the acknowledged significance of viruses in …

Mangrove environments are important for maintaining biodiversity and carbon cycling.
However, these systems are being degraded at alarming rates around the world, particularly …

Mangrove ecosystems are dynamic and biodiverse environments with the capacity to
sequester more organic carbon per unit area, per time, than terrestrial forests, yet are among …

Mangrove wetlands are an important component of blue carbon (C) ecosystems, although
the anthropogenic impact on organic C accumulation rate (OCAR) in mangrove wetlands is …

Mangroves sequester and store large area-specific quantities of blue carbon (C) and
essential nutrients such as nitrogen (N) and phosphorous (P). Quantifying C and nutrient …