Mangroves are widely distributed in the upper part of tropical and subtropical intertidal
zones, with the characteristics of high productivity and fast deposition rate. Under the …

Maximizing carbon sequestration in mangroves is part of the global effort to combat the
climate crisis. However, methane (CH4) emissions can partially offset carbon sequestration …

Background Mangrove ecosystems are considered as hot spots of biogeochemical cycling,
yet the diversity, function and coupling mechanism of microbially driven biogeochemical …

Mangroves, carbon-rich ecosystems, store significant amounts of carbon in the soil to
mitigate climate change. For better mangrove carbon management, the spatial distributions …

Our understanding of tree stem methane (CH4) emissions is evolving rapidly. Few studies
have combined seasonal measurements of soil, water and tree stem CH4 emissions from …

Mangrove forests, crucial carbon-rich ecosystems, are increasingly vulnerable to soil carbon
loss and greenhouse gas (GHG) emissions due to human disturbance. However, the …

Mangroves are complex ecosystems subject to periodic and irregular changes in
meteorology, tides, water quality and biological factors. Methane dynamics in mangroves …

Accurate measurements of methane (CH 4) and carbon dioxide (CO 2) fluxes from tree
stems are important for understanding greenhouse gas emissions. Closed chamber …

Microplastics are a growing concern in mangrove ecosystems; however, their effects on
archaeal communities and related ecological processes remain unclear. We conducted in …

Trees in wetlands emit a significant amount of methane (CH4) into the atmosphere which is
produced in the soil where anaerobic conditions prevail. However, only very few studies …