Mangroves and salt marshes are among the most productive ecosystems in the global
coastal ocean. Mangroves store more carbon (739 Mg CORG ha− 1) than salt marshes (334 …

Despite occupying an area no greater than 8% of the earth's surface, natural wetland
ecosystems fulfill multiple ecological functions: 1. Soil formation and stabilization support, 2 …

Blue carbon ecosystems require conservation and restoration to maximize organic carbon
(CORG) sequestration to ameliorate greenhouse gas emissions. Salt marshes, mangrove …

Sea level rise alters coastal carbon cycling by driving the rapid migration of coastal
ecosystems, salinization of freshwater systems, and replacement of terrestrial forests with …

Around one-third of the world's most carbon-rich ecosystems, mangrove forests, have
already been destroyed in Thailand owing to coastal development and aquaculture …

Saltmarshes are known for their ability to act as effective sinks of organic carbon (OC) and
their protection and restoration could potentially slow down the pace of global warming …

Planting has been widely adopted to battle the loss of salt marshes and to establish living
shorelines. However, the drivers of success in salt marsh planting and their ecological …

Wetlands provide significant ecosystem services yet are ranked among some of the most
imperiled habitats. To maximize prioritization of these habitats a better understanding of the …

Under the effect of global climate change, the enhanced wave condition leads to lateral
erosion at the mangrove vegetation edge, threatening the survival of mangrove habitat and …

In the subtropics, climate change is pushing woody mangrove forests into herbaceous
saltmarshes, altering soil carbon (C) and nitrogen (N) pools, with implications for coastal …