Ecological restoration of wetland plants has emerged as an environmentally-friendly and
less carbon footprint method for treating secondary effluent wastewater. Root iron plaque …

The interactions and mechanisms between sulfur and heavy metals are a growing focus of
biogeochemical studies in coastal wetlands. These issues underline the fate of heavy metals …

The rhizosphere of coastal wetland plants is the active interface of iron (Fe) redox
transformation. However, coupling mechanism between organic acids (OAs) exuded by …

Abstract Cadmium and arsenic (Cd&As) co-contaminated paddy soil is the main reason for
excessive Cd&As in rice. However, the opposite chemical behaviors of Cd&As posed a …

Coastal silt soil (CSS), hydraulically transported and filled by dredger and mud pump from
the bottom of beach in coastal zone in the process of reclamation project, has a high salinity …

Sea-level rise is projected to influence soil carbon (C) stocks in tidal wetland systems.
Although soil C and iron cycling are considered to be related in tidal wetlands, the empirical …

Spartina alterniflora, as an invasive alien species, has been studied in terms of its potential
use in immobilization and synergistic photocatalysis against dye contaminants for the first …

Evidence suggests that the invasion of Spartina alterniflora (S. alterniflora) poses potentially
serious risks to the stability of coastal wetlands, an ecosystem that is extremely vulnerable to …

Tidal channels are biogeochemical hotspots that horizontally exchange carbon (C) with
marsh platforms, but the physiochemical drivers controlling these dynamics are poorly …

Abstract Purpose The Spartina alterniflora invasion across the southeast coast in China
significantly reduced vegetation diversity and generated associated ecological problems …