Reed belts acting as basic nutrient filters are important parts of lake buffer riparian zones.
However, little is known about their impacts on nutrient release and bacterial community …

This study investigated the alterations in biomass, nutrients and dissolved organic matter
concentration in overlying water and determined the bacterial 16S rRNA gene in biofilms …

We used oligotrophic, P-limited herbaceous wetlands of northern Belize as a model system,
on which to document and explain how changes in nutrient content along a salinity gradient …

The restoration and construction of wetlands offer opportunities to rewet soils, inhibit
decomposition, and enhance nutrient retention in decomposing litters. Here, we report the …

Wetland restoration can mitigate aerobic decomposition of subsided organic soils, as well as
re-establish conditions favorable for carbon storage. Rates of carbon storage result from the …

The processes and mechanisms through which phosphorus (P) is released from sediment
and organic P is transformed, induced by the decomposition of plant (duckweed (Lemma …

Broad-spectrum insecticides such as neonicotinoids tend to accumulate and detrimentally
impact natural ecosystems. Accordingly, we aimed to assess the neonicotinoid …

The microbially mediated transformation of detrital P entering wetlands has important
implications for the cycling and long-term sequestration of P in wetland soils. We …

Epiphytic bacteria on submerged macrophytes play important roles in the nutrient cycle in
freshwater ecosystems. However, little is known about the composition and role of epiphytic …

The release of nutrients back into the water column due to macrophyte litter decay could
offset the benefits of nutrient removal by hydrophytes within urban streams. However, the …