Fluorescence spectroscopy coupled with parallel factor analysis (PARAFAC) has been
widely used to characterize dissolved organic matter (DOM). Characterization is based on …

This review attempts to cover the principles and environmental applications of excitation-
emission spectrofluorimetry (EES). The article is divided into two parts and each part is …

Dissolved organic matter (DOM) changes in quantity and quality over time and space,
especially in highly dynamic coastal estuaries. Bacterioplankton usually display seasonal …

Riparian infiltration zones are crucial for maintaining water quality by reducing the aqueous
concentrations of polycyclic aromatic hydrocarbons (PAHs) through adsorption and …

Abstract The Changjiang Estuary is a large bifurcated estuary where different hydrodynamic
processes influence its South Branch compared to its North Branch. The South Branch is the …

Climate change is likely to increase the frequency and intensity of tropical storms. However,
the impacts of major storms on nutrient cycling processes in the river-estuary-coast …

Constructed wetlands (CWs) are an effective method for removing microplastics (MPs).
Nevertheless, the understanding of the impact of various parameters on MPs removal within …

Coastal populations are expanding globally, resulting in great anthropogenic impacts on the
organic matter in estuaries and regional carbon cycles. However, the molecular-level …

Dissolved organic matter (DOM) was characterized during five basin-scale investigations
(either after storms or in droughts) in Jiulong River, China that is affected by the Asian …

Excitation emission matrix fluorescence combined with parallel factor analysis (EEM-
PARAFAC) has emerged over the past ten years as a powerful and popular technique …