Advances in water chemistry in the last decade have improved our knowledge about the
genesis, composition, and structure of dissolved organic matter, and its effect on the …

Dissolved organic matter (DOM) contains complex molecular compounds that dominate its
heterogeneous dynamics and behaviors in aquatic environments. Fourier transform ion …

Dissolved organic matter (DOM) is a master variable in aquatic systems. Modern
fluorescence techniques couple measurements of excitation emission matrix (EEM) spectra …

Natural dissolved organic matter (DOM) comprises a broad range of dissolved organic
molecules in aquatic systems and is among the most complex molecular mixtures known …

Natural dissolved organic matter (DOM) in aquatic systems plays many environmental roles:
providing building blocks and energy for aquatic biota, acting as a sunscreen in surface …

Understanding the processes influencing the sources and fate of organic matter (OM) in
estuaries is important for quantifying the contributions of carbon from land and rivers to the …

Exposure of lignin-derived organic matter (OM) to hydroxyl radicals originating from Fenton
type reactions generates condensed aromatic and alicyclic aliphatic compounds, as shown …

Bacterial community structures were evaluated in oil samples using culture‐independent
pyrosequencing, including oil mousses collected on sea surface and salt marshes during …

Extensive data exist on the optical properties of CDOM from terrestrial and coastal
environments, yet the open oceans have been historically under-sampled. Consequently …

Evidence suggests that reactive oxygen species (ROS) are important in transforming the
chemical composition of the large pool of terrestrially-derived dissolved organic matter …