Amy M. P. Oen

TL;DR: Total sorption is better explained by considering all three nonlinearly sorbing CGC materials than by only considering BC, and phenanthrene sorption to AC was, on average, reduced by a factor of 6 in sediment-AC mixtures compared to pure AC.

TL;DR: A critical review of the literature concerning nature-based solutions for Hydro-meteorological risk reduction and identifying current knowledge gaps and future research prospects is presented in this article. But, the review process presented in this paper started by sourcing 1608 articles from Scopus and 1431 articles from the Web of Science.

TL;DR: The results suggest that PAH distributions were dominated by the presence of BC, rather than OC, this may result in significantly lower dissolved concentrations of PAH than expected on the basis of organic carbon partitioning alone.

TL;DR: Application of an AC-clay mixture is recommended as the optimal choice of the currently tested thin-layer capping methods for PAHs, and more research on optimizing its implementation is needed.

TL;DR: An overview of decision making frameworks for ecological risk assessment (ERA) used for sediment in a number of European countries is given in this article, which fall into two categories: Biological Effects-Based Assessment of in situ risks (referred to as in situ BEBA) and Biological Effects Based Assessment of the ex situ quality of dredged sediments ( referred to as ex situBEBA).