Christopher S. Breed

TL;DR: The utility of coordinating global sensing of environmental contaminants efforts through integration of environmental monitoring and specimen banking to identify regions for implementation of more robust environmental assessment and management programs is highlighted.

TL;DR: Fish tissue levels of diphenhydramine did not display trophic magnification, which suggests site-specific, pH-influenced inhalational uptake to a greater extent than dietary exposure in this tidally influenced urban ecosystem, and highlights the importance of understanding differential bioaccumulation and risks of ionizable contaminants of emerging concern in habitats of urbanizing coastal systems.

TL;DR: Coastal systems are anticipated to be more strongly influenced by continued urbanization, altered instream flows, and population growth in the future, and aquatic toxicology information for diltiazem and many other pharmaceuticals is not available, so potential adverse outcomes should be examined.

TL;DR: A diagnostic approach for future studies of emerging water quality challenges across gradients of rapidly urbanizing coastal bays and estuaries, which indicates that traditional surface water monitoring activities should account for such environmental complexity.

TL;DR: Stable isotope analysis identified that ontogenetic feeding shifts of M. cephalus occurred from juveniles to adults, which suggests inhalational uptake to diphenhydramine was more important for bioaccumulation than dietary exposure in this urban estuary.