Even though analytical data are limited, the methodology described herein provides a reliable model for performing risk assessment, demonstrating that comprehensive risk assessments for biosolids exposure are practical.
Our assessment demonstrates that while we cannot rule out the possibility of neonicotinoids affecting pollinators we cannot be clear as to the extent of their impact.
In vivo safety assessment demonstrated that liposomes had lower toxicities than their solution formulations.
On day 25 of hospitalization, neuropsychological assessment demonstrated that overall, she had returned to her premorbid level of functioning.
Results from a multivariate assessment demonstrated that measured endpoints distinguished male, female and intersex mullets at immature gametogenic stage.
The ecological risk assessment demonstrated that chromium in sediment does not pose unacceptable hazards to avian receptors.
The environmental impact assessment demonstrated that scenario 4 is more environmentally friendly than the others due to the absence of biomass in the effluent.
Our assessment demonstrated that there is a high need for ongoing investment in the skills based training of physicians, nurses, residents, and other emergency personnel especially in the public sector hospitals.
The results of the quality assessment demonstrated that, from the theoretical perspective, resilience assessments originate from either the socio-ecological or engineering fields and can be classified into two main types of resilience indices and tools.
The energy savings assessment demonstrates that the use of foamed recycled glass as engineering material has much lower energy consumption relative to a conventional aggregate-cement material in construction projects.
