中国P站

Abstract

Ecological risk assessment (ERA) is a key component of environmental conservation and management, but it has traditionally focused on the physical and ecological aspects of ecosystems. With increasing concerns about the impacts of pollutants on biodiversity, integrating toxicology into ERA has become essential for ensuring effective conservation strategies. This paper explores the importance of incorporating toxicological data into ERA frameworks to improve the prediction of ecological outcomes and inform conservation decisions. By synthesizing existing research and case studies, we highlight how toxicological assessments can provide valuable insights into the effects of contaminants on species, habitats, and ecosystem functions. The paper also discusses the challenges associated with this integration, such as data gaps, variability in species sensitivity, and the complexity of chemical interactions within ecosystems. Ultimately, this research advocates for a more holistic approach to ecological risk assessment, one that not only considers traditional ecological factors but also addresses the chemical stressors that significantly affect ecosystem health and resilience.