A meta-analysis of 75 studies by Smith et al. [ 16] examining the effects of context on memory, found that across multiple studies, environmental context effects were reliable.
This analysis provides for the first time a means for examining population biomonitoring data for multiple environmental chemicals in the context of the risk assessments for those chemicals.
This approach, in which these data are assessed in comparison to the available BE values and related health risk based screening values, provides for the first time a means for examining population exposures to multiple environmental chemicals in the context of the risk assessments for those chemicals.
In line with recommendations from governing agencies, a comprehensive psychological and psychosocial assessment should cover multiple emotional, behavioral, social, and environmental contexts; this includes but is not limited to age, developmental history, ethnicity, housing, education, race, gender, sexual orientation, religious commitments, and socioeconomic status [ 13– 16].
As explained before, the novel aspects of this dataset compared to Nagano et al. is that we are assessing the integration of multiple environmental signals (including drought) and the effect of different types of environmental context.
According to Luthar and colleagues [ 24, 25], the construct of resilience is not unidimensional or stable across multiple contexts, but refers to adaptation to and engagement within specific environmental contexts.
Samples from archaeological sites should, if at all possible, be multiple in order to assess layer intactness, and complemented by samples from nearby environmental contexts.
Interntal interactions and tensions among multiple activities inevitably arise as these organizations seek to maintain their responsiveness and legitimacy amid rapidly changing social, political and environmental contexts.
To understand the context of human dispersal and to decipher relevant push and pull factors requires the consideration of multiple environmental proxies and the research on different geographic scales.
The gut microbiome is significantly associated with multiple environmental factors.
Urban forests can provide multiple environmental benefits.
