The phrase "regional vulnerabilities" is grammatically correct and commonly used in written English.
It refers to weaknesses or risks that are specific to a particular region or area. Example: "The government's disaster management plan addresses the regional vulnerabilities of coastal communities prone to hurricanes."
Prior analysis of this region through the year 2025 has identified significant regional vulnerabilities to volumetric shortfalls and financial losses.
The IMF has reported that the global financial system is on a path to improved financial stability, but faces a host of transitional challenges borne out by regional vulnerabilities and policy regimes.
The National Oceanographic and Atmospheric Administration (NOAA) and the U.S. Environmental Protection Agency EPAA) funded modest research on human dimensions and regional vulnerabilities, respectively, but there was no explicit mention of supporting human health research.
Together, these findings suggest that large-scale regional vulnerabilities in AD are likely due to the combination of many small differences in gene expression patterns between brain regions, affecting multiple cell types.
The results on pAKT and FOXO3a are consistent with the increase in the level of AKT activity in region CA3 and suggest that the differential regional vulnerability is related to decreased AKT signaling in region CA1.
Therefore the regional economic effects of cyclone disaster are considered by the present research to represent a regional vulnerability that might help to channelize investment funding into a vulnerable region to mitigate cyclone-induced losses in Bangladesh.
More recently the Global Assessment Report 2015 (GAR15) general workshop (see Maqsood et al., 2014) set out the development of regional vulnerability functions for the Asia-Pacific region for earthquake, wind, flood, tsunami and volcanic ash fall.
The whole methodology could be applied to other cities if the regional vulnerability factor and the aggravation factor are defined.
Already nowadays, regional vulnerability seems to increase from west to east on the grounds of climatic conditions and soil properties.
Most importantly, we demonstrate enormous sensitivity to presumed constant regional vulnerability and underlying assumptions about adaptive capacity.
To develop the GAR15 regional vulnerability functions, expected damage to the physical building fabric was based on hazard intensity, an expected mean damage index and expected variance.
