Number of isolates within each bacterial class identified across the aft and fwd galley of a fleet of short haul aircraft.

<p>Number of isolates within each bacterial class identified across the aft and fwd galley of a fleet of short haul aircraft.</p

Phylogenetic tree of aircraft water isolates.

<p>The analysis involved 196 nucleotide sequences. Cluster analysis was based upon the neighbour-joining method. Numbers at branch points are percentages of 1000 bootstrap re samplings that support the topology of the tree.</p

Water Sampling Location, Number of Samples and Identifications.

<p>Water Sampling Location, Number of Samples and Identifications.</p

Distribution of bacterial class (% contribution) across sampling location: Long and short-haul aircraft, Water Service Vehicle (WSV) and Source water.

<p>Distribution of bacterial class (% contribution) across sampling location: Long and short-haul aircraft, Water Service Vehicle (WSV) and Source water.</p

Gender-related differences in flood risk perception and behaviours among private groundwater users in the Republic of Ireland

Extreme weather events including flooding can have severe personal, infrastructural, and economic consequences, with recent evidence pointing to surface flooding as a pathway for the microbial contamination of private groundwater supplies. There is a pressing need for increasingly focused information and awareness campaigns to highlight the risks posed by extreme weather events and appropriate subsequent post-event actions. To date, little is known about the presence, directionality or magnitude of gender-related differences regarding flood risk awareness and behaviour among private groundwater users, a particularly susceptible sub-population due to an overarching paucity of infrastructural regulation across many regions. The current study investigated gender-related differences in flood risk perception and associated mitigation behaviours via a cross-sectional, national survey of 405 (168 female, 237 male) private groundwater supply users. The developed survey instrument assessed socio-demographic profile, previous flood experience, experiential and conjectural health behaviours (contingent on previous experience), and Risk, Attitude, Norms, Ability, Self-regulation (RANAS) framework questions. Statistically significant gender differences were found between both ‘Norm—Descriptive’ and ‘Ability—Self-ef ficacy’ RANAS elements (p < 0.05). Female respondents reported a lower level of awareness of the need for post-flood action(s) (8.9% vs. 16.5%), alongside a perceived “lack of information” as a reason for not testing their domestic well (4.9% vs. 11.5%). Conversely, male respondents were more likely to report awareness of their well location in relation to possible contamination sources (96.6% vs. 89.9%) and awareness of previous water testing results (98.9% vs. 93.0%). Gender-related gaps exist within the studied private groundwater reliant cohort, a sub-population which has to date remained under-studied within the context of climate change and extreme weather events. Accordingly, findings suggest that gender-focused communication and education may represent an effective tool for protecting current and future generations of global groundwater users