Assessing the unseen consequences: influence of an extreme weather event on environmental perceptions and connection to nature

Abstract

BackgroundDue to climate change, extreme weather events are becoming more frequent worldwide. An example of such an extreme weather event was the flooding in Western Europe in July 2021. Currently, there are large research gaps regarding how such events, particularly those involving oil pollution, affect people's connection to nature and their perceptions of environmental problems. Perceptions and connections to nature are important factors that influence environmental behavior and decisions. This study examines the influence of the exposure of oil pollution during the 2021 floods on the perception of the natural environment (connection to nature) and of environmental problems (perception of planetary boundaries). To this end, people affected by flooding who have come into direct or indirect contact with oil pollution are examined, with people from unaffected regions serving as a control group.ResultsNo significant differences were found for both the connection to nature and the perception of planetary boundaries between the three groups studied. Connection to nature was at a moderate level in all three groups. In the case of planetary boundaries, it was observed that all boundaries were rated as significantly exceeded in all three groups. Especially the boundary of novel entities to which also oil pollution belongs, was evaluated as highly exceeded.ConclusionsThe results suggest that extreme weather events do not negatively impact personal connection to nature. Additionally, no significant group differences were found in the assessment of planetary boundaries, which may be attributed to the inherently high assessment scores in Germany. The study provides evidence that perceptions of environmental problems and connection to nature are relatively stable in the face of an extreme weather event with a natural trigger. Further studies are needed to investigate the reasons and consequences of this stability.