Nexus of Science and Society in Risks Understanding: A Case from the 2012 Seti River Flash Flood
This paper argues that bridging the epistemological divide between Western scientific models and local spiritual-moral narratives regarding the 2012 Seti River flash flood is essential for developing holistic and sustainable risk management strategies.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
Imagine you are trying to solve a giant, messy puzzle, but you have two people holding the box cover: one is a scientist with a laser scanner and a spreadsheet, and the other is a village elder with a storybook and a deep sense of tradition. This paper lives in the world of risk understanding, which is basically the study of how we figure out what dangers are coming our way and how to stop them. To get the whole picture, you need to understand two big ideas. First, there's Western science, which is like a high-tech camera that measures things with facts, numbers, and models to see exactly how a river swells or a glacier melts. Second, there's local knowledge, which is like a rich tapestry of stories, beliefs, and moral lessons that explain why things happen based on how people live and what they value. The paper asks a big question: If these two ways of seeing the world are so different, can they ever work together to keep people safe from disasters? It matters because if we only listen to the camera, we might miss the human heart of the problem, but if we only listen to the stories, we might miss the physical facts needed to build a wall.
This paper dives into a specific, scary event: a flash flood that hit the Seti River in central Nepal on May 5, 2012. The authors act like detectives, looking at the same disaster through two very different lenses. On one side, they use Western science to explain the flood as a physical chain reaction. They point to facts and figures showing that rising water levels, triggered by changing rain patterns, rapid glacier melting, and massive landslides blocking the river, created a dangerous surge. It's like a mechanic explaining a car crash by measuring the speed, the skid marks, and the broken engine parts. On the other side, the paper listens to the local people's narratives, who saw the flood not just as water, but as a message. To them, the disaster was a product of moral decay, spiritual confusion, greed, and a disruption in the relationship between humans and nature. It's like a storyteller explaining the crash by saying the driver lost their soul or forgot to respect the road.
The paper finds that these two explanations are built on completely different foundations. The scientists see a measurable, physical event, while the locals see a spiritual and moral event. The authors argue that neither side has the whole truth on its own. Just like you can't fix a car by only reading the manual or only listening to the driver's feelings, you can't manage flood risks by relying on just one system. The paper suggests that the failure of a relocation program for the flood victims happened because this gap wasn't bridged. By trying to mix the hard facts of Western science with the deep wisdom of local knowledge, the authors propose a new, more complete way to understand danger. They suggest that if we build a "Nexus"—a meeting point—where these two worlds talk to each other, we can create better, fairer, and more effective plans to protect communities from future floods.
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