How a volcano is monitored, what an alert level does and does not promise, and how the ground itself decides where the danger sits. Paired with a true-scale 3D exhibit so the geometry can be seen rather than imagined.
Open module →What actually injures people in an earthquake, how to act in the seconds available, and how to read a building for the vulnerabilities that decide whether it stands.
Open module →Reading the warning systems for cyclones and rainfall, understanding why wind category and flood risk are different questions, and deciding to move while the decision is still free.
Open module →How slopes fail, the precursors that precede failure by minutes to weeks, and how to assess the ground a home or school actually sits on.
Open module →Tsunami and storm surge: two coastal hazards with different physics, different warning times, and one shared lesson — that the coast gives very little notice.
Open module →How outbreaks propagate, which interventions actually break transmission chains, and why water and sanitation dominate health outcomes after a disaster.
Open module →Why systems fail together rather than separately, how dependency chains propagate a single outage, and how to judge whether a building can serve as shelter.
Open module →How hazard information degrades as it travels, why engagement-ranked feeds systematically distort it, and how to hold a decision open under uncertainty without becoming paralysed.
Open module →What separates a warning people act on from one they discount, and how a community converts a warning into coordinated movement before impact.
Open module →How a community keeps teaching, deciding, and remembering on its own terms when institutions are disrupted — and why local hazard knowledge is a record worth keeping.
Open module →