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16. scientists use forecasting, risk communication, and mitigation stra…

Question

  1. scientists use forecasting, risk communication, and mitigation strategies to reduce disaster ______. glasp+1
  2. a geological hazard — such as a landslide or tsunami — can cause widespread damage if human settlement ignores underlying ______. wikipedia+1
  3. the video suggests when choosing where to live, one should consider natural hazards and their ______. glasp+1
  4. human ______ (like building codes, planning) can reduce the impact of natural hazards. glasp+1
  5. understanding the spatial patterns of hazards helps geographers map ______ and plan safer communities.

Explanation:

Brief Explanations

These questions are about natural hazards, geological hazards, and human responses to them, which falls under the subfield of Geography (a subfield of Natural Science). Let's analyze each:

  1. Scientists use strategies to reduce disaster impacts (or "risks", but "impacts" fits as disasters have impacts on areas/populations). The context is disaster management, so the blank likely needs a noun like "impacts" or "risks".
  1. A geological hazard causes damage if human settlement ignores underlying geological conditions (like unstable slopes for landslides, or tectonic activity for tsunamis). So the blank is about geological factors/conditions.
  1. When choosing where to live, consider natural hazards and their consequences (or "impacts", "risks"). The video suggests considering what the hazards can do (their effects), so "consequences" or "impacts" fits.
  1. Human interventions (like building codes, planning) reduce natural hazard impacts. Building codes and planning are human actions to mitigate, so "interventions" or "mitigation measures" (but "interventions" is concise).
  1. Understanding spatial patterns helps geographers map hazard-prone areas (or "vulnerable areas") to plan safer communities. Mapping where hazards are likely helps in planning, so the blank is about areas at risk.

Answer:

  1. impacts (or risks)
  2. geological conditions (or factors)
  3. consequences (or impacts)
  4. interventions (or mitigation measures)
  5. hazard - prone areas (or vulnerable areas)