Hazards

1

Predicting Earthquake and Volcano Zones

Using Data to Relate Hazards to Plate Boundaries

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2

Earthquake Focus Depth at Plate Boundaries

Modelling the Wadati-Benioff Zone

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3

Earthquake Hazards: Ground Motion and Tsunamis

Two Distinct Mechanisms of Earthquake Damage

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4

Volcanic Hazards and Magma Type

Ash, Lava, Lahars, Gases and Why Magma Type Matters

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5

When Does a Hazard Become a Disaster?

Exposure, Vulnerability and Capacity

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6

Explosive vs Effusive Eruptions: Impact and Climate

Comparing Biosphere/Atmosphere Effects and Warming vs Cooling

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7

Case Study: Mount Pinatubo (1991)

A Major Eruption's Effect on the Biosphere and Atmosphere

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8

Climatic Phenomena and Local Ecosystems

Hailstorms, East Coast Lows, Droughts, Floods and Bushfires

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9

Human Activities and Natural Disaster Frequency

Droughts, Floods, Bushfires and Landslides

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10

Predicting Natural Disasters: Technologies

Volcanoes, Earthquakes, and East Coast Lows

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11

Minimising Disaster Impact

Building Codes, Warning Systems and Education

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12

Assessing Meteorological Prediction Accuracy

Weather Technologies and Preventing Damage to Life and Infrastructure

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13

Hazards: Integrated Review

Connecting Geological Hazards, Biosphere Impacts, and Prediction/Prevention

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