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Natural Hazard Predictions

Total questions: 25

Worksheet time: 25mins

Name
Class
Date
1.

Can you predict where an earthquake might happen?

a)

yes

b)

no

c)

general area but maybe not specifically

2.

It is easier to predict an aftershock than an earthquake.

a)

yes

b)

no

3.

What can vulcanologists (scientists who study volcanos) use to predict eruptions? Check all that apply.

a)

GPS measuring the ground expansion

b)

more gases and heat released

c)

seismic activity in the area

d)

erosion

4.

Which city is least likely to experience a tornado with a rating of F3 of greater in the next year?

a)

Phoenix

b)

Topeka

c)

Columbia

d)

Orlando

5.

Based on the information in Map 1 and Figure 1, which statement best describes why the flow of water out of the Mississippi River should be monitored over time to predict tsunamis in the Gulf of Mexico?

a)

Changes in the water temperature at the outlet of the Mississippi River could trigger a tsunami once water enters the Gulf of Mexico.

b)

Sediment in the Mississippi River water could build up near the Mississippi Canyon ledge and trigger a landslide that causes a tsunami.

c)

A reduction in the quality of the Mississippi River water could trigger an earthquake that causes a tsunami.

d)

Large amounts of water flowing out of the Mississippi River could trigger a tsunami once water enters the Gulf of Mexico.

6.

Of the four natural hazards we've studied, which is the hardest to predict?

a)

Tsunamis

b)

Volcanoes

c)

Tropical Cyclones

d)

Earthquakes

7.

Which of the following can be concluded about an area with many volcanoes and earthquakes?

a)

It is safe to visit

b)

The tectonic plates must be the thickest in this area.

c)

The edges of the plate tectonics are moving in this area.

d)

It is not inhabited by humans.

8.

Which of these natural disasters typically has the most warning?

a)

earthquake

b)

flash flood

c)

tornado

d)

hurricane

9.

major event that occurs when plates shift suddenly and release stored energy

a)

seafloor spreading

b)

geologic process

c)

natural hazard

d)

earthquake

10.

The provided map shows the location of an earthquake under the ocean. The data on the map would best support a prediction of which of the following events?

a)

A tsunami in Sri Lanka

b)

An earthquake in South Africa

c)

A hurricane in Somalia

d)

Flash floods in Madagascar

11.

Why is it beneficial to be able to predict when and where natural hazards will occur? 

a)

Communities can be notified to evacuate 

b)

So that we can stop them from happening again 

c)

So that scientists know where to go in order to study them 

d)

So that we can harness their power for renewable energy

12.

This map provides historical data on storm surges associated with hurricanes in the Gulf of Mexico. A storm surge is a rise of water that can be as high as 5 meters or more. To protect citizens from storm surges, cities sometimes build levees, walls that can hold back the water. Using the information provided, which city would most likely be able to protect its citizens with a levee that is only 3 meters in height?

a)

Galveston

b)

Lake Charles

c)

New Iberia

d)

Bay Saint Louis

13.

What is the primary tool used to predict hurricanes?

a)

Radar systems

b)

Seismographs

c)

Satellite imagery

d)

Barometers

14.

Which natural hazard is most likely to be predicted using seismic activity data?

a)

Tornadoes

b)

Earthquakes

c)

Floods

d)

Hurricanes

15.

What is the main reason why predicting volcanic eruptions is challenging?

a)

Lack of historical data

b)

Unpredictable magma movement

c)

Inaccurate weather forecasts

d)

Limited technology

16.

Which of the following technologies is essential for predicting tsunamis?

a)

Doppler radar

b)

Tide gauges

c)

Infrared cameras

d)

Wind vanes

17.

What is a common indicator of an impending earthquake?

a)

Sudden drop in temperature

b)

Unusual animal behavior

c)

Increase in atmospheric pressure

d)

Change in wind direction

18.

Which natural hazard can be predicted by monitoring ocean temperatures?

a)

Earthquakes

b)

Volcanic eruptions

c)

Hurricanes

d)

Tornadoes

19.

What is the role of computer models in predicting natural hazards?

a)

They provide real-time data

b)

They simulate potential scenarios

c)

They measure ground vibrations

d)

They track animal movements

20.

Why is it difficult to predict the exact time of an earthquake?

a)

Lack of technology

b)

Complexity of tectonic movements

c)

Unreliable historical data

d)

Inconsistent weather patterns

21.

Which natural hazard is often predicted using wind speed and direction data?

a)

Earthquakes

b)

Volcanic eruptions

c)

Tornadoes

d)

Floods

22.

What is the significance of monitoring gas emissions in volcanic regions?

a)

To predict earthquakes

b)

To forecast hurricanes

c)

To anticipate volcanic eruptions

d)

To detect tsunamis

23.

How do scientists use historical data in predicting natural hazards?

a)

To create awareness campaigns

b)

To develop evacuation plans

c)

To identify patterns and trends

d)

To design safety equipment

24.

Which of the following is a limitation in predicting natural hazards?

a)

Advanced technology

b)

Human error

c)

Lack of funding

d)

Uncertainty in natural processes

25.

What is the benefit of using drones in natural hazard predictions?

a)

They can measure seismic waves

b)

They provide aerial surveillance

c)

They detect underwater currents

d)

They analyze soil composition