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Chapter 10: Climate Change Quiz

Total questions: 20

Worksheet time: 6mins

Name
Class
Date
1.

The interdisciplinary study of the causes and consequences of changing climate for all Earth systems and the sustainability of human societies is

a)

climate change science.

b)

meteorology.

c)

paleoclimatology.

d)

climate policy.

2.

The key elements of climate change science include which of the following?

a)

study of past climates, only

b)

measurement of current climatic change, only

c)

projection of future climate scenarios, only

d)

study of past climates, measurement of current climatic change, and projection of future climate scenarios

3.

Scientists use ________ to study past climates, using ________ to reconstruct climates that extend back further than our present instrumentation allows.

a)

proxy methods; climate proxies

b)

direct measurements; historical records

c)

indirect evidence; conjecture

d)

computer models; algorithms

4.

Which of the following is not an example of methods used for long-term climate reconstructions?

a)

oxygen isotope analysis

b)

ocean sediment core analysis

c)

ice core analysis

d)

tree ring analysis

5.

Over the span of 70 million years, the Earth's climate

a)

was much warmer 70 m.y.a. compared to the present.

b)

was warmest approximately 10 million years ago and coolest about 56 million years ago.

c)

has remained fairly constant, only showing a warming trend during the past 200 years.

d)

was much cooler 70 m.y.a. compared to the present.

6.

Which of the following is not an example of methods used for short-term climate

a)

dendrochronology

b)

ocean sediment core analysis

c)

carbon isotope analysis

d)

speleothems analysis

7.

Since the Industrial Revolution,

a)

human population growth rates have decreased with a subsequent decrease in the warming trend that characterized pre-Industrial Revolution times.

b)

global temperatures rapidly increased, then steadied out over the past 25 to 30 years.

c)

global temperatures have continued to warm at accelerating rates.

d)

no observable warming or cooling trends have occurred, rather temperatures have oscillated between warm and cold periods.

8.

Which of the following is not considered a mechanism of natural climate change?

a)

changes in Earth-Sun relationships

b)

movement of continents via plate tectonics

c)

volcanic eruptions

d)

the burning of fossil fuels

9.

As air temperatures increase, evaporation increases. Warmer temperatures also increase the capacity to absorb water vapor. More water vapor in the atmosphere accelerates the greenhouse effect. This is known as the

a)

ice-albedo feedback.

b)

water-vapor feedback.

c)

permafrost-carbon feedback.

d)

wildfire-carbon feedback.

10.

Which of the following is not a key indicator of present climate change?

a)

increasing sea-surface temperatures

b)

decreasing mass of glaciers and ice sheets

c)

decreasing extent of sea ice

d)

decreasing atmospheric water vapor

11.

Since 1880, global land-ocean temperatures have shown

a)

a warming trend.

b)

a cooling trend.

c)

a cooling trend until 1950, then a rapid warming trend.

d)

no trend.

12.

Which of the following is correct regarding Arctic sea ice?

a)

Until recently, seasonal variations in sea ice extent were rare.

b)

Summer sea ice reached its minimum extent in 2001 and has gradually increased since then.

c)

Since 1979, summer sea ice minimum extent and winter sea ice maximum extent have declined.

d)

In the summer, most to all sea ice melts, only to refreeze in the winter. However, less water has been refreezing over the past decade.

13.

The primary factors contributing to present sea-level rise are

a)

melting of land ice and thermal expansion of seawater.

b)

melting of land ice and melting of sea ice.

c)

melting of sea ice and thermal expansion of seawater.

d)

thermal expansion of seawater, only.

14.

The rate of sea-level rise

a)

is higher than predicted by most climate models, though appears to be decreasing.

b)

is lower than predicted by most climate models, and appears to be decreasing.

c)

is lower than predicted by most climate models, though appear to be accelerating.

d)

is higher than predicted by most climate models, and appears to be accelerating.

15.

The most abundant greenhouse gas in the Earth's atmosphere is

a)

carbon dioxide (CO2).

b)

methane (CH4).

c)

nitrous oxide (N2O).

d)

water vapor (H2O).

16.

Which of the following gases accounts for the largest amount of radiative forcing?

a)

carbon dioxide (CO2)

b)

nitrous oxides (N2O)

c)

chlorofluorocarbons (CFCs)

d)

methane (CH4)

17.

The IPCC Fifth Assessment Report concludes

a)

that while climate change is occurring, it is largely natural climate fluctuations.

b)

much uncertainty still remains related to the warming of the climate.

c)

scientists are 95 to 100% certain that human activities are the primary cause of present climate change.

d)

no consensus exists on whether current climate change is natural or anthropogenic.

18.

According to the IPCC Fifth Assessment Report, which of the following is virtually certain to occur?

a)

The frequency of heavy precipitation events will decrease.

b)

Extreme high sea-level events will decrease due to increase evaporation.

c)

The ocean's conveyer built will strengthen.

d)

Ocean acidification will increase as the atmosphere accumulates more CO2.

19.

Which of the following is not an example of an action an individual can take to help mitigate against climate change?

a)

planting trees to remove CO2

b)

improving regional land use practices

c)

eating locally sourced foods

d)

driving a vehicle with high fuel economy

20.

Which of the following is not an example of individuals and communities working to mitigate climate change?

a)

tree planting in exchange for greenhouse gas credits

b)

leaving the decision-making to elected officials

c)

protecting and restoring natural habitats

d)

using renewable energy sources