Glaciers Reading Answers: IELTS Reading Practice Test

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Updated on Apr 30, 2026, 07:46

This passage covers how glaciers form, move, and reshape the landscape over time. It has five paragraphs (A–E) and 15 questions in total. Questions 1–5 are Matching Headings, Questions 6–10 are True/False/Not Given, and Questions 11–15 are Matching Features. Each question type tests a different reading skill.

 

Glaciers - Quick Answers

Q. No. Answer Question Type Paragraph
1viMatching HeadingsA
2iiMatching HeadingsB
3iiiMatching HeadingsC
4viiMatching HeadingsD
5vMatching HeadingsE
6FALSETrue/False/Not GivenB
7TRUETrue/False/Not GivenB
8TRUETrue/False/Not GivenB
9FALSETrue/False/Not GivenC
10NOT GIVENTrue/False/Not GivenE
11BMatching FeaturesA
12DMatching FeaturesA
13HMatching FeaturesB
14AMatching FeaturesD
15GMatching FeaturesD

About the Glaciers Reading Passage

Glaciers: Full Reading Passage

Glaciers Reading Answers with Explanation

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1.

About the Glaciers Reading Passage

This passage examines glaciers as physical landforms and how they are classified by location and temperature, how they grow through snowfall and other weather conditions, how ice accumulation drives their movement through plastic deformation and basal slippage, and what landscape features they leave behind, including horns, fjords, hanging valleys, and cirques. It also covers the long-term retreat of glaciers and the role of glaciologists in studying climate change. 

 

This is a practice passage; no Cambridge IELTS book number is indicated in the source article.

 


You should spend about 20 minutes on Questions 1–15, which are based on the passage below.

 


The passage contains three question types: Matching Headings (Questions 1–5), True/False/Not Given (Questions 6–10), and Matching Features (Questions 11–15).

2.

Glaciers: Full Reading Passage

Paragraph A 

 

Besides the earth's oceans, glacier ice is the largest source of water on earth. A glacier is a massive stream or sheet of ice that moves underneath itself under the influence of gravity. Some glaciers travel down mountains or valleys, while others spread across a large expanse of land. Heavily glaciated regions such as Greenland and Antarctica are called continental glaciers. These two ice sheets encompass over 95 percent of the earth's glacial ice. The Greenland ice sheet is almost 10,000 feet thick in some areas, and the weight of this glacier is so heavy that much of the region has been depressed below sea level. Smaller glaciers that occur at higher elevations are called alpine or valley glaciers. Another way of classifying glaciers is in terms of their internal temperature. In temperate glaciers, the ice within the glacier is near its melting point. Polar glaciers, in contrast, always maintain temperatures far below melting.

 


Paragraph B 

 

Most of the earth's glaciers are near the poles, though glaciers exist on all continents, including Africa and Oceania. Glaciers are generally formed in high alpine regions because they require cold temperatures throughout the year. In areas with little opportunity for summer ablation (loss of mass), snow changes to compacted firn and then crystallized ice. During periods in which melting and evaporation exceed the amount of snowfall, glaciers will retreat rather than progress. While glaciers rely heavily on snowfall, other climatic conditions, including freezing rain, avalanches, and wind, contribute to their growth. One year of below-average precipitation can stunt the growth of a glacier tremendously. With the rare exception of surging glaciers, a common glacier flows about 10 inches per day in the summer and 5 inches per day in the winter. The fastest glacial surge on record occurred in 1953 when the Kutiah Glacier in Pakistan grew more than 12 kilometers in three months.

 


Paragraph C 

 

The weight and pressure of ice accumulation cause glacier movement. Glaciers move out from under themselves via plastic deformation and basal slippage. First, the internal flow of ice crystals begins to spread outward and downward from the thickened snowpack, also known as the zone of accumulation. Next, the ice along the ground surface begins to slip in the same direction. Seasonal thawing at the base of the glacier helps to facilitate this slippage. The middle of a glacier moves faster than the sides and bottom because there is no rock to cause friction. The upper part of a glacier rides on the ice below. As a glacier moves, it carves out a U-shaped valley similar to a riverbed but with much steeper walls and a flatter bottom.

 


Paragraph D 

 

Besides the extraordinary rivers of ice, glacial erosion creates other unique physical features in the landscape, such as horns, fjords, hanging valleys, and cirques. Most of these landforms do not become visible until after a glacier has receded. Many are created by moraines at the sides and front of a glacier. Moraines are formed when material is picked up along the way and deposited in a new location. These moraines can create a horn when many alpine glaciers occur on the same mountain. The Matterhorn, in the Swiss Alps, is one of the most famous horns. Fjords, very common in Norway, are coastal valleys that fill with ocean water during a glacial retreat. Hanging valleys occur when two or more glacial valleys intersect at varying elevations. It is common for waterfalls to connect the higher and lower hanging valleys, such as in Yosemite National Park. A cirque is a large bowl-shaped valley that forms at the front of a glacier. Cirques often have a lip on their downslope that is deep enough to hold small lakes when the ice melts away.

 


Paragraph E 

 

Glacier movement and shape-shifting typically occur over hundreds of years. While about 10 per cent of the earth's land is covered with glaciers, it is believed that during the last Ice Age, glaciers covered approximately 32 per cent of the earth's surface. Most glaciers have been retreating rather than flowing forward in the past century. Whether this glacial activity is due to human impact or natural causes is unknown. Still, glaciologists can begin to understand environmental issues such as global warming by studying glacier movement and comparing climate and agricultural profiles over hundreds of years.

 


 

3.

Glaciers Reading Questions and Answers

Matching Headings: Questions 1–5

 


The reading passage has five paragraphs: A–E.

 

Which paragraph contains the following information?

 

Write the correct A–E letter on your answer sheet in boxes 1–5.

 

There are more headings than paragraphs, so you will not use them all.

 

List of Headings:


i. Glacial Continents
ii. Formation and Growth of Glaciers
iii. Glacial Movement
iv. Glaciers in the Last Ice Age
v. Glaciers Through the Years
vi. Types of Glaciers
vii. Glacial Effects on Landscape
viii. Glaciers in National Parks

 

1. Paragraph A
2. Paragraph B
3. Paragraph C
4. Paragraph D
5. Paragraph E


True/False/Not Given: Questions 6–10

 


Do the following statements agree with the information given in the Reading Passage?

 


In boxes 6–10 on your answer sheet, write:

 

  • TRUE if the statement agrees with the information
  • FALSE if the statement contradicts the information
  • NOT GIVEN if there is no information on this

 


6. Glaciers exist only near the north and south poles.
7. Glaciers are formed by a combination of snow and other weather conditions.
8. Glaciers normally move at a rate of about 5 to 10 inches a day.
9. All parts of the glacier move at the same speed.
10. During the last Ice Age, average temperatures were much lower than they are now.

 

 


Matching Features: Questions 11–15

 


Match each definition below with the term it defines.

 

 

Write the letters of the term, A–H, on your answer sheet.
There are more terms than definitions, so you will not use them all.

 

Number

Terms

A

Fjord

B

Alpine Glacier

C

Horn

D

Polar Glacier

E

Temperate Glacier

F

Hanging Valley 

G

Cirque

H

Surging Glacier

 

 

11. a glacier formed on a mountain
12. a glacier with temperatures well below freezing
13. a glacier that moves very quickly
14. a glacial valley formed near the ocean
15. a glacial valley that looks like a bowl

Glaciers Reading Answers 1–7 (Matching Headings)

Q1: Paragraph A

 


Answer: vi: Types of Glaciers

 

  • Question Type: Matching Headings
  • Answer Location: Paragraph A Supporting Line: "Smaller glaciers that occur at higher elevations are called alpine or valley glaciers. Another way of classifying glaciers is in terms of their internal temperature."
  • Explanation: Paragraph A introduces several ways to classify glaciers by location (continental vs. alpine) and by internal temperature (temperate vs. polar). Heading vi, "Types of Glaciers," directly reflects this focus on classification. No other paragraph describes the different categories of glaciers in this way.

 

Q2: Paragraph B

 

Answer: ii: Formation and Growth of Glaciers

 

  • Question Type: Matching Headings
  • Answer Location: Paragraph B Supporting Line: "Glaciers are generally formed in high alpine regions because they require cold temperatures throughout the year… other climatic conditions, including freezing rain, avalanches, and wind, contribute to their growth."
  • Explanation: Paragraph B explains where glaciers form (high alpine regions requiring year-round cold) and what drives their growth (snowfall, freezing rain, avalanches, and wind). Heading ii, "Formation and Growth of Glaciers," matches both aspects of this paragraph. The record-setting surge of the Kutiah Glacier is given as a specific growth example.

 

Q3: Paragraph C


Answer: iii: Glacial Movement

 

  • Question Type: Matching Headings
  • Answer Location: Paragraph C Supporting Line: "The weight and pressure of ice accumulation cause glacier movement. Glaciers move out from under themselves via plastic deformation and basal slippage."
  • Explanation: Paragraph C is entirely about how glaciers move through plastic deformation, basal slippage, and differential friction between the middle and edges. Heading iii, "Glacial Movement," is the most precise match for this content. The paragraph ends by noting the U-shaped valley that glacier movement carves, which is a result of movement, not the main topic.

 

Q4: Paragraph D


Answer: vii: Glacial Effects on Landscape

 

  • Question Type: Matching Headings
  • Answer Location: Paragraph D Supporting Line: "Besides the extraordinary rivers of ice, glacial erosion creates other unique physical features in the landscape such as horns, fjords, hanging valleys, and cirques."
  • Explanation: Paragraph D describes the landforms that glacial erosion leaves behind — horns, fjords, hanging valleys, and cirques. Heading vii, "Glacial Effects on Landscape," captures this theme. The paragraph goes into detail about each landform and how moraines contribute to their formation.

 

Q5: Paragraph E


Answer: v: Glaciers Through the Years

 

  • Question Type: Matching Headings
  • Answer Location: Paragraph E Supporting Line: "Glacier movement and shape-shifting typically occur over hundreds of years… Most glaciers have been retreating rather than flowing forward in the past century."
  • Explanation: Paragraph E discusses how glaciers have changed over long time periods, their extent during the last Ice Age, their retreat over the past century, and what glaciologists can learn by studying these long-term changes. Heading v, "Glaciers Through the Years," reflects this historical and longitudinal perspective. The cause of glacial retreat remains uncertain, which the paragraph acknowledges.

 

Q6: Glaciers exist only near the north and south poles.


Answer: FALSE

 

  • Question Type: True/False/Not Given
  • Answer Location: Paragraph B Supporting Line: "Most of the earth's glaciers are near the poles, though glaciers exist on all continents, including Africa and Oceania."
  • Explanation: Paragraph B states that most glaciers are near the poles but immediately confirms that glaciers exist on all continents, including Africa and Oceania. The word "only" in the statement directly contradicts the passage. The passage explicitly places glaciers beyond polar regions.

 

Q7: Glaciers are formed by a combination of snow and other weather conditions.


Answer: TRUE

 

  • Question Type: True/False/Not Given
  • Answer Location: Paragraph B Supporting Line: "While glaciers rely heavily on snowfall, other climatic conditions, including freezing rain, avalanches, and wind, contribute to their growth."
  • Explanation: Paragraph B confirms that glaciers depend primarily on snowfall but also grow through freezing rain, avalanches, and wind. The statement's phrase "combination of snow and other weather conditions" matches this description. All listed factors in the passage are weather-related conditions.
Glaciers Reading Answers 8–15 (True/False/Not Given)

Q8: Glaciers normally move at a rate of about 5 to 10 inches a day.

 

Answer: TRUE

 

  • Question Type: True/False/Not Given
  • Answer Location: Paragraph B Supporting Line: "A common glacier flows about 10 inches per day in the summer and 5 inches per day in the winter."
  • Explanation: Paragraph B gives the typical movement rate as 10 inches per day in summer and 5 inches per day in winter. The statement's range of "5 to 10 inches a day" accurately captures both figures. The word "normally" is supported by the phrase "a common glacier" in the passage.

 

Q9: All parts of the glacier move at the same speed.
 

Answer: FALSE

 

  • Question Type: True/False/Not Given
  • Answer Location: Paragraph C Supporting Line: "The middle of a glacier moves faster than the sides and bottom because there is no rock to cause friction."
  • Explanation: Paragraph C directly states that the middle of a glacier moves faster than the sides and bottom due to the absence of rock friction. The statement that all parts move at the same speed contradicts this. The phrase "faster than the sides and bottom" is the key contradiction.

 

Q10: During the last Ice Age, average temperatures were much lower than they are now.
 

Answer: NOT GIVEN

 

  • Question Type: True/False/Not Given
  • Answer Location: Paragraph E Supporting Line: "it is believed that during the last Ice Age, glaciers covered approximately 32 per cent of the earth's surface."
  • Explanation: Paragraph E mentions that glaciers covered 32 per cent of the earth's surface during the last Ice Age, but it does not compare average temperatures between then and now. No paragraph in the passage discusses past versus present temperatures. There is no information anywhere in the text to confirm or contradict this statement.

 

Q11: a glacier formed on a mountain
 

Answer: B, Alpine Glacier

 

  • Question Type: Matching Features
  • Answer Location: Paragraph A Supporting Line: "Smaller glaciers that occur at higher elevations are called alpine or valley glaciers."
  • Explanation: Paragraph A describes alpine glaciers as those found at higher elevations that is, on mountains. The definition "a glacier formed on a mountain" matches this description directly. The key term is "higher elevations," which corresponds to mountainous terrain.

 

 

Q12: a glacier with temperatures well below freezing

 

Answer: D, Polar Glacier

 

  • Question Type: Matching Features
  • Answer Location: Paragraph A Supporting Line: "Polar glaciers, in contrast, always maintain temperatures far below melting."
  • Explanation: Paragraph A states that polar glaciers always maintain temperatures far below melting point. The definition "temperatures well below freezing" aligns with this. The contrast drawn with temperate glaciers makes the distinction clear.

 

Q13: a glacier that moves very quickly
 

Answer: H, Surging Glacier

 

  • Question Type: Matching Features
  • Answer Location: Paragraph B Supporting Line: "With the rare exception of surging glaciers, a common glacier flows about 10 inches per day in the summer and 5 inches per day in the winter."
  • Explanation: Paragraph B introduces surging glaciers as exceptions to the normal slow movement rate. The passage's reference to the Kutiah Glacier, which grew more than 12 kilometers in three months, illustrates what makes a surging glacier distinct. "Moves very quickly" directly corresponds to this exceptional movement speed.

 

Q14: a glacial valley formed near the ocean

 

Answer: A, Fjord

 

  • Question Type: Matching Features
  • Answer Location: Paragraph D Supporting Line: "Fjords, very common in Norway, are coastal valleys that fill with ocean water during a glacial retreat."
  • Explanation: Paragraph D defines fjords as coastal valleys that fill with ocean water when glaciers retreat. The definition "a glacial valley formed near the ocean" matches this precisely. The word "coastal" in the passage is the deciding phrase.

 

Q15: a glacial valley that looks like a bowl

 

Answer: G, Cirque

 

  • Question Type: Matching Features
  • Answer Location: Paragraph D Supporting Line: "A cirque is a large bowl-shaped valley that forms at the front of a glacier."
  • Explanation: Paragraph D describes a cirque as a large bowl-shaped valley at the front of a glacier. The definition "looks like a bowl" maps exactly onto the phrase "bowl-shaped." The additional detail about a lip that can hold small lakes confirms the cirque's distinctive shape.
     

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FAQs

What is the Glaciers reading passage about?

Ans:  The passage covers five aspects of glaciers across five paragraphs: how they are classified (Paragraph A), how they form and grow (Paragraph B), how they move through plastic deformation and basal slippage (Paragraph C), the landscape features they create such as fjords and cirques (Paragraph D), and how glaciologists study their retreat over centuries (Paragraph E).

How many questions are in the Glaciers IELTS reading passage?

Ans. There are 15 questions in total. Questions 1–5 are Matching Headings, Questions 6–10 are True/False/Not Given, and Questions 11–15 are Matching Features. Each set uses a different skill: paragraph summarisation, fact-checking against the passage, and term-to-definition matching, respectively.

What question types appear in the Glaciers passage?

Ans.  Three question types appear: Matching Headings (Q1–5), True/False/Not Given (Q6–10), and Matching Features (Q11–15). The Matching Features section gives eight terms (A–H) including Fjord, Alpine Glacier, Polar Glacier, Cirque, and Surging Glacier, but only five answers are needed.

Is the Glaciers passage difficult? What band level is it?

Ans. The passage sits at roughly Band 6–7 difficulty. The vocabulary terms like "plastic deformation," "basal slippage," and "ablation" requires some academic reading familiarity. The trickiest question is Q10 (NOT GIVEN), because Paragraph E mentions the Ice Age extent of glaciers but never compares past and present temperatures, which can mislead students into answering TRUE.

What is the answer to Question 10, and why is it NOT GIVEN?

Ans: Q10 asks whether average temperatures during the last Ice Age were much lower than now. Paragraph E only states that glaciers covered 32 percent of the earth's surface during the Ice Age, it never mentions or compares temperatures across time periods. Because no paragraph makes any temperature comparison, the answer is NOT GIVEN, not TRUE.

Which paragraph do the Matching Features answers (Q11–15) come from?

Ans: Four of the five answers come from just two paragraphs. Questions 11 and 12 (Alpine Glacier and Polar Glacier) are answered from Paragraph A, which classifies glaciers by elevation and temperature. Questions 14 and 15 (Fjord and Cirque) come from Paragraph D, which describes glacial landforms. Question 13 (Surging Glacier) comes from Paragraph B.