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IELTS Reading

Time: 60 minutes

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  • Answer all the questions.
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  • There are 40 questions in this test.
  • Each question carries one mark.
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Part 1

The Origin of Cinema

The Origin of Cinema

The history of the cinema in its first thirty years is one of major and, to this day, unparalleled expansion and growth. Beginning as something unusual in a handful of big cities -- New York, London, Paris and Berlin -- the new medium quickly found its way across the world, attracting larger and larger audiences wherever it was shown and replacing other forms of entertainment as it did so. As audiences grew, so did the places where films were shown, finishing up with the ‘great picture palaces’ of the 1920s, which rivalled, and occasionally superseded, theatres and music-houses in terms of opulence and splendour. Meanwhile, films themselves developed from being short ‘attractions’ only a couple of minutes long, to the full-length feature that has dominated the world’s screens up to the present day.

Although French, German, American and British pioneers have all been credited with the invention of cinema, the British and the Germans played a relatively small role in its worldwide exploitation. It was above all the French, followed closely by the Americans, who were the most passionate exporters of the new invention, helping to start cinema in China, Japan, Latin America and Russia. In terms of artistic development it was again the French and the Americans who took the lead, though in the years before the First World War, Italy, Denmark and Russia also played a part.

In the end, it was the United States that was to become, and remain, the largest single market for films. By protecting its own market and pursuing a vigorous export policy, the Americans achieved a dominant position on the world market by the start of the First World War. The centre of film-making had moved westwards, to Hollywood, and it was films from these new Hollywood studios that flooded onto the world’s film markets in the years after the First World War, and have done so ever since. Faced with total Hollywood domination, few film industries proved competitive. The Italian cinema, which had pioneered the feature film with spectacular films like Quo vadis? (1913) and Cabiria (1914), almost collapsed. In Scandinavia, the Swedish cinema had a brief period of glory, notably with powerful epic films and comedies. Even the French cinema found itself in a difficult position. In Europe, only Germany proved industrially capable, while in the new Soviet Union and in Japan the development of the cinema took place in conditions of commercial isolation.

Hollywood took the lead artistically as well as industrially. Hollywood films appealed because they had better-constructed narratives, their special effects were more impressive, and the star system added a new dimension to screen acting. If Hollywood did not have enough of its own resources, it had a great deal of money to buy up artists and technical innovations from Europe to ensure its continued dominance over present or future competition.

The rest of the world survived partly by learning from Hollywood and partly because audiences continued to exist for a product which corresponded to needs which Hollywood could not supply. As well as popular audiences, there were also increasing audiences for films which were artistically more adventurous or which dealt with the issues in the outer world.

None of this would have happened without technology, and cinema is in fact unique as an art form. In the early years, this art form was quite primitive, similar to the original French idea of using a lantern and slides back in the seventeenth century. Early cinema programmes were a mixture of items, combining comic sketches, free-standing narratives, serial episodes and the occasional trick or animated film. With the arrival of the feature length narrative as the main attraction, other types of films became less important. The making of cartoons became a separate branch of film-making, generally practised outside the major studios, and the same was true of serials. Together with newsreels, they tended to be shown as short items in a programme which led to the feature.

From early cinema, it was only American slapstick comedy that successfully developed in both short and feature format. However, during this ‘Silent Film’ era, animation, comedy, serials and dramatic features continued to thrive, along with factual films or documentaries, which acquired an increasing distinctiveness as the period progressed. It was also at this time that the avant-garde film first achieved commercial success, this time thanks almost exclusively to the French and the occasional German film.

Of the countries which developed and maintained distinctive national cinemas in the silent period, the most important were France, Germany and the Soviet Union. Of these, the French displayed the most continuity, in spite of the war and post-war economic uncertainties. The German cinema, relatively insignificant in the pre-war years, exploded on to the world scene after 1919. Yet even they were both overshadowed by the Soviets after the 1917 Revolution. They turned their back on the past, leaving the style of the pre-war Russian cinema to the emigres who fled westwards to escape the Revolution.

The other countries whose cinemas changed dramatically are: Britain, which had an interesting but undistinguished history in the silent period; Italy, which had a brief moment of international fame just before the war; the Scandinavian countries, particularly Denmark, which played a role in the development of silent cinema quite out of proportion to their small population; and Japan, where a cinema developed based primarily on traditional theatrical and, to a lesser extent, other art forms and only gradually adapted to western influence.

Questions 1-3

Choose THREE letters, A-F.

Which THREE possible reasons for American dominance of the film industry are given in the text?

Questions 4-6

Answer the questions below using NO MORE THAN THREE WORDS from the passage for each answer.

4. Which TWO types of film were not generally made in major studios? 4

5. Which type of film did America develop in both short and feature films? 5

6. Which type of film started to become profitable in the ‘silent’ period? 6

Questions 7-13

Look at the following statements and the list of countries below. Match each statement with the correct country, A-J.

NB You may use any letter more than once.

List of Countries

A. France

B. Germany

C. USA

D. Denmark

E. Sweden

F. Japan

G. Soviet Union

H. Italy

I. Britain

J. China

7 It helped other countries develop their own film industry.

8 It was the biggest producer of films.

9 It was first to develop the ‘feature’ film.

10 It was responsible for creating stars.

11 It made the most money from ‘avant-garde’ films.

12 It made movies based more on its own culture than outside influences.

13 It had a great influence on silent movies, despite its size.

Part 2

Coral Reefs

Coral Reefs

Coral reefs are underwater structures made from calcium carbonate secreted by corals. Coral reefs are colonies of tiny living animals found in marine waters that contain few nutrients. Most coral reefs are built from stony corals, which in turn consist of polyps that cluster in groups.

A Coral reefs are estimated to cover 284,300 km² just under 0.1% of the oceans’ surface area, about half the area of France. The Indo-Pacific region accounts for 91.9% of this total area. Southeast Asia accounts for 32.3% of that figure, while the Pacific including Australia accounts for 40.8%. Atlantic and Caribbean coral reefs account for 7.6%. Yet often called "rainforests of the sea", coral reefs form some of the most diverse ecosystems on Earth. They provide a home for 25% of all marine species, including fish, mollusks, worms, crustaceans, echinoderms, sponges, tunicates and other cnidarians. Paradoxically, coral reefs flourish even though they are surrounded by ocean waters that provide few nutrients. They are most commonly found at shallow depths in tropical waters, but deep water and cold water corals also exist on smaller scales in other areas. Although corals exist both in temperate and tropical waters, shallow-water reefs form only in a zone extending from 30°N to 30°S of the equator. Deepwater coral can exist at greater depths and colder temperatures at much higher latitudes, as far north as Norway. Coral reefs are rare along the American and African west coasts. This is due primarily to upwelling and strong cold coastal currents that reduce water temperatures in these areas (respectively the Peru, Benguela and Canary streams). Corals are seldom found along the coastline of South Asia from the eastern tip of India (Madras) to the Bangladesh and Myanmar borders. They are also rare along the coast around northeastern South America and Bangladesh due to the freshwater released from the Amazon and Ganges Rivers, respectively.

B Coral reefs deliver ecosystem services to tourism, fisheries and coastline protection. The global economic value of coral reefs has been estimated at as much as $US375 billion per year. Coral reefs protect shorelines by absorbing wave energy, and many small islands would not exist without their reef to protect them.

C The value of reefs in biodiverse regions can be even higher. In parts of Indonesia and the Caribbean where tourism is the main use, reefs are estimated to be worth US$1 million per square kilometer, based on the cost of maintaining sandy beaches and the value of attracting snorkelers and scuba divers. Meanwhile, a recent study of the Great Barrier Reef in Australia found that the reef is worth more to the country as an intact ecosystem than an extractive reserve for fishing. Each year more than 1.8 million tourists visit the reef, spending an estimated AU$4.3 billion (Australian dollars) on reef-related industries from diving to boat rental to posh island resort stays. In the Caribbean, says UNEP, the net annual benefits from diver tourism were US$2 billion in 2000 with US$625 million spent directly on diving on reefs. Further, reef tourism is an important source of employment, especially for some of the world’s poorest people. UNEP says that of the estimated 30 million small-scale fishers in the developing world, most are dependent to a greater or lesser extent on coral reefs. In the Philippines, for example, more than one million small-scale fishers depend directly on coral reefs for their livelihoods. The report estimates that reef fisheries were worth between $15,000 and $150,000 per square kilometer a year, while fish caught for aquariums were worth $500 a kilogram against $6 for fish caught as food. The aquarium fish export industry supports around 50,000 people and generates some US$5.5 million a year in Sri Lanka alone.

D Unfortunately, coral reefs are dying around the world. In particular, coral mining, agricultural and urban runoff, pollution (organic and inorganic), disease, and the digging of canals and access into islands and bays are localized threats to coral ecosystems. Broader threats are sea temperature rise, sea-level rise and pH changes from ocean acidification, all associated with greenhouse gas emissions. Some current fishing practices are destructive and unsustainable. These include cyanide fishing, overfishing and blast fishing. Although cyanide fishing supplies live reef fish for the tropical aquarium market, most fish caught using this method are sold in restaurants, primarily in Asia, where live fish are prized for their freshness. To catch fish with cyanide, fishers dive down to the reef and squirt cyanide in coral crevices and on the fast-moving fish, to stun the fish making them easy to catch. Overfishing is another leading cause for coral reef degradation. Often, too many fish are taken from one reef to sustain a population in that area. Poor fishing practices, such as banging on the reef with sticks (muro-ami), destroy coral formations that normally function as fish habitat. In some instances, people fish with explosives (blast fishing), which blast apart the surrounding coral.

E Tourist resorts that empty their sewage directly into the water surrounding coral reefs contribute to coral reef degradation. Wastes kept in poorly maintained septic tanks can also leak into surrounding groundwater, eventually seeping out to the reefs. Careless boating, diving, snorkeling and fishing can also damage coral reefs. Whenever people grab, kick, and walk on, or stir up sediment in the reefs, they contribute to coral reef destruction. Corals are also harmed or killed when people drop anchors on them or when people collect coral.

F To find answers for these problems, scientists and researchers study the various factors that impact reefs. The list includes the ocean’s role as a carbon dioxide sink, atmospheric changes, ultraviolet light, ocean acidification, viruses, impacts of dust storms carrying agents to far-flung reefs, pollutants, algal blooms and others. Reefs are threatened well beyond coastal areas. General estimates show approximately 10% of the world’s coral reefs are dead. About 60% of the world’s reefs are at risk due to destructive, human-related activities. The threat to the health of reefs is particularly strong in Southeast Asia, where 80% of reefs are endangered.

G In Australia, the Great Barrier Reef is protected by the Great Barrier Reef Marine Park Authority and is the subject of much legislation, including a biodiversity action plan. Inhabitants of Ahus Island, Manus Province, Papua New Guinea, have followed a generations-old practice of restricting fishing in six areas of their reef lagoon. Their cultural traditions allow line fishing, but not net or spearfishing. The result is both the biomass and individual fish sizes are significantly larger in these areas than in places where fishing is unrestricted.

Questions 14-19

The reading passage has seven paragraphs A-G. Which paragraph contains the following information?

NB You may use any letter more than once.

A B C D E F G
14. Geographical location of the world’s coral reef
15. How coral reef benefits the local economy
16. The statistics of coral reef’s economic significance
17. The listed reasons for the declining number of coral reef
18. Physical approach to the coral reef by people
19. Unsustainable fishing methods are applied in regions of the world

Questions 20-25

Do the following statements agree with the information given in Reading Passage 2?

Write TRUE if the statement agrees with the information, FALSE if the statement contradicts the information, or NOT GIVEN if there is no information on this.

20. Coral reefs provide habitat to a variety of marine life.

21. Coral reef distributes around the ocean disproportionally.

22. Coral reef is increasingly important for scientific purpose.

23. Coral reefs are greatly exchanged among and exported to other countries.

24. Reef tourism is of economic essence generally for some poor people.

25. As with other fishing business, coral fishery is not suitable to women and children.

Question 26

Choose the correct letter, A, B, C or D.

26. What is the main purpose of this passage?

Part 3

The Rise of Big Data

The Rise of Big Data

How It’s Changing the Way We Think About the World

Big Data marks one of the most remarkable intellectual and technological shifts of the modern era. It does not simply refer to an enormous quantity of information, but rather to a completely new way of thinking about knowledge itself. Unlike the Internet, which connects people and enables communication, Big Data connects data to other data. It transforms scattered fragments of digital information into meaningful patterns, predictions, and insights. Today, nearly every human activity leaves a digital trace: text messages, online purchases, GPS movements, photos, voice commands, and even biometric signals. All of these pieces of information are stored, analyzed, and often combined with other data sources to create a detailed and dynamic picture of the world. Through this process, aspects of life that were once invisible, such as emotions, preferences, or social relationships, have become "datafied," meaning that they can now be measured and studied quantitatively.

This transformation has profound implications for how we understand society. In the past, researchers relied on small samples, surveys, and questionnaires to draw conclusions about human behavior. These methods were slow, expensive, and often inaccurate. With Big Data, it is possible to analyze entire populations in real time. For example, Google can track the spread of influenza by monitoring search terms related to flu symptoms, providing results that are faster and sometimes more accurate than those collected by public health agencies. Similarly, credit card companies can detect fraud within seconds by comparing a transaction against millions of others to identify patterns that deviate from the norm. In the realm of urban planning, data from mobile phones and GPS devices can reveal how people move through cities, helping planners design more efficient transport systems.

However, the rise of Big Data also raises significant ethical and philosophical questions. One of the most pressing concerns is privacy. In a world where every action is recorded and stored, the concept of personal privacy becomes increasingly difficult to maintain. Data that seems anonymous can often be re-identified when combined with other datasets. Researchers have demonstrated that it is possible to identify individuals from anonymized data using just a few data points, such as their age, gender, and zip code. This has led to fears of surveillance, manipulation, and discrimination. Companies and governments now possess more information about individuals than at any other time in history, and the potential for misuse is enormous.

Another concern is the issue of bias. Big Data is often assumed to be objective because it is based on numbers rather than human judgment. However, the data itself is shaped by human choices: what to collect, how to categorize it, and which questions to ask. If these choices reflect existing prejudices, the resulting analysis will simply reproduce those prejudices at a larger scale. For example, predictive policing algorithms that analyze crime data may reinforce racial profiling if the original data reflects biased policing practices. Similarly, hiring algorithms trained on historical data may discriminate against women or minorities if past hiring decisions were biased. The idea that data speaks for itself is a myth; data always speaks through the lens of those who collect and interpret it.

The rise of Big Data also challenges traditional notions of causality. For centuries, science has sought to understand the world by identifying cause-and-effect relationships. Big Data, by contrast, often focuses on correlation. It can tell us that two things are related, but not why. This shift from "why" to "what" has practical benefits. Businesses can use correlations to predict consumer behavior without understanding the underlying reasons. However, it also has limitations. Correlations can be spurious, leading to false conclusions. Without an understanding of causation, interventions based on correlations may fail or even backfire. The challenge for the future is to combine the power of Big Data with the rigor of traditional scientific methods.

Despite these challenges, the potential benefits of Big Data are immense. In medicine, researchers are using data from electronic health records, genetic sequencing, and wearable devices to develop personalized treatments tailored to individual patients. In education, data from online learning platforms can help identify which teaching methods are most effective for different types of students. In environmental science, satellite data and sensor networks are improving our ability to monitor deforestation, track wildlife populations, and predict natural disasters. The list of applications grows longer every day.

Ultimately, the rise of Big Data represents a fundamental shift in how we understand and interact with the world. It offers unprecedented opportunities to solve complex problems, but it also demands that we think carefully about the values we want to preserve. Privacy, fairness, transparency, and accountability are not technical issues; they are social and political ones. As Big Data becomes ever more pervasive, the decisions we make today about how to collect, analyze, and use data will shape the world for generations to come. The future will belong not just to those who can harness the power of data, but to those who can do so wisely and ethically.

Questions 27-31

Choose the correct letter, A, B, C, or D.

27. What does the passage suggest is the main difference between the Internet and Big Data?

28. According to the passage, what makes it possible to track the spread of influenza using Google?

29. What concern about privacy is raised in the passage?

30. Why does the passage argue that Big Data is not necessarily objective?

31. What limitation of focusing on correlation rather than causation is mentioned?

Questions 32-36

Complete the summary below. Choose NO MORE THAN TWO WORDS from the passage for each answer.

Big Data has transformed how we understand society by allowing researchers to analyze entire 32 in real time, rather than relying on small samples. Credit card companies use Big Data to detect 33 within seconds by comparing transactions against millions of others. In urban planning, data from mobile phones and GPS devices helps planners design more efficient 34 systems. However, concerns about privacy arise because data that seems anonymous can often be 35 when combined with other datasets. Another issue is that algorithms trained on historical data may reproduce existing 36, such as racial profiling in policing or discrimination in hiring.

Questions 37-40

Do the following statements agree with the claims of the writer in Reading Passage 3?

Write YES if the statement agrees with the claims of the writer, NO if the statement contradicts the claims of the writer, or NOT GIVEN if it is impossible to say what the writer thinks about this.

37. Predictive policing algorithms are always fair and unbiased.

38. Understanding causation is less important than identifying correlations.

39. In medicine, Big Data is helping to develop treatments tailored to individual patients.

40. The decisions made today about data use will have long-term consequences for future generations.

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