Reading Lab

IELTS Academic Reading Practice Pack 13

A premium Academic Reading set on cartography, automation and labour, and the neuroscience of language.

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Time allowed

60 min

Passages

academicreadingfull mockcartographyautomationlanguage neurosciencetfngynngqa candidate

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Passage 1

Mapping The World: The Long History Of Cartography

How maps evolved from symbolic artefacts into scientific and digital tools, and why projection, distribution, and navigation still shape spatial thinking.

A.Maps are among the oldest surviving human artefacts. Cave paintings in Lascaux, France, which date to approximately 17,000 years ago, are thought by some researchers to contain star charts, and carved stone tablets from Mesopotamia depict river systems and land boundaries from around 2300 BCE. Yet mapping as a systematic intellectual discipline — one concerned with accurate spatial representation rather than merely recording ownership or boundaries — emerged much later, in the classical Mediterranean world.

B.The Greek philosopher Anaximander is credited with producing the first world map in approximately 600 BCE, though no copy survives. His map depicted the known world as a circular disc surrounded by ocean. More influential was the work of Claudius Ptolemy, a Greek-speaking scholar living in Alexandria in the second century CE, whose eight-volume work Geography provided detailed instructions for projecting the spherical Earth onto a flat surface. Ptolemy's system used lines of latitude and longitude to locate places, and his maps, reconstructed from his written instructions by medieval European and Arabic scholars, remained authoritative for over a thousand years despite containing significant errors, particularly in the representation of Asia.

C.During the medieval period in Europe, religious priorities often took precedence over geographic accuracy. The mappae mundi — world maps produced between roughly the fifth and fifteenth centuries — typically placed Jerusalem at the centre and Paradise at the top, reflecting theological rather than spatial concerns. These maps were not navigation tools but symbolic diagrams of Christian cosmology. Meanwhile, Islamic cartographers were advancing the science considerably. The twelfth-century geographer Muhammad al-Idrisi, working at the court of the Norman king Roger II of Sicily, produced a remarkably detailed world map based on systematic geographic enquiry. His map was oriented with south at the top — a convention that surprises modern readers accustomed to north-up maps but that reflects no intrinsic geographic priority.

D.The age of European maritime expansion from the fifteenth century onwards drove rapid advances in cartographic technique. Portuguese and Spanish navigators required accurate coastal charts — called portolan charts — that depicted coastlines, harbours, and magnetic compass bearings with practical precision. These charts were produced by skilled craftspeople whose primary concern was navigational utility rather than comprehensive geographic representation. The introduction of the printing press in the mid-fifteenth century transformed the distribution of maps: for the first time, multiple identical copies of a map could be produced and sold commercially, creating an information market that stimulated both demand and innovation.

E.The projection problem — how to represent a spherical surface on a flat page without distortion — was addressed systematically by the Flemish cartographer Gerardus Mercator in 1569. Mercator's projection preserved the angles of compass bearings, making it invaluable for navigation: a ship sailing a constant compass bearing traces a straight line on a Mercator map, allowing sailors to plot courses easily. The cost was distortion of area, particularly at high latitudes, which caused polar regions to appear vastly larger than they are relative to equatorial areas. Greenland, for example, appears roughly the same size as Africa on a Mercator projection, when in reality Africa is approximately fourteen times larger. Despite this distortion, the Mercator projection remained the dominant world map format for four centuries and is still widely used in digital mapping applications.

F.The twentieth century brought satellite imagery and eventually digital cartography, which together transformed both the accuracy and the accessibility of maps. Geographic information systems (GIS) allow spatial data of many kinds — population density, vegetation cover, pollution levels — to be layered onto geographic representations in ways that paper maps cannot accommodate. The satellite navigation systems now embedded in almost every smartphone have made precise real-time positioning available to billions of people who would previously have required specialist training to locate themselves to within a few metres. Paradoxically, the very ubiquity of digital navigation has raised concerns among educators that spatial reasoning skills — the ability to understand and mentally manipulate geographic relationships — are declining in populations that rely on turn-by-turn instructions rather than developing an internal model of space. This long transition from symbolic mapping to practical spatial science also explains why cartography developed unevenly: its accuracy advanced not only with better ideas, but with the administrative, navigational, and commercial needs that made precision worth pursuing. Cartographic progress depended on demand as much as on invention.

True/False/Not Given

Questions 1-6

Do the following statements agree with the information given in Passage 1?

In boxes 1-6 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 in the passage

1. Some researchers believe that cave paintings in Lascaux may include representations of stars.

2. Ptolemy produced his world maps while living in Greece.

3. The mappae mundi were used by medieval sailors to navigate long sea voyages.

4. Al-Idrisi placed south at the top of his world map because Arabic cartographers traditionally used this orientation.

5. The Mercator projection makes countries near the equator appear smaller than they actually are relative to countries at higher latitudes.

6. The writer expresses concern that widespread use of digital navigation may reduce people's ability to understand spatial relationships.

Matching Information

Questions 7-13

Passage 1 has six paragraphs labelled A-F.

Which paragraph contains the following information?

Write the correct letter, A-F, in boxes 7-13 on your answer sheet.

NB You may use any letter more than once.

7. A description of a map projection that distorts the relative size of land masses.

8. A reference to a cartographer who worked under royal patronage.

9. An explanation of why maps became commercially available for the first time.

10. A suggestion that technological progress in mapping may have an unexpected negative consequence.

11. Evidence that ancient peoples used maps for administrative rather than navigational purposes.

12. A claim that maps once accurately reflected belief systems rather than physical geography.

13. Information about a map-maker whose work continued to be used long after his death.

Passage 2

Machines And Livelihoods: The Contested Economics Of Automation

Why automation debate remains unresolved, how job polarisation works, and why local labour-market shocks extend beyond direct employment losses.

A.Few questions in contemporary economics generate more disagreement than whether the current wave of automation — driven by advances in robotics, machine learning, and artificial intelligence — represents a fundamental break with historical patterns or merely a more intense version of technological disruptions that labour markets have navigated before. The answer matters enormously, not only for economic forecasting but for the design of education systems, welfare states, and labour market policies that may need to be quite different depending on which view is correct.

B.The optimistic case draws on economic history. Every previous wave of automation — the mechanisation of agriculture, the industrial revolution, the introduction of computers — produced initial disruption followed by the creation of new types of employment that more than compensated for jobs lost. The argument rests on what economists call the lump-of-labour fallacy: the mistaken belief that there is a fixed amount of work to be done in an economy. In reality, productivity gains from automation lower the cost of goods and services, increasing real incomes, which in turn generate demand for new products and services that require human labour to produce. The introduction of the automatic teller machine (ATM) offers a frequently cited illustration: ATMs did not eliminate bank tellers as initially feared, because the reduced cost of operating a branch allowed banks to open more branches, and the redefined role of tellers — focused on customer relationships rather than cash handling — actually increased overall teller employment in the following decades.

C.The pessimistic case argues that this historical precedent may not apply to the current technological moment. Earlier automation replaced physical human capabilities — the strength of a loom or a steam hammer. Contemporary AI systems are increasingly capable of performing cognitive tasks: reading medical images, drafting legal documents, translating languages, and writing software code. The range of human capabilities that machines cannot match is narrowing rapidly, and may be narrowing faster than labour markets and educational institutions can adjust. Economists David Autor, Frank Levy, and Richard Murnane identified a pattern they call routine-biased technological change: automation has preferentially eliminated routine tasks, both manual and cognitive, concentrating employment at the high-skill, high-wage end — where creativity, social intelligence, and complex problem-solving are required — and the low-skill, low-wage end — where physical presence and interpersonal care are needed — while hollowing out the middle. This polarisation of the labour market has contributed to wage stagnation for middle-income workers across most advanced economies since the 1980s.

D.The geographic concentration of automation's effects compounds its social consequences. Manufacturing job losses have not been evenly distributed; they have fallen disproportionately on specific communities that were built around single industries. When a car plant closes or a call centre is replaced by AI-driven customer service software, the effects ripple through the local economy — affecting the restaurants, shops, and service providers whose customers were plant or centre workers. Communities with fewer alternative employment opportunities, lower levels of education and retraining infrastructure, and weaker social networks have been less able to absorb these shocks. Research by economists David Autor, David Dorn, and Gordon Hanson examining the impact of trade with China on American communities found that areas most exposed to import competition experienced persistently higher unemployment, lower wages, and elevated rates of disability claims, substance abuse, and mortality — a pattern they described as the China syndrome. Similar dynamics appear to be emerging in communities most exposed to automation.

E.The policy debate that follows from this analysis is genuinely unresolved. Proposals include investing in active labour market programmes that facilitate retraining and geographic mobility; expanding social insurance to cushion income shocks; regulating the pace of automation to allow labour markets to adjust; taxing automation to fund welfare transfers; and, most radically, introducing universal basic income (UBI) — a regular unconditional payment to all citizens that would decouple basic economic security from employment status. Each of these approaches embeds different assumptions about the permanence of automation's labour market effects, the elasticity of labour supply, and the political feasibility of redistribution. None has been tested at the scale that the challenge may ultimately require.

F.What is perhaps most striking about the debate is the degree to which its empirical questions remain genuinely open. Economists who study the same data reach starkly different conclusions about both the magnitude of job displacement and the likelihood of compensating job creation. This uncertainty is not simply the result of ideological disagreement; it reflects genuine difficulty in distinguishing the effects of automation from those of globalisation, financialisation, declining union power, and other concurrent trends that have reshaped labour markets over the same period. Disentangling these forces is among the most important and difficult tasks in contemporary economic research, and the conclusions that emerge will shape policy choices whose consequences will unfold over decades.

Summary Completion

Questions 14-20

Complete the summary below.

Choose NO MORE THAN TWO WORDS from Passage 2 for each answer.

Write your answers in boxes 14-20 on your answer sheet.

14. Past technological waves created new jobs after initial ______

15. Optimists call the fixed-supply-of-work belief the ______ fallacy

16. Automation can raise real ______ and stimulate demand

17. Today's AI can increasingly perform ______ tasks

18. Job polarisation concentrates work at the high-skill and ______ ends

19. This process has contributed to wage ______ for middle-income workers

20. Factory or call-centre closures affect whole ______

Matching Features

Questions 21-26

Look at the following descriptions (Questions 21-26).

Match each description with the correct economist(s) or concept, A-F.

Write the correct letter in boxes 21-26 on your answer sheet.

NB You may use any letter more than once.

21. A policy proposal that would give all citizens regular payments regardless of their employment status.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

22. The observation that automation tends to eliminate middle-tier jobs while preserving those at the extremes.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

23. A concept used to argue that economies can generate new employment to replace jobs that automation destroys.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

24. An example used to argue that the introduction of a labour-saving technology can increase rather than reduce employment.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

25. Research that identified lasting social and health consequences in communities affected by industrial change.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

26. The economists who showed that polarisation of jobs has contributed to falling wages for workers in the middle of the income distribution.

A David Autor, Frank Levy, and Richard Murnane
B David Autor, David Dorn, and Gordon Hanson
C The lump-of-labour fallacy
D Universal basic income (UBI)
E The ATM / bank teller example
F Routine-biased technological change

Yes/No/Not Given

Questions 27-31

Do the following statements agree with the claims of the writer in Passage 2?

In boxes 27-31 on your answer sheet, write:

YES if the statement agrees with the claims of the writer

NO if the statement contradicts the claims of the writer

NOT GIVEN if it is impossible to say what the writer thinks about this

27. The writer believes that the current wave of automation is definitely more damaging than previous technological disruptions.

28. The introduction of ATMs led to an increase in the number of bank branches.

29. The economists who studied the China syndrome also investigated the effects of automation on American communities.

30. The writer considers universal basic income the most promising policy response to automation.

31. The difficulty of isolating automation's effects from those of other economic changes is a significant obstacle for researchers.

Passage 3

The Speaking Brain: Neuroscience And The Architecture Of Language

How language models of the brain evolved from classical lesion studies to distributed neural systems and predictive processing.

A.Language is the most distinctively human of cognitive capacities, and understanding its neural basis has been a central ambition of neuroscience since the mid-nineteenth century. The history of this inquiry is one of progressive revision: each generation of researchers has refined, complicated, or overturned the frameworks inherited from its predecessors, driven by improvements in the tools available for observing the living brain. The picture that emerges from contemporary research is considerably more distributed, dynamic, and interconnected than the classical models suggested.

B.The classical model of language in the brain was assembled from the study of patients who had sustained damage to specific brain regions through stroke or injury. Paul Broca, a French surgeon, reported in 1861 that patients with damage to the left inferior frontal gyrus — a region now called Broca's area — lost the ability to produce fluent speech while retaining comprehension, a condition he described as aphasia. Thirteen years later, Carl Wernicke identified patients with damage to the left posterior superior temporal gyrus — now called Wernicke's area — who produced fluent but meaningless speech and failed to understand what was said to them. The model that consolidated from these cases — the Broca-Wernicke model — proposed that Broca's area was responsible for speech production, Wernicke's area for language comprehension, and that the two were connected by a fibre tract called the arcuate fasciculus. Damage to this tract was predicted to produce a syndrome called conduction aphasia, in which production and comprehension were preserved but the patient could not repeat heard speech. This prediction was confirmed clinically, lending the model considerable authority.

C.The Broca-Wernicke model guided research for over a century, but several lines of evidence have revealed its inadequacy as a complete account. Neuroimaging studies using functional MRI, conducted from the 1990s onward, consistently found that language processing engaged a far wider network of cortical and subcortical regions than the classical model specified. Both Broca's and Wernicke's areas were active during language tasks, as predicted, but so were regions in the right hemisphere, the cerebellum, the basal ganglia, and multiple prefrontal and temporal areas not included in the classical account. More troubling for the model, careful examination of patients with classic Broca's or Wernicke's aphasia revealed that the functional deficits did not map neatly onto the predicted anatomical sites. Patients with damage confined to Broca's area alone sometimes showed minimal lasting impairment; severe, persistent Broca's aphasia was more reliably associated with damage to underlying white matter tracts than to the cortical surface identified by Broca.

D.The dual-stream model, developed by Gregory Hickok and David Poeppel, has offered an influential alternative framework. Hickok and Poeppel proposed that language processing involves two parallel cortical pathways originating in auditory cortex. The dorsal stream, running toward frontal and premotor regions, is involved in mapping sound onto articulation — the sensorimotor processes required for speech production, repetition, and acquiring the phonological patterns of language. The ventral stream, running toward temporal and frontal pole regions, is involved in mapping sound onto meaning — the semantic processes required for language comprehension. This framework accommodates both the classical aphasia data and the neuroimaging evidence more coherently than the Broca-Wernicke model, and has generated a productive research programme. It does not, however, resolve all the outstanding questions. The relationship between the dual-stream model and the processing of syntax — the grammatical rules governing sentence structure — remains actively debated.

E.One of the most productive recent approaches has been the study of how the brain processes language in real time, using techniques such as magnetoencephalography (MEG) and electrocorticography (ECoG). These methods provide the temporal resolution to track neural activity as it unfolds on the millisecond timescale of speech processing, revealing sequences of activation that neuroimaging alone cannot detect. Research using these techniques has shown that the brain does not process language in a strictly sequential left-to-right fashion as it reads or hears a sentence. Instead, it generates predictive models of upcoming words and phrases based on semantic and syntactic context, pre-activating neural representations of expected input before that input arrives. This predictive processing framework, associated with Karl Friston and colleagues, situates language comprehension within a broader theory of brain function in which perception is not passive reception but active hypothesis generation.

F.The question of language's biological origins — whether it is built on substrate genuinely unique to humans or on adaptations of more ancient neural systems — remains one of the most contentious in cognitive neuroscience. The FOXP2 gene, mutations of which cause severe impairment in speech and language in affected families, was initially described as a language gene, an account that attracted enormous attention. More careful analysis has revealed that FOXP2 is expressed in many species and plays roles in motor learning and vocalisation across vertebrates — making it a contributor to the substrate on which language is built rather than a gene for language itself. The human version of FOXP2 differs from the chimpanzee version at two amino acid positions, changes that occurred within the past few hundred thousand years and appear to have been subject to strong positive selection. Whether these changes were necessary or sufficient for language remains an open question that sits at the intersection of genetics, neuroscience, palaeontology, and evolutionary biology.

Matching Headings

Questions 32-36

Passage 3 has six paragraphs labelled A-F.

Paragraph A has been matched as an example.

Choose the correct heading for paragraphs B-F from the list below.

Write the correct number (i-viii) in boxes 32-36 on your answer sheet.

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

32. Paragraph B

i Why brain imaging revealed that speech production involves more regions than expected
ii A two-pathway model that improves on but does not fully replace an earlier theory
iii The limitations of studying language through injury: complications revealed over time
iv How the brain anticipates language rather than simply processing it sequentially
v The search for language's biological roots and a gene once mistakenly called its cause
vi The foundational brain map of language and how it was validated by clinical predictions
vii A historical overview of language as a uniquely human capacity and its scientific study
viii How real-time recording techniques revealed the timing of neural language events

33. Paragraph C

i Why brain imaging revealed that speech production involves more regions than expected
ii A two-pathway model that improves on but does not fully replace an earlier theory
iii The limitations of studying language through injury: complications revealed over time
iv How the brain anticipates language rather than simply processing it sequentially
v The search for language's biological roots and a gene once mistakenly called its cause
vi The foundational brain map of language and how it was validated by clinical predictions
vii A historical overview of language as a uniquely human capacity and its scientific study
viii How real-time recording techniques revealed the timing of neural language events

34. Paragraph D

i Why brain imaging revealed that speech production involves more regions than expected
ii A two-pathway model that improves on but does not fully replace an earlier theory
iii The limitations of studying language through injury: complications revealed over time
iv How the brain anticipates language rather than simply processing it sequentially
v The search for language's biological roots and a gene once mistakenly called its cause
vi The foundational brain map of language and how it was validated by clinical predictions
vii A historical overview of language as a uniquely human capacity and its scientific study
viii How real-time recording techniques revealed the timing of neural language events

35. Paragraph E

i Why brain imaging revealed that speech production involves more regions than expected
ii A two-pathway model that improves on but does not fully replace an earlier theory
iii The limitations of studying language through injury: complications revealed over time
iv How the brain anticipates language rather than simply processing it sequentially
v The search for language's biological roots and a gene once mistakenly called its cause
vi The foundational brain map of language and how it was validated by clinical predictions
vii A historical overview of language as a uniquely human capacity and its scientific study
viii How real-time recording techniques revealed the timing of neural language events

36. Paragraph F

i Why brain imaging revealed that speech production involves more regions than expected
ii A two-pathway model that improves on but does not fully replace an earlier theory
iii The limitations of studying language through injury: complications revealed over time
iv How the brain anticipates language rather than simply processing it sequentially
v The search for language's biological roots and a gene once mistakenly called its cause
vi The foundational brain map of language and how it was validated by clinical predictions
vii A historical overview of language as a uniquely human capacity and its scientific study
viii How real-time recording techniques revealed the timing of neural language events

Sentence Completion

Questions 37-40

Complete the sentences below.

Choose NO MORE THAN TWO WORDS from Passage 3 for each answer.

Write your answers in boxes 37-40 on your answer sheet.

37. The Broca-Wernicke model proposed that the two main language areas were connected by a fibre tract called the ______.

38. Patients who have had damage to the arcuate fasciculus retain both production and comprehension abilities, but are unable to ______ heard speech.

39. According to Hickok and Poeppel, the dorsal stream is responsible for linking sounds to ______, while the ventral stream links sounds to meaning.

40. The human FOXP2 gene differs from the chimpanzee version in how many amino acid ______.