Reading Lab

IELTS Academic Reading Practice Pack 34

A premium Academic Reading set on urban heat adaptation priorities, wastewater treatment as a resource hub, and the economics of internet-famous cities.

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Time allowed

60 min

Passages

academicreadingfull mockurban policycircular water systemsplatform culturetfngynngqa candidate

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Passage 1

Choosing Heat Adaptation in Cities Where Everything Cannot Be Built at Once

Why heat adaptation planning is not just about which interventions work, but which combinations protect the most vulnerable under tight urban budgets.

A.A. Heat adaptation has moved from a marginal environmental topic to a central urban governance question. Cities facing longer hot seasons and more frequent extremes are being asked to protect health, reduce energy strain, and preserve outdoor liveability at the same time. The difficulty is not only technical. It is strategic. Few municipalities can finance every desirable intervention at once, and even where money exists, construction capacity, land availability, and political consent do not. As a result, heat planning increasingly depends on prioritisation: deciding which measures, in which places, for which populations, and under which time horizons should come first.

B.B. Benefit-cost reasoning has obvious appeal in this setting. Decision-makers want evidence that cool roofs, shading, tree cover, warning systems, altered work hours, or emergency cooling centres produce measurable gains. Yet metrics can mislead when they compress different outcomes into a single score. An intervention that modestly improves average comfort for many may rank differently from one that sharply reduces risk for a smaller, highly exposed group. Efficiency and equity are related but not identical objectives. When cities claim merely to follow the numbers, the numbers often already contain political choices about what counts as benefit.

C.C. The time scale of intervention also matters. Some measures, such as work-hour changes, heat alerts, or opening public buildings as cooling refuges, can be deployed quickly. Others depend on capital works or ecological maturity: urban greening needs land, maintenance, and years of growth before its full effect appears. This means cities are often choosing not between good and bad options, but between rapid partial relief and slower structural improvement. Confusion arises when short-term and long-term measures are evaluated as if they solve the same problem on the same timetable.

D.D. Spatial targeting introduces another layer of difficulty. Urban heat is not distributed evenly, and neither is vulnerability. Dense low-income neighbourhoods, areas with poor ventilation, and districts with limited tree cover may face acute exposure, but so may places with older populations or large numbers of outdoor workers. A strategy that maps only physical temperature may miss social heat risk; a strategy that maps only demographic vulnerability may miss built-environment opportunities. Serious planning therefore combines thermal data with social data rather than pretending one can stand in for the other.

E.E. Political visibility can distort priorities. A central boulevard shaded for visitors and commuters may attract more support than modest upgrades in peripheral areas where thermal risk is higher but public attention lower. This is not because leaders deny the problem. It is because symbolic projects generate visible proof of action, whereas neighbourhood-scale measures often look ordinary even when their protective value is greater. Prioritisation frameworks are supposed to correct for this bias, but they can also mask it if headline calculations ignore whose exposure is being reduced.

F.F. For that reason, adaptation portfolios are increasingly preferred to single flagship measures. Cities that combine public-health protocols, targeted building upgrades, shade, water access, and long-term greening may achieve less rhetorical simplicity but more practical resilience. Portfolios are harder to communicate because they resist the language of one master solution. They are, however, closer to the reality that heat risk emerges from several systems at once: housing, labour, transport, health care, and public space. The challenge for planners is to make mixed strategies legible enough to survive budget politics.

G.G. Prioritising heat adaptation is therefore not just an engineering exercise but a distributional argument conducted through climate language. It reveals which harms are counted immediately, which residents are treated as exposed, and which future conditions are considered worth paying for now. Good prioritisation does not remove politics. It organises it more explicitly. That may be uncomfortable, but the alternative is to let visibility, habit, and unequal influence determine who gets cooled first.

H.H. In practice, this means the best prioritisation exercises are rarely those that promise a neutral answer. They are the ones that show decision-makers exactly which trade-offs they are making between speed, scale, fairness, and future resilience. That kind clarity can be politically inconvenient, but it is preferable to pretending that the heat plan simply emerged from arithmetic alone.

I.I. In that respect, prioritisation frameworks are valuable less for ending disagreement than for forcing it into visible terms.

Matching Headings

Questions 1-5

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

Write the correct Roman numeral, i-viii, in boxes 1-5.

1. Paragraph B

i. Why quick measures and structural change should not be timed as if they were identical
ii. The case for judging exposure with both social and thermal evidence
iii. Why apparently objective scoring still hides political decisions
iv. A warning that portfolios communicate badly and should be avoided
v. How symbolic visibility can outweigh protective value
vi. The argument that one flagship project can solve urban heat
vii. Why mixed measures may outperform a single headline intervention
viii. A reminder that average benefit may not equal fair protection

2. Paragraph C

i. Why quick measures and structural change should not be timed as if they were identical
ii. The case for judging exposure with both social and thermal evidence
iii. Why apparently objective scoring still hides political decisions
iv. A warning that portfolios communicate badly and should be avoided
v. How symbolic visibility can outweigh protective value
vi. The argument that one flagship project can solve urban heat
vii. Why mixed measures may outperform a single headline intervention
viii. A reminder that average benefit may not equal fair protection

3. Paragraph D

i. Why quick measures and structural change should not be timed as if they were identical
ii. The case for judging exposure with both social and thermal evidence
iii. Why apparently objective scoring still hides political decisions
iv. A warning that portfolios communicate badly and should be avoided
v. How symbolic visibility can outweigh protective value
vi. The argument that one flagship project can solve urban heat
vii. Why mixed measures may outperform a single headline intervention
viii. A reminder that average benefit may not equal fair protection

4. Paragraph E

i. Why quick measures and structural change should not be timed as if they were identical
ii. The case for judging exposure with both social and thermal evidence
iii. Why apparently objective scoring still hides political decisions
iv. A warning that portfolios communicate badly and should be avoided
v. How symbolic visibility can outweigh protective value
vi. The argument that one flagship project can solve urban heat
vii. Why mixed measures may outperform a single headline intervention
viii. A reminder that average benefit may not equal fair protection

5. Paragraph F

i. Why quick measures and structural change should not be timed as if they were identical
ii. The case for judging exposure with both social and thermal evidence
iii. Why apparently objective scoring still hides political decisions
iv. A warning that portfolios communicate badly and should be avoided
v. How symbolic visibility can outweigh protective value
vi. The argument that one flagship project can solve urban heat
vii. Why mixed measures may outperform a single headline intervention
viii. A reminder that average benefit may not equal fair protection

True/False/Not Given

Questions 6-9

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

In boxes 6-9, 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.

6. The passage says all cities now have enough land and money to implement every preferred heat intervention.

7. A measure that improves average comfort may not be the same as one that protects the most exposed group.

8. The writer claims demographic vulnerability data should replace all physical temperature mapping.

9. The passage gives a universal cost threshold at which cooling centres become economically unjustified.

Sentence Completion

Questions 10-13

Complete the sentences below.

Choose ONE WORD ONLY from the passage for each answer.

10. Prioritisation is necessary because few cities can build everything at ______.

11. Some evaluation methods hide political choices inside a single ______.

12. Serious planning combines thermal data with ______ data.

13. The final paragraph says unequal ______ should not decide who gets cooled first.

Passage 2

From Wastewater Treatment Plant to Resource Hub

Why wastewater plants are increasingly expected to recover water and nutrients, and why circularity depends as much on economics and regulation as on engineering.

A.A. Wastewater treatment plants were historically built to remove pollutants and protect receiving waters. Increasingly, they are being asked to do more. Policymakers and engineers now describe them as potential resource hubs: sites where water can be reused, nutrients recovered, energy generated, and residual flows re-entered into productive systems rather than being treated only as waste. The appeal of this vision is strong in an era of water scarcity, fertiliser volatility, and circular-economy rhetoric. Yet transformation is not automatic. A plant designed for compliance is not instantly a plant designed for recovery.

B.B. Water reuse offers the clearest example. In principle, treated effluent can support agriculture, industry, groundwater replenishment, or some urban non-potable uses, reducing pressure on freshwater withdrawals. In practice, reuse depends on more than technical treatment quality. Users need confidence, pipelines must connect supply to demand, seasonal timing must match, and regulatory standards must be clear enough to permit investment. A city can praise reuse in strategy documents while moving almost none of its treated water into actual secondary use.

C.C. Nutrient recovery is similarly attractive and similarly constrained. Wastewater contains phosphorus and nitrogen that could, under the right conditions, be recaptured and reused. But recovery systems require capital, stable operating conditions, outlet markets, and rules governing product quality. What is chemically recoverable is not always commercially viable. Facilities may therefore install pilot systems that demonstrate feasibility without yet achieving routine scale. The gap between technical possibility and durable business model is one of the central tensions in circular wastewater policy.

D.D. Energy adds another layer. Sludge digestion, biogas capture, and improved process efficiency can reduce net energy demand, and in some cases plants may become major energy managers rather than passive consumers. Even here, however, circularity is relational. The value of recovered energy depends on grid prices, maintenance skills, financing structures, and whether plant managers are rewarded for efficiency gains or merely for meeting minimum discharge standards. Engineering upgrades do not operate in an institutional vacuum.

E.E. Public acceptance often receives less attention than it deserves. Reuse proposals can trigger concern not because the treatment science is weak, but because symbolic boundaries around cleanliness and waste remain powerful. The phrase 'toilet to tap' became influential precisely because it condensed technical processes into a memorable disgust response. Many successful reuse schemes therefore invest heavily in communication, gradual trust-building, and careful choice of first applications. Industrial reuse or irrigation may be politically easier entry points than more intimate urban uses.

F.F. Circularity also changes what counts as plant performance. A conventional facility may be judged mainly by discharge quality and reliability. A resource-hub model adds questions of market coordination, product logistics, and multi-sector planning. This widens responsibility. Plant operators cannot on their own create fertiliser markets, urban demand for reclaimed water, or supportive tariff structures. If governments celebrate circularity without aligning procurement, regulation, and downstream users, treatment plants inherit ambitions they cannot independently deliver.

G.G. The most realistic view, then, is neither sceptical dismissal nor technological enthusiasm. Wastewater plants can become more circular, but only when technical design, regulation, economics, and social acceptance are coordinated. Resource recovery is not a single device added at the end of treatment. It is a change in system purpose. The important question is therefore not whether circularity is theoretically possible, but under what institutional conditions it becomes ordinary rather than exceptional.

H.H. That is why many of the decisive barriers look administrative rather than mechanical. Procurement rules, tariff design, product standards, and inter-agency coordination often decide whether a recovery pathway becomes routine. The engineering can be elegant and still remain peripheral if those surrounding conditions stay misaligned. In that sense, circular plants are not just treatment sites but coordination sites, where technical ambition meets the slower politics of standards, markets, and public confidence.

I.I. Circularity becomes durable only when those surrounding arrangements are ordinary enough that recovery no longer depends on special pilot attention. That transition from demonstration to routine is where many circular ambitions succeed or quietly stall. Without that shift, circularity remains exemplary rather than systemic, admired in conference language but marginal in everyday utility operations and investment decisions for years afterwards locally today in practice, budgeting, staffing, and oversight routines.

Matching Information

Questions 14-17

Which paragraph contains the following information?

Write the correct letter, A-G, in boxes 14-17.

You may use any letter more than once.

14. a statement that pilot schemes may prove feasibility without creating a stable business model

15. an example of how language can condense technical processes into a reaction of disgust

16. a warning that plants may be assigned circular ambitions they cannot deliver alone

17. an explanation that infrastructure designed for pollution control does not automatically fit recovery goals

Matching Features

Questions 18-21

Look at the following features (Questions 18-21) and the list of areas below.

Match each feature with the correct area, A-D.

Write the correct letter, A-D, in boxes 18-21.

NB You may use any letter more than once.

18. depends heavily on whether supply can be physically connected to demand

A. water reuse
B. nutrient recovery
C. energy management
D. public communication

19. is especially exposed to the gap between chemical possibility and market viability

A. water reuse
B. nutrient recovery
C. energy management
D. public communication

20. is shaped by grid prices and maintenance capability as well as engineering changes

A. water reuse
B. nutrient recovery
C. energy management
D. public communication

21. is often used to make first-stage applications politically easier to accept

A. water reuse
B. nutrient recovery
C. energy management
D. public communication

Multiple Choice

Questions 22-24

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

22. What is the writer’s main point in paragraph B?

23. According to the passage, why can circularity claims fail?

24. What best reflects the writer’s overall position?

Summary Completion

Questions 25-27

Complete the summary below.

Choose ONE WORD ONLY from the passage for each answer.

25. A conventional plant may meet discharge rules without becoming a recovery ______.

26. Many reuse schemes depend on public ______ as much as treatment quality.

27. The writer says circularity ultimately depends on coordinated institutional ______.

Passage 3

Internet-Famous Cities and the Fragility of Viral Demand

How social networks create internet-famous cities, and why viral visibility can boost tourism while also making urban demand more concentrated and unstable.

A.A. Some cities now achieve tourist prominence less through long-developed destination branding than through repeated circulation on social platforms. A street market, a night view, a waterfront bend, or a themed district can become widely recognisable before many viewers could place it on a map. This has produced what some analysts call the internet-famous city: a place whose image economy accelerates through networked repetition rather than through traditional destination marketing alone.

B.B. The mechanism is not mysterious. Platforms reward vivid, easily reproducible content, and users respond to places that can be consumed quickly as visual certainty. Once enough posts cluster around a city or district, the content begins to validate itself. Popularity appears to prove attractiveness, which attracts more creators, which generates more visibility. The city becomes not just a destination but a circulating template for how visitors should perform being there.

C.C. Municipal leaders often welcome this process because it can boost local business, diversify the visitor base, and lift places that previously sat outside classic tourism itineraries. Yet internet fame is not the same as durable resilience. A city whose tourism demand relies heavily on platform trends may find that attention is intense but unstable. What rises quickly through imitation can flatten quickly when novelty shifts or a new visual pattern captures users elsewhere.

D.D. Viral success can also narrow urban experience. Visitors may converge on a few recognisable sites while spending little time in the wider city economy. Crowding, rent pressure, and public-space conflict can then concentrate around the most photogenic locations rather than being distributed across a broader destination system. In extreme cases, residents experience their own neighbourhood less as mixed-use urban space than as a backdrop for constant recording.

E.E. This does not mean cities should reject networked visibility. The more interesting question is whether they can shape it. Some local authorities have started to respond with wayfinding, timed access, alternative-route promotion, creator partnerships, or digital campaigns that intentionally redirect attention toward less congested districts. Such strategies recognise that social-media demand behaves partly like infrastructure: it channels bodies through space according to recurrent cues.

F.F. Measuring success, however, remains difficult. Standard indicators such as total arrivals may rise even while local satisfaction falls. A city can seem prosperous on aggregate statistics while enduring fragile business models, seasonal overcrowding, or spatially lopsided gains. If officials focus only on volume, they may misread extractive visibility as healthy development. The key distinction is between popularity and capacity: how much attention a place can attract is not the same as how much it can absorb well.

G.G. Internet-famous cities therefore expose a new kind of urban planning problem. Tourism demand no longer arrives only through transport schedules, package deals, or slow reputation-building. It can emerge through distributed cultural imitation operating at platform speed. Cities that understand this may turn visibility into a managed asset. Cities that do not may discover that being seen by everyone is less valuable than deciding how and where that attention lands.

H.H. The implication is not that online fame should be resisted by default. Rather, it should be treated as a volatile public input that interacts with transport, housing, and neighbourhood life. A city that plans for that interaction may benefit from visibility. A city that does not may inherit the costs of attention without capturing much of its value. Long-term resilience therefore depends less on going viral once than on learning how to absorb and spread attention without allowing it to destabilise everyday urban life.

I.I. Viral reputation is thus best understood as a fast-moving urban input, not as proof that a city has built a balanced visitor economy. It may deliver attention before governance, and that sequence matters.

J.J. Where planning lags, popularity can magnify existing inequalities between the most camera-ready districts and the rest of the city. Where planning anticipates platform effects, the same visibility can be used to widen routes, spread spending, and slow the concentration of pressure. That makes digital fame a planning question before it becomes a branding triumph, and it rewards cities that can translate cultural visibility into broader urban benefit rather than narrow congestion and reactive politics over time locally across seasons, neighbourhoods, and visitor cycles.

Yes/No/Not Given

Questions 28-31

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

In boxes 28-31, write YES if the statement agrees with the views of the writer, NO if the statement contradicts the views of the writer, or NOT GIVEN if it is impossible to say what the writer thinks about this.

28. The writer believes some cities now gain prominence through repeated online circulation rather than traditional branding alone.

29. The writer thinks platform-driven tourism demand is necessarily more stable than traditional tourism demand.

30. The writer argues that all residents experience internet-famous districts as economically beneficial.

31. The passage suggests that social-media attention can be redirected rather than merely accepted or rejected.

Note Completion

Questions 32-33

Complete the notes below.

Choose ONE WORD ONLY from the passage for each answer.

32. Once content clusters around a city, popularity begins to ______ itself.

33. A neighbourhood can start to feel like a ______ for constant recording.

Table Completion

Questions 34-35

Complete the table below.

Choose ONE WORD ONLY from the passage for each answer.

34. Authorities may use creator partnerships or alternative-route promotion to ______ attention.

35. Officials may confuse high visitor ______ with healthy local development.

Flow-chart Completion

Questions 36-37

Complete the flow chart below.

Choose ONE WORD ONLY from the passage for each answer.

36. A vivid post becomes socially ______ and attracts further creators.

37. If unchecked, attention can become spatially ______ and unstable.

Diagram Labelling

Questions 38-39

Label the diagram below.

Choose ONE WORD ONLY from the passage for each answer.

38. type of urban metric that may rise while local satisfaction falls

39. what the writer says cities should manage before attention merely lands anywhere

Short-answer Questions

Question 40

Answer the question below.

Choose NO MORE THAN THREE WORDS from the passage for your answer.

40. What must be distinguished from capacity, according to paragraph F?