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IELTS-style reading: designing cities for the ear

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Independent practice in the IELTS Academic reading style, not an official test: a passage about city noise, with paragraph matching, matching opinions to people and sentence completion.

Designing for the ear

A. For decades, the standard response to urban noise has been to measure it and then to reduce it. Sound is expressed in decibels, limits are set, and engineers are asked to bring the figures down by means of barriers, quieter road surfaces and insulated windows. This approach has produced real benefits: sustained exposure to loud noise is linked to raised stress and disturbed sleep, and few people would argue that cities ought to be louder. Yet a growing number of researchers contend that decibel readings capture only part of what people actually experience when they walk down a street, and that a policy based on them alone is bound to miss something important. A quiet street that feels lifeless or unsafe may be less valued by its residents than a lively one with a steady background hum, and a measurement taken at a single moment cannot distinguish between the two.

B. The alternative is to study the soundscape, a term that refers to the whole acoustic environment as perceived by the people who live within it. Dr Ines Varga, an acoustic engineer who has surveyed public squares in several cities, points out that two places with the same average volume can feel entirely different. A fountain at sixty decibels may be welcomed, whereas a delivery lorry at the same level is not. 'The number tells you how much sound there is,' she says, 'but not whether anyone wants to hear it.' Her team asks passers-by to describe each place using words such as calm, lively or chaotic, and then relates their answers to recordings made on the spot. The same method also shows how a place changes with the time of day: a square that residents call peaceful at breakfast may be described as tense by the evening, even though the readings barely move. Dr Varga argues that such differences are exactly what a purely numerical approach hides.

C. Urban planner Kofi Mensah draws a practical conclusion from such work. In his view, the aim should not be silence, which is neither achievable nor, he suspects, desirable in a city, but a deliberate balance. He recommends that planners identify the sounds that give a place its character, such as street musicians, trams or children in a playground, and protect them, while concentrating noise control on sounds that bring no benefit to anyone, such as idling engines. He admits that this is easier said than done. Opinions about what counts as pleasant differ between residents, and a sound that one household enjoys may keep a neighbour awake. Any policy, he concedes, will involve compromise and will never satisfy everybody.

D. Psychologist Dr Lena Hoffmann is more cautious. She welcomes the shift of attention towards perception but warns that questionnaires measure what people say, which does not always match how their bodies respond. In one of her studies, volunteers who listened to recordings of natural sounds reported feeling more relaxed, yet their heart rates changed very little. She does not conclude that the reports are worthless; rather, she argues that planners should not treat a pleasant impression as proof of a health benefit. 'We are at risk of designing for what sounds nice,' she says, 'when we should also be asking what actually helps.' She would like to see larger studies that combine people's own descriptions with physical measurements over several weeks.

E. Whatever the outcome of that debate, some cities are already experimenting. One has added planting to the edges of a busy square, partly because greenery is thought to make a space feel quieter, even though plants absorb very little sound themselves. A second has rerouted delivery vehicles away from a residential street at night, and a third has installed small water features near a busy junction. It is too early to say which of these measures works best, and evaluations are complicated by the fact that people's expectations change once they know a project is under way. Even so, the broader shift is clear. Increasingly, the question planners ask is not simply 'How loud is it?' but 'What is it like to be here?'

Matching information to paragraphs

Which paragraph contains the following information? Choose the correct letter, A to E. You may choose any letter more than once.

  1. a method that links passers-by's descriptions of a place to recordings made there
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  2. an acknowledgement that residents may disagree about which sounds are pleasant
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  3. a description of the traditional ways engineers have tried to lower noise
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  4. a comment that judging the success of new measures is made harder by changing expectations
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  5. an example of a study in which people's reports of how they felt were not reflected in their bodies' responses
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  6. a statement that complete quiet is not a realistic target for a city
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E
  7. an illustration of two sounds at the same volume being judged differently
    • a) A
    • b) B
    • c) C
    • d) D
    • e) E

Matching opinions to people

Which person expresses each of the following views? Choose Dr Ines Varga, Kofi Mensah or Dr Lena Hoffmann.

  1. Two places can be equally loud and yet feel very different.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann
  2. Planners should protect the sounds that give a place its identity.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann
  3. A pleasant impression of a place does not prove that it is good for health.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann
  4. Any noise policy will have to involve compromise.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann
  5. People may report feeling relaxed without showing any physical sign of it.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann
  6. A purely numerical approach hides the way a place can feel different at different times of day.
    • a) Dr Ines Varga
    • b) Kofi Mensah
    • c) Dr Lena Hoffmann

Sentence completion

Complete each sentence with NO MORE THAN TWO WORDS from the passage.

  1. Traditionally, noise has been measured in ___ and limits have been set.
  2. The term ___ refers to the whole acoustic environment as people perceive it.
  3. Mensah thinks noise control should focus on sounds that bring no ___ to anyone.
  4. Dr Hoffmann's volunteers listened to recordings of ___ sounds.
  5. Planting may help because greenery is thought to make a space feel ___.
  6. Evaluations are difficult because people's ___ change once they know a project is under way.

Answer key

Matching information to paragraphs

  1. b) BParagraph B describes asking passers-by for descriptions and relating them to recordings made on the spot.
  2. c) CIn paragraph C, opinions differ between residents and one household's pleasant sound may keep a neighbour awake.
  3. a) AParagraph A mentions barriers, quieter road surfaces and insulated windows.
  4. e) EParagraph E says evaluations are complicated because expectations change once people know a project is under way.
  5. d) DIn paragraph D, volunteers reported feeling relaxed but their heart rates changed very little.
  6. c) CParagraph C says silence is neither achievable nor, he suspects, desirable in a city.
  7. b) BParagraph B compares a fountain and a delivery lorry, both at sixty decibels.

Matching opinions to people

  1. a) Dr Ines VargaDr Varga points out that places with the same average volume can feel entirely different.
  2. b) Kofi MensahMensah recommends identifying and protecting the sounds that give a place its character.
  3. c) Dr Lena HoffmannDr Hoffmann argues that planners should not treat a pleasant impression as proof of a health benefit.
  4. b) Kofi MensahMensah concedes that any policy will involve compromise and will never satisfy everybody.
  5. c) Dr Lena HoffmannDr Hoffmann's volunteers reported relaxation although their heart rates hardly changed.
  6. a) Dr Ines VargaDr Varga describes a square that feels peaceful at breakfast and tense by the evening, and argues that such differences are exactly what a purely numerical approach hides.

Sentence completion

  1. decibelsParagraph A says sound is expressed in decibels.
  2. soundscapeParagraph B defines the soundscape as the whole acoustic environment as perceived by the people who live within it.
  3. benefitParagraph C refers to sounds that bring no benefit to anyone.
  4. naturalParagraph D says the recordings were of natural sounds.
  5. quieterParagraph E says greenery is thought to make a space feel quieter.
  6. expectationsParagraph E gives changing expectations as the complication.