PTE Listening: Summarize Spoken Text

Summarize Spoken Text plays an academic-style talk lasting roughly 60-90 seconds, played once, and then gives you about 10 minutes to write a summary of 50-70 words. Because it requires listening comprehension of audio input and written output in response, it is integrated -- contributing to both your Listening and your Writing scores. Unlike Summarize Written Text, which compresses a passage into a single sentence, this task allows -- and generally needs -- more than one sentence to reach the 50-70 word target.

The key skill is structured note-taking during the single playback: rather than trying to write down everything said, focus notes on the talk's overall topic, its two or three main points, and any stated conclusion or implication. Since the audio plays only once, notes that capture structure (not every word) give you enough material afterward to compose a coherent summary, rather than a disconnected list of half-remembered fragments.

When writing the summary itself, use complete, grammatically correct sentences rather than bullet points or sentence fragments -- like Write Essay, this task is also assessed partly on grammar and form, so the writing itself needs to hold together as prose, not just contain the right content.

Below is an original practice transcript. Read it once as if you were hearing it, take brief notes mentally, then answer the comprehension questions -- this simulates the note-taking and content-selection skill even though you're reading rather than hearing it, since this platform does not host real exam-style audio.

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Transcript (original -- lecture excerpt on urban heat islands):

Today I want to talk about what's known as the urban heat island effect. Cities tend to be measurably warmer than the rural areas that surround them, sometimes by several degrees, especially at night. There are a few main reasons for this. First, materials commonly used in cities -- asphalt, concrete, dark rooftops -- absorb and retain heat far more effectively than natural surfaces like grass or soil. Second, the reduction of vegetation in urban areas means less shade and less of the natural cooling effect that comes from plants releasing moisture into the air. Third, human activity itself generates heat directly, through vehicles, air conditioning units, and industrial processes. Researchers have found that simple interventions -- planting more urban trees, and using lighter-colored or reflective roofing materials -- can measurably reduce local temperatures, though implementing these changes citywide is often slow and costly.