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Channel name was changed to «🗻O Level Geography Singapore | Geography Hits Different»
Channel name was changed to «🗻O Level Geography Singapore | Notes, Practice, Model Answers | Geography Hits Different»
Channel name was changed to «Geography Hits Different | O-Level Geography SG»
Why is Telok Ayer as hot as Raffles Place — even though it has no skyscrapers? 😓
A recent Arup study found Singapore's CBD runs up to 6°C hotter than the rural fringe, with Upper Peirce Reservoir Park the coolest spot in the country. The surprise: old, low-rise Telok Ayer and Amoy Street are just as hot as high-rise Raffles Place, because dark terracotta shophouse roofs soak up solar radiation, and surrounding high-rises now block the sea breezes that used to cool these streets at ground level.🏢
Geography concept: human-environment interaction at neighbourhood scale — local climate shaped by materials, density and layout, not just "more buildings = more heat."
Exam skill: if asked to explain why urban areas run hotter than surrounding areas, don't just say "buildings trap heat" - name mechanisms (blocked wind corridors, under 6% vegetation cover at hot spots). Specific mechanisms outscore generic statements every time.
https://www.arup.com/news/singapores-built-environment-traps-heat-in-surprising-places/
A recent Arup study found Singapore's CBD runs up to 6°C hotter than the rural fringe, with Upper Peirce Reservoir Park the coolest spot in the country. The surprise: old, low-rise Telok Ayer and Amoy Street are just as hot as high-rise Raffles Place, because dark terracotta shophouse roofs soak up solar radiation, and surrounding high-rises now block the sea breezes that used to cool these streets at ground level.🏢
Geography concept: human-environment interaction at neighbourhood scale — local climate shaped by materials, density and layout, not just "more buildings = more heat."
Exam skill: if asked to explain why urban areas run hotter than surrounding areas, don't just say "buildings trap heat" - name mechanisms (blocked wind corridors, under 6% vegetation cover at hot spots). Specific mechanisms outscore generic statements every time.
https://www.arup.com/news/singapores-built-environment-traps-heat-in-surprising-places/
Arup
Singapore’s built environment traps heat in surprising places
A new study by Arup has revealed Singapore’s heat island “hot spots”, highlighting the areas of the city’s urban centre where temperatures are highest compared to their rural surroundings. These are also known as Urban Heat Island (UHI) hot spots.
