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9080706050403020100Percentage of all sites analyzed0%Up to 25%More than 25%Home Heating Needs Met with Subsurface Thermal Pollution for Two Temperature Conditions, by Percentage of SitesLocal heating needs met Current surface temperature Maximum plausible surface, temperature

Urbanization, industrialization, and the warming climate create thermal pollution (excess heat) in the shallow subsurface soil. Susanne A. Benz and colleagues analyzed thousands of sites on three continents under one scenario in which surface temperature remains at the current level and under another in which the surface reaches the maximum plausible temperature. They then categorized each site according to the percentage of local home heating needs that could be met using this excess subsurface heat. The team concluded that if surface temperature approaches the maximum plausible level, the percentage of sites where thermal pollution could feasibly contribute to meeting home heating needs will increase.

Which choice best describes data in the graph that support Benz and colleagues’ conclusion?