2014EosOpen access

Statistical analysis describes urban heat island effect in Europe

Ernie Balcerak

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Abstract

The urban heat island effect—in which urban areas are warmer than the surrounding rural areas—has been known for many decades. However, many previous studies have focused on individual cities or on a limited numbers of cities. To gain a broader regional perspective, Zhou et al. performed a statistical analysis of the urban heat island effect for all cities in Europe using land cover data and remotely sensed land surface temperature data.

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The urban heat island effect—in which urban areas are warmer than the surrounding rural areas—has been known for many decades. However, many previous studies have focused on individual cities or on a limited numbers of cities. To gain a broader regional perspective, Zhou et al. performed a statistical analysis of the urban heat island effect for all cities in Europe using land cover data and remotely sensed land surface temperature data.

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Available abstract

The urban heat island effect—in which urban areas are warmer than the surrounding rural areas—has been known for many decades. However, many previous studies have focused on individual cities or on a limited numbers of cities. To gain a broader regional perspective, Zhou et al. performed a statistical analysis of the urban heat island effect for all cities in Europe using land cover data and remotely sensed land surface temperature data.

Key concepts: Urban heat island, Geography, Land cover, Statistical analysis, Rural area, Urban climate, Economic geography, Perspective (graphical)

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