Linked from

The 99 pages that link to Urban heat island, each with the reason it gives.

• Climate normalRelated: Local normals can reflect urban growth and therefore change as a city's surroundings change.

• Environmental designRelated: Surface materials, shade, and vegetation can intensify or reduce this effect.

• Instrumental temperature recordRelated: Urban growth can affect station trends, requiring careful assessment of exposure changes.

• LawnRelated: Vegetated lawns can cool surfaces, though their benefits depend on water and design.

• MegacityRelated: Dense construction and limited vegetation can intensify heat exposure across megacities.

• StreetRelated: Pavement, shade, and street trees affect heat exposure along urban streets.

• Urbanization in the PhilippinesRelated: Dense construction and reduced vegetation can increase heat exposure in Philippine cities.

• American elmRelated: The loss of mature American elm canopies reduced shade and cooling along affected streets.

• Asphalt concreteRelated: Dark asphalt surfaces can contribute to urban heat storage, especially under strong sunlight.

• Grid planRelated: Street orientation and block form can shape shade, ventilation, and local heat exposure.

• Pedestrian zoneRelated: Replacing roadway with shade and planting can influence comfort in pedestrian spaces.

• Shade treeRelated: Shade trees reduce solar heating of streets and other urban surfaces.

• Block (urban planning)Related: Block geometry and its buildings affect shade, ventilation, and heat storage.

• Built environmentRelated: Pavement, buildings, and limited vegetation alter local heat conditions.

• Compact cityRelated: Dense built form can retain heat unless shade and greenery are provided.

• Mountain climateCompared with: It is a local temperature effect driven by buildings and land cover, unlike mountain relief.

• SynanthropyRelated: Warmer urban conditions can let some species persist where they otherwise could not.

• Urban parkRelated: Park vegetation and soils can reduce local heat through shade and evapotranspiration.

• Urbanization in IranRelated: Dense construction and reduced vegetation intensify heat in expanding Iranian cities.

• Coastal urbanizationRelated: Dense coastal construction can intensify local heat alongside the urban climate effect.

• Commuter townRelated: Car-oriented growth and extensive paved surfaces can intensify local heat.

• CotonouRelated: Dense construction and limited vegetation can intensify heat in the city.

• CuritibaRelated: Curitiba’s parks and green areas are often discussed in relation to urban environmental resilience.

• DubaiRelated: Dubai’s dense construction and hot desert climate intensify demands for cooling and heat adaptation.

• Glass architectureRelated: Reflective façades can redirect sunlight onto streets and neighboring buildings, affecting outdoor heat.

• History of citiesRelated: Dense construction and altered landscapes create lasting environmental effects.

• La Paz (Bolivia)Compared with: La Paz’s high-altitude valley climate differs from the heat-retaining pattern typical of many cities.

• Urban areaRelated: Concentrated buildings and paved surfaces give urban areas distinctive local climates.

• AhvazRelated: Dense development compounds Ahvaz’s exposure to extreme summer heat.

• SummerRelated: Dark surfaces and limited vegetation can magnify summer heat in cities.

• Water parkRelated: Water parks add paved surfaces and equipment, while water features can also cool nearby air.

• SlumRelated: Crowded housing and limited shade can intensify heat exposure in underserved neighborhoods.

• Elevated railwayRelated: The added structures and shaded spaces of elevated rail corridors interact with dense urban surfaces.

• Hardiness zoneRelated: Urban warmth can create local growing conditions that diverge from a regional zone map.

• TaguigRelated: Dense construction in Taguig can intensify heat exposure for residents.

• AmbatturRelated: Dense construction and industrial land use can intensify heat in Ambattur.

• BaguioCompared with: Urban warming can erode the cool-climate advantage that distinguishes Baguio.

• PasayNarrower topic: Dense development and extensive paved areas can intensify heat in Pasay.

• Petaling JayaRelated: Dense development and reduced vegetation can intensify local heat in the city.

• Street furnitureRelated: Shade structures and drinking fountains can help people cope with heat in paved public spaces.

• CityRelated: Pavement, buildings, and reduced vegetation alter city temperatures.

• City centreRelated: Dense paving and buildings can make city centres particularly hot during warm weather.

• Ciudad NezahualcóyotlRelated: Dense construction and limited vegetation make heat a relevant urban concern.

• Climate change in JapanRelated: Urban heat islands amplify climate-driven heat exposure in cities such as Tokyo and Osaka.

• Climate change in the Middle East and North AfricaRelated: Urban form can amplify climate-driven heat exposure in rapidly growing cities.

• Residential areaRelated: Building density, trees, and paved surfaces shape heat exposure in residential districts.

• Sangli Metropolitan RegionRelated: Densification and reduced vegetation can intensify heat across the urban area.

• Urban horticultureRelated: City heat changes plant stress and makes shade and cooling key design concerns.

• Willis CarrierRelated: Widespread air conditioning can reject heat outdoors and contribute to urban heat burdens.