
This paper attempts to evaluate the positive effects of vegetation with a multi-scale approach: an urban and a building scale. Monitoring the urban heat island in four areas of New York City, we have found an average of 2 °C difference of temperatures between the most and the least vegetated areas, ascribable to the substitution of vegetation with man-made building materials. At micro-scale, we have assessed the effect of surface albedo on climate through the use of a climatological model. Then, using the CO(2) equivalents as indicators of the impact on climate, we have compared the surface albedo, and the construction, replacement and use phase of a black, a white and a green roof. By our analyses, we found that both the white and the green roofs are less impactive than the black one; with the thermal resistance, the biological activity of plants and the surface albedo playing a crucial role.
Carbon Sequestration, Conservation of Natural Resources, Hot Temperature, Climate, Water Pollution, Plant Development, Carbon Dioxide, Air Pollution, Facility Design and Construction, Cities, Green roof, Surface albedo, Urban heat Island, Vegetation, Environmental Restoration and Remediation, Environmental Monitoring
Carbon Sequestration, Conservation of Natural Resources, Hot Temperature, Climate, Water Pollution, Plant Development, Carbon Dioxide, Air Pollution, Facility Design and Construction, Cities, Green roof, Surface albedo, Urban heat Island, Vegetation, Environmental Restoration and Remediation, Environmental Monitoring
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