![]() ![]() ![]() Green spaces and corridors in urban areas.Climate proofing of buildings against excessive heat.Ultimately, since energy use will decrease, synergies between climate change mitigation and adaptation are enabled.Īdaptation Options Implemented In This Case Moreover, thermal insulation, decreasing the need for cooling, will also contribute to the decrease of the urban heat island effect, with benefits for the whole neighbourhood. Thermal insulation, making buildings more resilient to temperature extremes and variability, will increase capacity to cope with changing conditions. Torino has already experienced dangerous heatwaves, and the number of these events is expected to increase due to global warming. Heatwaves will increase in total number, in length and in number of consecutive days, and for all timeframes (with respect to 1971-2000): number of days for heatwaves in 2011-2040 will increase by over 10% (RCP 4.5 and 8.5), in 2041-2070 by about 30% (RCP 4.5) and about 40% (RCP 8.5), in 2071-2100 by over 35% (RCP 4.5) and about 70% (RCP 8.5). ![]() Under RCP 4.5, the number of days of discomfort will double in 2011-2040 and triple in 2041-2070 (with respect to 1971-2000). As of 2018, the biggest anomaly was the heatwave occurred in September 2016 in Torino, when temperatures for three consecutive days were above the monthly mean, reaching levels more common for July.Īccording to climate change projections developed by ARPA Piemonte, average maximum temperatures in summer for the city of Torino are expected to increase up to 30☌ for the period 2010-2040 and up to 32☌ for the period 2041-2070 under the RCP 4.5 scenario, compared to the observed average value of 28☌ in the period 1976-2000. when minimum air temperature is above 20☌) was above average in the region and the city of Torino experienced four heatwaves. ![]() when maximum air temperature is above 30☌) and of tropical nights (i.e. In the summer of 2017 the number of tropical days (i.e. Moreover, the outer shell of the building, by providing thermal insulation, improves the internal comfort during extreme temperature events, thus enhancing the adaption capacity to global warming, and, at the same time, decreasing energy required for heating and cooling.Īccording to a study promoted by the environmental agency (ARPA) of the Piemonte region, where Torino is located, maximum temperatures have risen by about 2☌ in the last 60 years this increase is higher in spring and summer months. The living forest is, thus, integrated in the building’s outer shell, and provides shade only during the hottest months, as all chosen plants are deciduous. It is entwined with the vegetation to form a unique façade. The vertical metal structure is in the shape of trees and “grows” from the ground-floor to the roof, holding up the wooden planking of the terraces. Energy efficiency measures used in the building address climate change adaptation needs and represent mitigation potential. The building is also well insulated from high and low outside air temperatures that respectively occur during summertime and wintertime. 25 Verde is a residential building in Torino including 63 apartments (ranging from 50 to 140 square meters), which has been designed to integrate over 150 trees and other plants in the façade and on the roof to create an ideal micro-climate inside the building, while reducing air and noise pollution. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |