The National University of Singapore in Queenstown (NUS), Nanyang Technological University, Singapore (NTUS), together with Singapore's National Research Foundation and Infocomm Media Development Authority, as well as 20 IT companies, have collaborated to establish the. The National University of Singapore in Queenstown (NUS), Nanyang Technological University, Singapore (NTUS), together with Singapore's National Research Foundation and Infocomm Media Development Authority, as well as 20 IT companies, have collaborated to establish the. Singapore is incorporating climate-sensitive urban design strategies across the island and growing our capabilities in urban climate modelling & simulation to ensure the city remains liveable in the face of rising heat. By 2100, high heat-stress days will be the norm for most of the year. Planning. t (SR2024), published on 1 July 2024. This report provides a summary of the Group's strategies, commitments, initiatives and targets in relation to Environmental, Social and Governance (ESG) topics for our operations in Singapore, where Singtel, our wholly-owned subsidiary NCS and regional data. As record-breaking temperatures strain daily life here and across the globe, Singapore is exploring innovations in design and technology to build long-term heat resilience at an individual and infrastructural level. In Singapore, 2024 was the island's joint warmest year on record, tied with 2019. mpared to forested areas, urban areas are ar ratures de to pedestrians, building and ground surfaces. This is particularly important in improving thermal the vegetation coverage, size and distribution. (2015) estimated that tree-shadowed streets co ld redu Spaces and High-Rises. The Urban Heat Island (UHI) effect or trapped urban heat explains why there are temperature differences of up to seven degrees Celsius between the urban and less built-up areas of Singapore.