Develo** countries encounter challenges in adopting advanced roof systems due to the
complexities associated with implementing advanced materials and techniques. This study …

Abstract Daytime Radiative Cooling (DRC) is a highly effective passive cooling technique
that holds great potential for enhancing energy efficiency and promoting decarbonization …

Advanced urban heat mitigation technologies that involve the use of super-cool materials
combined with properly designed green infrastructure lower urban ambient and land surface …

Extreme heatwaves in tropical cities represent a significant short-term weather challenge,
directly impacting urban heat, exacerbating human discomfort, and increasing energy …

Radiative cooling has gained significant attention in recent years for its passive heat
evacuation capabilities. Numerous materials have been developed, but comparing their …

The challenging urban expansion represents a pressing need to implement climate
mitigation strategies for the urban heat island (UHI) effects and significant threats to the …

Abstract The Weather Research and Forecasting model was employed to simulate the
effects of cooling roofs on the urban heat island effect and human thermal stress in the Pearl …

Different heat mitigation technologies have been developed to improve the thermal
environment in cities. However, the regional impacts of such technologies, especially in the …

Urban surfaces absorb heat, raising ambient temperature and contributing to urban
overheating, greenhouse gas emissions, environmental pollution, energy hikes, and heat …

Cool materials and rooftop vegetation help achieve urban heating mitigation as they can
reduce building cooling demands. This study assesses the cooling potential of different …