jailcd2024023: Microclimate Measurement-Driven Sustainable Urban Development: Optimising Planning and Design to Enhance Environmental Quality"

Abstract

Microclimate measurements at the street level are a key component in assessing and improving the quality of urban environments and are closely related to sustainable development. This study observes and analyses climatic parameters such as temperature, humidity, wind speed and radiation at the street level in real time through microclimate monitoring techniques. Through in-depth interpretation of these data, we can reveal the
impact of street design, building layout, and vegetation cover on microclimate, and thus optimise urban planning and building design to enhance thermal comfort and promote energy conservation and emission reduction.Research has shown that appropriate microclimate conditions not only improve the quality of life for pedestrians and residents, but also encourage green travelling patterns, reduce reliance on private cars, and
lower carbon emissions. In addition, an optimised street microclimate can help protect biodiversity, enhance the ecological resilience of cities and achieve coordinated social, economic and environmental development.Therefore, street microclimate measurements provide an important basis for promoting sustainable urban development, and through scientific data-driven decision-making, we can create healthier, more comfortable and environmentally friendly urban spaces that benefit current and future urban residents.