THE MULTIFACETED BENEFITS OF URBAN GREEN INFRASTRUCTURE Urban areas globally are confronting an array of environmental and social challenges, ranging from escalating temperatures due to the urban heat island effect to diminishing biodiversity and impaired air quality. In response, urban green infrastructure (UGI) has emerged as a pivotal strategy for fostering sustainable cities. UGI encompasses a strategically planned network of natural and semi-natural areas, including parks, green roofs, community gardens, and permeable surfaces, designed to deliver a wide range of ecosystem services and enhance urban resilience. Its primary objective is to integrate nature into the built environment, thereby mitigating the negative impacts of urbanisation and improving the quality of life for residents. From an ecological perspective, UGI offers significant advantages. It plays a crucial role in biodiversity conservation, providing habitats for various species and facilitating ecological corridors within otherwise fragmented landscapes. Furthermore, green spaces act as natural filters, improving air quality by absorbing pollutants such as particulate matter and nitrogen dioxide. Perhaps one of the most salient environmental benefits is its contribution to stormwater management. Permeable surfaces and vegetation reduce surface runoff, allowing rainwater to infiltrate the ground naturally, which alleviates pressure on conventional drainage systems and helps replenish groundwater supplies. This is particularly vital in mitigating urban flooding events. Beyond ecological contributions, the social dividends of UGI are substantial. Access to green spaces has been consistently linked to improved public health outcomes, including reduced stress levels, enhanced mental well-being, and increased opportunities for physical activity. Community gardens, for instance, not only provide fresh produce but also foster social cohesion by creating shared spaces for interaction and collaboration among residents. Such areas serve as crucial recreational havens, offering respite from the density and noise of city life and promoting a stronger sense of community belonging. These collective benefits underscore UGI’s capacity to create more liveable and equitable urban environments. Economically, UGI also presents compelling arguments for investment. Studies have shown that the presence of green amenities can lead to a demonstrable increase in property values in proximity to these spaces, often by as much as 5-20%. Moreover, green roofs and living walls contribute to energy efficiency by providing natural insulation, thereby reducing heating and cooling costs for buildings. The creation and maintenance of UGI projects also generate employment opportunities in sectors such as landscape architecture, horticulture, and ecological restoration, contributing positively to local economies. These fiscal advantages highlight UGI not merely as an environmental imperative but also as a sound economic investment. Despite its manifold benefits, the widespread implementation of UGI faces several challenges. These include land scarcity in densely populated areas, the initial capital investment required, and a lack of integrated policy frameworks across different municipal departments. However, a growing recognition of UGI’s holistic value is driving innovative approaches, such as incentivising private landholders to incorporate green elements and developing comprehensive urban master plans that prioritise ecological networks. Moving forward, successful UGI integration will necessitate robust interdisciplinary collaboration and a commitment to long-term strategic planning to unlock its full potential for building truly sustainable and resilient cities. Questions 1-7 Complete the sentences below. Choose NO MORE THAN TWO WORDS from the passage for each answer. Write your answers in the corresponding numbered spaces. 1. Urban green infrastructure aims to alleviate the detrimental effects of urbanisation and improve the residents' _______________. 2. UGI contributes to the preservation of diverse species and the establishment of _______________ within fragmented urban settings. 3. Permeable surfaces and vegetation are instrumental in reducing _______________, which lessens the burden on conventional drainage systems. 4. Access to green spaces is associated with a decrease in stress levels and improved _______________. 5. Green amenities can significantly boost _______________ in adjacent areas. 6. The initial _______________ is a key obstacle to the widespread adoption of urban green infrastructure. 7. For successful UGI integration, there is a need for robust interdisciplinary collaboration and a commitment to _______________ planning.