PDF《校园发展计划六大规划 原则》

s fauna, water streams and trails, the green experience will be enhanced through the creation of open spaces around areas commanding views of the sea or wooded hills, the building of attractive planted roofs, shaded courtyards between buildings, new footpaths, and the adoption of thematic landscaping.

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2 (续上页 Continued) 建构可持续校园 发展计划建议了一些切实可行的指引,让我们 钥沙中母拍罾吹藿ㄐＴ,目标是在 2025年把人均能源消耗减少百分之二十五,人 均温室气体排放减少百分之二十.计划也制订 了一些环保措施和原则,供各建筑项目参照遵 行,包括使用太阳能、安装遮阳设施、利用自 然通风、绿化天台、使用环保建筑物料及实行 低碳政策. 计划提出了一个重要建议,就是建造四通八达 的人行网络,让行人可以舒适便捷地往来校园 各处,并在校园推行行人优先原则,藉以减少 对汽车的依赖、改善空气质素和减少噪音,有 助环保.另一项建议是进行可行性研究,评估 能否在校园内以另类方式集中生产能源,并实 行减排措施,包括使用太阳能吸收式制冷机, 利用海水或湖水作自然冷却,风力发电,以太 阳能集热器供应热水,采用光伏板发电. 计划建议了一些在校园内具发展潜力的地 点, 以配合大学在2021年以后的发展, 并 获持份者的广泛支持, 它们分别是有即时、中期 和长期潜力的地点.具即时潜力的地点可以容纳 因实行本科四年制而亟需的建设, 以及其他须要 加强的研究设施.例子包括位於士林一巷的两 座新书院伍宜孙书院和敬文书院.这两所 新书院, 加上逸夫书院和联合书院,以及日后落 成的和声书院,将共同组成校园北面的书院邻 里区.两座书院的高度会与附近的建筑物相若, 其设计也会配合四周环境. 其余建议的发展重点还有校园北部现叫三十九 区的地方 ,该处将是实验室云集的研究枢纽;

梁 M琚楼、冯景禧楼一带则可发展为人文学科研究 中心 ;

此外,还提议考虑兴建新的教职员宿舍. Certain areas of the campus have been tentatively identified for development, with the widespread support of stakeholders, to accommodate the growth of the University beyond 2021. They include sites of immediate, intermediate and long-term potential. Sites of immediate potential will provide the shortfall in accommodation resulting from the four- year undergraduate curriculum and the establishment of enhanced research facilities. Examples include new Colleges on Residence Lane 1. Wu Yee Sun College and C.W. Chu College, will make up the northern college neighbourhood with Shaw College and United College, and the coming Lee Woo Sing College. Care will be taken to ensure that their heights are comparable with the surrounding buildings and that their designs are in harmony with the setting. Other proposed examples are Area 39― Northside Research Campus which will include laboratory facilities, Arts and Humanities Hub, to be developed in the neighbourhood of Leung Kau Kui Building and Fung King Hey Building, and possibly staff residences. Building a Sustainable Campus Guidelines to be set up to develop a practically achievable model for a sustainable campus with a 25% cut in energy use and a 20% reducation in greenhouse gas emissions per capita by 2025. Environment-friendly practices and principles to be considered for all construction projects, including solar energy, solar shading, natural ventilation, green roofs, eco-friendly construction materials, and low carbon strategies. A principal recommendation is the implementation of a comprehensive pedestrian movement framework to provide comfortable access throughout the campus and to give precedence to pedestrians over vehicles. This will reduce reliance on motor vehicles, improve air quality and reduce environmental impact and noise levels. Also recommended is the conducting of a feasibility study to assess the viability of alternative forms of centralized energy production on campus and the consideration of measures to reduce emissions, including the use of solar-powered absorption chillers, of water from the sea or lake to provide natural cooling, of wind power to generate electricity, of solar collectors for water heating, and of photovoltaic panels to gener........