城市河流保护区改变室外热条件的潜力:以马来西亚柔佛为例

Siti Rahmah Omar, J. Sohaili
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摘要

马来西亚的城市河岸也被称为河流保护区。1965年《国家土地法》第62条规定,国家当局有权为任何公共目的保留国有土地,包括河流保护区。尽管如此,它的标准是由保留土地的宽度决定的,只强调了河岸稳定、生物多样性和水质的目的。此外,一些研究已经证明,与那些仅覆盖硬表面的城市河岸相比,植被覆盖的城市河岸促进了热减少。因此,本研究考察了城市河岸结构对局部热环境的影响,从而概述了可能的换热发生形式。在此基础上,本研究调查了位于马来西亚柔佛州同一条河流的两个不同的河流保护区。尽管具有较低的反照率物质,但与未开发的河流保护区相比,已开发的河流保护区的气温略低。此外,两个调查地点的环境空气温度和相对湿度与一些因素有关,如遮阳和风的运动。事实上,造成气流阻碍的植被垂直间隙也可能有影响。因此,必须全面认识植被结构的作用。这样,就可以确定河流保护区的多种功能,特别是在该地区实施了几种被动冷却策略之后。
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The Potential of Urban River Reserve in Modifying Outdoor Thermal Condition : A Case Study in Johor, Malaysia
The urban riparian in Malaysia is also known as river reserve. Section 62 of the National Land Code 1965 has stipulated that the State Authority has the power to reserve state land for any public purposes, including river reserves. Nonetheless, its criteria are determined by the width of the reserved land and are highlighted only for bank stabilization, biodiversity, and water quality purposes. Additionally, some studies have proven that vegetated urban riparian promotes thermal reduction, in comparison to those covered with mere hard surfaces. As such, this study looked into the effect of urban riparian structure upon local thermal environment so as to gain an overview of the possible form of heat transfer occurrence. With that, this study investigated two varied formations of river reserve located side-by-side, which is bound by the same river in Johor, Malaysia. Despite of the low-albedo materials, the developed river reserve displayed somewhat lower air temperature, when compared to undeveloped river reserve area. In addition, ambient air temperature and relative humidity of both the investigated sites were linked to some factors, such as shading and wind movement. In fact, vegetation vertical clearance that caused wind flow obstruction could have been influential as well. Therefore, the effect of vegetation structure has to be comprehensively understood. With that, it is possible to determine the multiple functions of a river reserve, especially after implementing several passive cooling strategies within the area.
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