沙漠中自然与人的合作

Massoud Ghaderian
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引用次数: 0

摘要

坎儿井系统在当地供水设施和基础设施的帮助下,利用干旱和半干旱地区的地下水含水层。该系统起源于伊朗中部高原,然后在世界各地广泛传播,从中东和东亚到欧洲、北非甚至南美。这个历史悠久的水系统,降低了成本和能源消耗,为人类如何以一种完全可持续的方式与环境联系提供了一个模式。这个系统不仅满足了人类对水的需求,而且不会消耗自然资源。在沙漠地区,人与自然之间的关系非常脆弱,而坎儿井系统即使在伊朗炎热干燥的气候下也能够维持定居点。这一历史系统使聚落和农业得以生存,同时启发了一种符合联合国教科文组织历史城市景观(HUL)方法的独特的针对沙漠的方法。这种类似生态系统的方法不仅涉及坎儿井的运河,还涉及相关的自然结构和历史组成部分,如水库(Ab-Anbar)、水磨坊(Asiab)、冷却器(Yakhchāl)、花园(Bagh)、农场(Mazrae)和泄洪道(Masil)。
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Collaboration Between Nature and Humans in the Desert
The qanat system exploits groundwater aquifers in arid and semi-arid regions with the help of local water facilities and infrastructure. The system originated in Iran’s central plateau and then spread widely around the world, from the Middle East and Eastern Asia to Europe, North Africa and even South America. This historic water system, which reduces costs and energy consumption, offers a model of how humans can connect to their environment in a completely sustainable way. This system not only satisfies human water needs but does so without depleting natural resources. The relationship between humans and nature is very fragile in desert regions and the qanat system is capable of sustaining settlements even in Iran’s hot and dry climate. This historic system enables settlements and agriculture to survive while inspiring a unique desert-specific approach in line with the UNESCO Historic Urban Landscape (HUL) approach. This ecosystem-like approach involves not only the qanat’s canals but also associated natural structures and historical components like water reservoirs (Ab-Anbar), water mills (Asiab), water coolers (Yakhchāl), gardens (Bagh) and farms (Mazrae) and floodways (Masil).
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