戈公省港(koh kong)位于暹罗湾，是柬埔寨450公里海岸线的一部分，这里的一切都与自然生态系统密切相关。广阔的红树林沿着海岸延伸至小岛、水道，以及极具生态多样性的河口，形成了当地社区赖以生存的、重要而脆弱的生态系统。近几十年来，柬埔寨的经济发展伴随着大量自然资源的开发，戈公省的野生动物栖息地也受到了破坏，导致当地社区被边缘化，迫使当地居民远离了他们赖以生存且曾经繁荣的森林、渔场与耕地。

Koh Kong, a peninsula in the Gulf of Thailand and part of Cambodia’s 450-kilometre coastline, features a number of closely interrelated ecosystems. Expansive mangrove forests carve out small islands, waterways, and ecologically diverse estuaries along the coast, creating a vital and fragile ecosystem which local communities rely on for their livelihoods. In recent decades, economic development in the country, characterized by widespread natural resource exploitation, has devastated Koh Kong’s wildlife and has marginalized local communities from the forests, fisheries, and arable areas which they need to live and thrive.

▼项目概览，overall of the project

▼由草地看海滩上的茅草小屋，viewing the thatch lodges from the meadow

戈公红树林旅舍的出现为当地人们展示出一种全新的发展模式，它植根于保护戈公的自然资源，并致力于促进恢复当地的生态系统。一系列茅草小屋坐落在白色的沙滩上，将周围漂浮村庄使用的传统打桩技术与极简主义的设计相结合，为当地社区和游客创造了架空于地面之上的休憩场所，让人们能够在舒适干燥的环境下尽情饱览碧蓝的海洋、享受沿海的微风。茅草小屋的朝向与从海洋吹上陆地的海风风向保持一致，以最大限度地增强通风效果，让内部空间在炎热的季节也能保持通风与凉爽。在树林的荫蔽下，场地中心一处呈放射状的凉棚结构将小屋与沙道连接起来。

Koh Kong Mangrove Lodging provides an alternative model of development, one that is rooted in the preservation of Koh Kong’s natural resources and promotion of community resilience. Perched on white sandy beaches, thatch lodges combine traditional piling techniques used in surrounding floating villages with a minimalist open-air design to create an elevated vantage point for local communities and travellers to enjoy Koh Kong’s clear blue waters and coastal breeze. Oriented along the main ocean-land wind direction to maximize airflow, the interior of the structure remains cool and ventilated during the hot season. Protected by a grove of trees, a central radial structure connects the lodges to a sand pathway.

▼一系列茅草小屋坐落在白色的沙滩上，a series of thatch lodges sit on a white-sand beach

▼小屋的设计结合了传统打桩技术与极简主义，the lodges‘ design combines traditional piling techniques with minimalism