Skills & Experience
  • Rhino, SketchUp, Lumion (3D Modeling) AutoCAD, Photoshop, Illustrator, InDesign, QGIS (Drawing) Premiere Pro, After Effects (Video):
Project description

This project continues the strategies and design thinking I developed during the first semester of my MA4 studies. After examining the policies related to Hoffellsjökull and the outwash plain, I shifted my focus further south to the town of Höfn. As a key fishing hub in the Hornafjörður region and the second-largest fishing village in southeastern Iceland, Höfn faces unique geographical and ecological challenges. 

The nearby lagoon causes sediment accumulation, leading to dramatic water depth fluctuations—from approximately 6 to 7 meters at the entrance to 7 to 8 meters further out. These changes complicate navigation, and in winter, the harbor can freeze for months, halting operations. The town is accessible via a detour from the Ring Road or by flights from Reykjavík. Satellite imagery and policy research revealed that a new highway is under construction, a development likely to reshape water flow and significantly affect the regional ecosystem. Through site analysis and projections of future spatial demands, I identified the highway as a driver of change, bringing both environmental risks and new needs, particularly from future visitors. 

In response, I explored site-specific strategies and spatial configurations, proposing the reuse of construction waste to form a publicly accessible landscape. This intervention is intended to welcome visitors and buffer the local ecosystem. I applied planting schemes to protect adjacent wetlands and proposed long-term design measures such as an ecological corridor to address future flooding over the next 50 years. 

By studying historical maps, I also introduced a temporal layer to the project, commemorating the site’s cultural and environmental past while designing seasonal pedestrian pathways that adapt to the landscape’s shifting dynamics.

Located
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Master Plan

This design aims to enhance the environmental quality and visitor experience through ecological restoration and spatial restructuring. A new tour route allows visitors to closely engage with the ancient roads and islands, while the former highway material storage site is transformed into a scenic viewpoint, and the area once used for river narrowing by water pumping is converted into an artificial wetland to restore ecological functions. An ecological pedestrian bridge connects both sides of the river at its narrowest point, addressing the unavoidable water crossing on the way to the islands and linking the surrounding ecosystems. The islands are stabilized with web-like structures to prevent erosion that could endanger nearby power lines. Soil mounds left from highway construction are repurposed as parking and rest areas to serve travelers. Along the highway section passing through the wetland, pollution-filtering plants are introduced to reduce the ecological impact of vehicle emissions. Additionally, softening artificial edges and creating ecological slopes by filling the western area with soil and planting trees help stabilize the terrain. Even during flooding, vegetation can continue to thrive, enhancing the resilience of the landscape.

master plan
Mitigate Pollution Wetland

In addressing the potential ecological pollution of the wetlands on both sides of the highway, I primarily chose Tea-leaved Willow (Salix phylicifolia) and Bottle Sedge (Carex rostrata) as the main planting species. These two plants are native to Iceland, posing minimal threat to the local ecosystem. Additionally, they have the ability to absorb pollutants, prevent excessive algae growth in water, and capture heavy metals, thus mitigating the environmental impact of residual pollution from the highway construction. Furthermore, they help improve soil quality and enhance soil stability. On the northern ecological slope, I selected the native Downy Birch (Betula pubescens) as the primary planting species. With its deep root system, the Downy Birch is effective in stabilizing soil, reducing the risk of wind and water erosion. It also provides vegetation cover that helps reduce soil erosion caused by rainfall.

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