Bronze Urban Planning and Urban Design · 2025
Pine To Sea Urban Renew
by Yanci Chen
- A' Design Award 2025 Bronze Winner in Urban Planning and Urban Design
- Awarded April 15, 2025
- Estimated Number of Design Views: 38,474
- Verification code 9181BD7C93 · Verify this award
About Pine To Sea Urban Renew
Pine to Sea is an eco-hotel and landscape masterplan located in the Lignano Pinewood in Italy. The project combines hospitality with the restoration of a fragile coastal environment. Elevated cabins rest on minimal-impact steel foundations, and raised walkways lead visitors across reforested wetlands and observation decks. Lightweight timber, modular prefabrication, bio-based insulation and permeable surfaces limit disturbance to the site. Rainwater harvesting, passive ventilation and solar energy reduce energy use. The masterplan covers 12,000 square meters.
Yanci Chen's proposal engages the evolving discourse surrounding pedestrian infrastructure as experiential public realm rather than purely functional circulation corridor, positioning this elevated bridge and tower ensemble within a lineage of contemporary landscape urbanism projects that reimagine connective tissue between urban districts as destination and amenity rather than expedient passage alone, the design demonstrating sophisticated integration of accessibility principles through continuous ramping systems that eliminate stepped barriers while transforming the practical requirement of gradual grade change into a leisurely promenade ascending through multiple canopy layers and offering shifting perspectives on surrounding context as one rises from ground plane to elevated observation deck. The technical accomplishment evident in the serpentine bridge geometry reveals careful parametric calibration balancing structural efficiency with visual grace, the ribbon form appearing to float effortlessly yet implicitly addressing span limitations, lateral bracing requirements, and deck surface drainage through subtle curvature modulation that serves multiple performance criteria simultaneously while maintaining aesthetic coherence, the pristine white material treatment suggesting either high-performance concrete or composite decking that can achieve the precise formwork geometry and weather-resistant durability necessary for exposed exterior applications subject to precipitation, temperature cycling, and continuous pedestrian traffic. Chromatic restraint throughout the architectural palette allows the verdant landscape to dominate visually while interventions maintain clear legibility, the warm timber construction of the observation tower providing material counterpoint that humanizes the infrastructure through tactile wood grain texture and honey-toned organic coloration that resonates with sustainable forestry narratives increasingly central to contemporary ecological design discourse, each ascending platform offering pausing opportunities where visitors might linger to appreciate panoramic views across the renewed district, the transparent open-frame structural system ensuring visual permeability that maintains connection to ground activities below rather than creating isolated elevated realm disconnected from street-level vitality. The project appears to meditate on vertical public realm as strategy for dense urban environments where horizontal expansion proves constrained, suggesting that upward elaboration of the pedestrian network through bridges, platforms, and towers can multiply accessible open space without requiring extensive land acquisition, the integration of mature trees throughout including distinctive willow specimens with their characteristic cascading foliage and substantial pine trees suggesting either preservation of existing site ecology or commitment to transplanting established specimens rather than relying exclusively on small nursery stock that would require decades to achieve comparable canopy presence, this vegetation strategy communicating immediate environmental maturity and ecological functionality rather than deferred future benefit. Thematically, the design celebrates pedestrian mobility, social congregation, ecological stewardship, and the democratization of elevated perspectives traditionally reserved for private building occupants or commercial observation decks, the numerous small figures distributed throughout the rendering animate diverse programming possibilities ranging from casual conversation clusters to solitary contemplation, from children's active play to elderly citizens' gentle strolls, the design accommodating this multiplicity through spatial variety that provides both intimate alcoves and expansive gathering zones, both sun-exposed open decks and tree-shaded retreat areas, both linear promenade circulation and nodal plaza destinations, this functional diversity supporting the vitality and sustained occupancy essential to successful public space that serves as genuine community infrastructure rather than underutilized amenity. One might consider how this elevated park infrastructure contributes to urban resilience and adaptation strategies, the permeable paving systems visible in the foreground plaza areas suggesting stormwater management integration, the substantial tree canopy providing measurable cooling effects that mitigate urban heat island phenomena, the protected pedestrian realm offering climate-controlled recreational opportunity regardless of vehicular traffic conditions, and the vertical layering creating habitat complexity that supports urban biodiversity including avian species and pollinating insects that find refuge in thoughtfully designed anthropogenic landscapes, inviting viewers to contemplate the expanded definition of infrastructure that encompasses not merely utilities and transportation networks but also ecological systems and social gathering capacity as foundational urban requirements deserving comparable investment and design attention, the work ultimately proposing an optimistic vision where cities evolve toward greater permeability, accessibility, ecological integration, and humane scaled interventions that prioritize community well-being and environmental health as measures of successful urban development.
Press Kit
- Unique Properties
- Pine to Sea is an eco-hotel and landscape masterplan that seamlessly integrates hospitality with environmental restoration in Lignano Pinewood. The design preserves and enhances the natural ecosystem through elevated architecture, reforested wetlands, and adaptive reuse of existing infrastructure. Elevated walkways and floating cabins minimize site disturbance while maximizing guest immersion in nature. By blending sustainability, biodiversity, and experiential design, it redefines eco-tourism.
- Dimensions & Packaging
- Pine to Sea features a modular eco-hotel complex with elevated cabins measuring 4,000mm (W) x 8,000mm (D) x 3,500mm (H), supported by minimal-impact steel foundations. The masterplan spans 12,000m², incorporating elevated walkways (1,500mm wide), reforested wetlands, and adaptive public spaces. The site integrates rainwater harvesting, passive ventilation, and solar energy systems, ensuring a low-carbon footprint and ecological resilience.
- Tags
- eco-hotel, sustainable tourism, modular architecture, elevated cabins, coastal reforestation, wetland restoration, passive design, biodiversity conservation, low-impact development, adaptive reuse
- Production Technology
- Pine to Sea employs lightweight timber construction, elevated steel foundations, and modular prefabrication to minimize site impact and protect the fragile pine ecosystem. The project integrates bio-based insulation, permeable surfaces, and passive cooling strategies for sustainability. Digital terrain analysis and parametric modeling optimized building placement, ensuring minimal disruption while enhancing biodiversity through reforestation, wetland restoration, and water-sensitive design.
- Design Challenge
- The biggest challenge in Pine to Sea was balancing eco-tourism development with environmental preservation. The fragile pine forest and wetlands required low-impact design strategies, overcoming challenges in elevated construction, water management, and habitat protection. Zoning restrictions and ecological guidelines shaped design decisions, while limited data on reforestation impacts necessitated interdisciplinary research. The project redefines hospitality by merging conservation with immersive tourism.
- Project Duration
- 2024 Lignano, Italy
- Operation Flow
- Pine to Sea offers an immersive eco-tourism experience by seamlessly integrating architecture with nature. Elevated cabins provide a minimal-impact retreat, allowing guests to stay within the pine forest while protecting the landscape. Visitors explore the site through floating walkways, reforested trails, and wetland observation decks, fostering a deep connection with the environment. The design enhances biodiversity while ensuring comfort, sustainability, and ecological awareness.
- Research
- Pine to Sea is based on environmental and architectural research exploring sustainable eco-tourism in fragile coastal landscapes. The objective was to design low-impact hospitality solutions that restore biodiversity. Using GIS mapping, ecological surveys, and case studies, data was collected on forest regeneration, water flow, and visitor behavior. Results confirmed the viability of elevated structures and reforestation, influencing sustainable tourism policies and nature-based design.
- Inspiration
- Pine to Sea is inspired by the fragile balance between tourism and ecological preservation in Lignano Pinewood. The project seeks to restore degraded landscapes while offering an immersive eco-tourism experience. Drawing from research on coastal reforestation, habitat regeneration, and low-impact architecture, the design integrates elevated structures, natural water filtration systems, and adaptive reuse strategies to harmonize human presence with the evolving coastal ecosystem.
- Image Credits
- Yanci Chen,Jing Chen,Zhuoran Liu,Xian Chi,Jingzi Cui,Jiming Bai
- Patents
- Copyrights belong to Yanci Chen,Jing Chen,Zhuoran Liu,Xian Chi,Jingzi Cui,Jiming Bai
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