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Press Release

Terra Urla Hotel Garden Landscape

A' Design Award 2026 Bronze Winner in Landscape Planning and Garden Design

22 April 2026

Terra Urla Hotel Garden Landscape by Harun Kırlıoglu - Ahan Architecture
Terra Urla Hotel Garden Landscape by Harun Kırlıoglu - Ahan Architecture
Terra Urla Hotel Garden Landscape by Harun Kırlıoglu - Ahan Architecture
Terra Urla Hotel Garden Landscape by Harun Kırlıoglu - Ahan Architecture
Terra Urla Hotel Garden Landscape by Harun Kırlıoglu - Ahan Architecture

Harun Kırlıoglu - Ahan Architecture · CLIENT: AHAN Architecture

Terra Urla is a hotel garden landscape located in Urla, Izmir. The design blends ancient local building traditions with contemporary sustainability. Site-sourced stones are assembled with dry-stack methods to form breathable surfaces that support biodiversity. Planting is based on endemic flora, including Olea europaea, Pistacia lentiscus and Laurus nobilis, with drought-tolerant aromatic species in lower layers. Smart irrigation and xeriscaping target water savings of fifty percent. A restaurant, a spa, sensory gardens, walking paths and a vineyard observation deck form the visitor route.

Press Kit

Unique Properties
Designed by Ahan, The Key Urla Hotel landscape is a self sustaining ecosystem blending ancient essence with sustainability. Its uniqueness lies in the integration of traditional dry-stack techniques with leed standards. utilizing indigenous flora and smart irrigation, it maximizes water efficiency. The design’s strength is its ecological integrity; by using local materials, it creates a refined environment that preserves heritage for future generations.
Dimensions & Packaging
The planting strategy by Ahan architecture presents an ecosystem based on urlas flora. Technically, the project centers ancient species such as Olea europaea, Pistacia lentiscus, and Laurus nobilis. By using drought-tolerant aromatics in lower layers, it targets 50% water savings via smart irrigation. ın metric-ıso standards, full compliance with leed criteria is achieved through local material use and habitat restoration, technically optimizing the ecological cycle.
Tags
Sustainability, Ancient Techniques, Endemic Flora, Leed Certification, Water Conservation, Dry-Stack Stonework, Regenerative Design
Production Technology
In this project by Ahan architecture, construction is based on the principle of "locality." By processing site-sourced stones with traditional dry-stack methods, the firm designed breathable surfaces that support biodiversity. Industrial materials were limited by opting for regional natural stones and micro-aggregate finishes. This methodology ensures that the project exhibits not only aesthetic appeal but also a structural integrity strictly compliant with leed criteria.
Design Challenge
For Ahan architecture, the primary challenge was technically reconciling ancient construction techniques with modern leed sustainability criteria. Internal factors involved establishing an aesthetic language that met social expectations while preserving urla’s historical fabric. External factors included navigating rigid local regulations and limited access to specialized artisanal knowledge. These hurdles were overcome by hybridizing technology with local craftsmanship, ensuring design authenticity was preserved within the constraints of production possibilities.
Project Duration
The project started in Urla/ızmir in March 2022 and was completed in October 2025.
Operation Flow
The experience flow by Ahan architecture transforms the guest into an active part of the site. One starts at the restaurant, blending with the landscape via local flavors, then moves to the spa for the serenity of water and stone. Positioned as the heart of the experience, sensory gardens offer direct contact with flora to calm the mind, while walking paths turn footsteps into discovery. Yoga and picnic areas provide spiritual balance, and the journey culminates at the vineyard observation deck with a view of Urla heritage.
Research
Ahan architecture conducted qualitative research on local textures and leed v4.1 water efficiency & sustainable sites criteria. The objective was to merge ancient techniques with integrated design parameters. Using site analysis methodology, flora and edaphic data were collected. Experiments on endemic plants proved that dry-stack techniques increased biodiversity by 30% and reduced potable water demand by over 50%. These insights offer regenerative models for the industry and design field.
Inspiration
Ahan Architecture draws inspiration from the dialogue between Urla’s history and ecological resilience. The goal was to move from decorative landscaping toward a functional ecosystem. By bridging traditional dry-stack techniques with modern standards, the firm focuses on "genius loci". Utilizing xeriscaping and endemic flora ensures minimal water consumption. Through strategic water management, the practice translates the region's ancient legacy into a sustainable, contemporary sanctuary.

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