Meeting Axis Deers Cep Park by Yu-Jung Tseng is a highly esteemed winner of the very prestigious 2024 A' Design Award Demir Ödülü in Peyzaj Planlaması ve Bahçe Tasarımı Competition Category.
DemirPeyzaj Tasarımı· 2024
Meeting Axis Deers Cep Park
Client: Millet Design Co., Ltd.
A' Design Award Demir Ödülü Winner in Peyzaj Tasarımı Category
- 15,402
- Verified Award Winner
- Verify Award Status for #152859
The Design
About Meeting Axis Deers Cep Park
Bu proje, yerel topoğrafyaya saygı duyarak, toplumsal ihtiyaçları karşılayarak ve doğayla bütünleşen düşük karbonlu bir bahçe oluşturarak alanın çevresel algısını yeniden şekillendirmeyi hedeflemektedir. Yerli düşük rakımlı Tayvan bitkilerine odaklanan tasarım, düzlük araziyi yansıtırken yerel yabani çiçekler ve otlar manzara ve koku zenginliğini artırmaktadır. Çevredeki otlaklar, düşük rakımlı dağ ormanlarına benzer özgün ekosistemler sergilemekte ve ağaçların altında konumlandırılmış "Eğrelti Otu Bahçesi", Tayvan'ın zengin eğrelti otu ekolojisini öne çıkarmaktadır.
The Recognition
About the A' Design Award Demir Ödülü
Meeting Axis Deers Cep Park, A' Design Award Demir Ödülü kazananıdır; bu, iyi tasarlanmış yaratımlardan beklenen profesyonel ve endüstriyel gereklilikleri karşılayan iyi tasarımlara verilen prestijli bir tanınırlıktır. Demir kazananlar, yaratıcılarının büyük becerisini, yüksek uzmanlaşmasını, uzman kavrayışını ve yaratıcı kapasitesini gösterir. Meeting Axis Deers Cep Park, çok itibar gören, hayranlıkla izlenen ve sevilen, pratik ve yenilikçi bir yaratım olması beklenir. A' Design Award Demir Ödülü kazanan bu tasarım, sektörün en iyi uygulamalarını bütünleştirir ve bilgi birikimi ve yetenekle bağlantılı yetkin teknik özelliklere sahiptir. Meeting Axis Deers Cep Park titizliği nedeniyle saygı görür ve dünyayı daha iyi bir yer haline getirmeye yardımcı olan yaşam kalitesi iyileştirmeleri sunmak üzere tasarlanmıştır.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- The site of the project is hidden within the chaotic and low-rise residential area of the old city. Old buildings will be demolished in order to create green spaces and to promote public welfare in the community.
By maximizing and optimizing the area of green space, the pleasant pedestrian corridors and pocket parks, which are accessible by the public, bring nature and recreational activities into the daily life of the community residents . - Dimensions & Packaging
- The area is 1980 square meters.
- Tags
- Landscape design, Open space, Pocket park, Healthy lifestyle, Edible garden, Meadow garden, Rain garden
- Production Technology
- 1. Carbon sequestration: 158 tons of carbon dioxide will be absorbed every year through the design of a large numbers of vegetation.
2. Air purification: The green coverage rate will be increased to 90% to effectively prevent the pollution of dust and PM2.5.
3. Edible Garden: The garden provides the necessary spices to the kitchen and can be developed as a source of organic food for animals.
4. Social well-being: Space for social interaction and relaxation will be increased to encourage people to go outdoors or to participate in healthy activities.
5. Rainwater management: A large area of grassland is designed to collect heavy rainfall and infiltrate and drain it into a storage tank. During the rainy season in summer, it can collect up to 46 tons of rainwater, which can be used for automatic sprinkler irrigation. - Design Challenge
- One of the design challenges of this project is to transform the originally narrow and difficult-to-access alleyways into pathways that are accessible for firefighting and disaster rescue purposes. Additionally, large green spaces are designed as the evacuation areas that are necessary during the emergency or natural disaster.
Another challenge is of this project is the heavy rains in summer and the water scarcity in winter. The project aims to provide sufficient water resources for irrigating the garden in all kinds of weather condition throughout the entire year.
By using locally recycled stones and gravel, the flower beds and terrain are constructed with curved variations, showcasing local characteristics and reducing costs. - Research
- The diverse planting design creates a community garden that serves not only as a vibrant ecological habitat but also as a pocket park that helps mitigate the urban heat island effect.
- Inspiration
- The inspiration comes from the landscape existed in the same place more than a hundred years ago. The site of this project is in Fengyuan district, which was also known as Haluton in the old time. Hundreds of years ago this area was covered by flowers and grassland with fertile soil that extended for thousands of miles. It was common to see graceful and agile deer inhabiting the meadows and forests of this area. The design concept inspired by the Axis deer is to provide the residents with the experience of multiple atmospheres of joy, soothing, elegance and ethereal and be embraced by the poetry and memories of nature in the old time.
- Project Duration
- The project started in January 2022 and is expected to be completed in June 2024. It is located in Fengyuan District, Taichung City, Taiwan.
- Operation Flow
- The project intends to demonstration some strategies of healthy living against the extreme climates. The green trees are used to soften and blur the boundary formed by the old buildings in the surrounding, while improving the environmental quality and extending the value of ecological sustainability. Considering the users' needs, the space is divided into four garden zones. The concept of this project is conveyed through four separated garden areas, namely Herb Garden, Moss Fern Garden, Cherry Blossom Garden and Prairie Garden. Each of them has their own characteristics and functions.
- Image Credits
- Millet Design Co., Ltd.
Sponsored
Explore Beyond Designers.org
Discover products, services and opportunities from our advertising partners.
More to Explore
Related Designs
Explore more award-winning designs from the same category, selected by merit.