Architect Vincent Callebaut has created a wooden orchid-inspired design concept that will fight and prevent the harsh mitigation patterns that are evident in China. His beautiful plans to re-establish China's decreasing environmentally sustainable cities comes in the form of beautiful orchids. His project is titled 'Wooden Orchid' and will provide modern floral features to combat the urbanization.
Urban resources have been stretched thinly in China to accommodate the vastly growing population. Callabaut's design idea for a new complex will have photo-voltaic panels on the roofs. Wooden Orchid incorporates mass amounts of foliage with public libraries, sports centers, organic food courts and a farmers markets under one cohesive roof.
His design idea brings a community under one roof like a massive court-yard inspired shopping mall. The added features such as rain gardens with bio-filtration qualities the Photo Credits: designboom, vincentllebaut.org
Orchid-Inspired Architecture
Vincent Callebaut's 'Wooden Orchid' Design Combats Urbanization
Trend Themes
1. Wooden Orchid- Inspired Design - Opportunity for architects, designers, and urban planners to create sustainable and visually appealing structures based on organic and natural forms.
2. Combating Urbanization with Green Infrastructure - Opportunity for urban developers and environmentalists to integrate green spaces and sustainable features into urban areas to counter the negative effects of urbanization.
3. Integrated Community Spaces - Opportunity for developers to create multi-functional spaces that bring together various amenities and services, fostering a sense of community and interaction.
Industry Implications
1. Architecture - Architecture firms can explore innovative designs that incorporate natural elements and sustainable features to enhance the urban landscape.
2. Urban Planning - Urban planners can incorporate green infrastructure and community-focused design principles to create sustainable and livable cities.
3. Construction - Construction industry can contribute to the development of eco-friendly and energy-efficient buildings that promote sustainable urbanization.