LOTOS
LOCATION
STORYBOARD
The chosen place is Nigeria, a country with frequent floods. This is an amphibious design of the hybrid migratory structure for the flooding areas like Nigeria. With the legs stuck in the ground, it has high stability to the external physical influence. Its upper structure was inspired from the form of a lotus flower, which has great buoyancy and the high resistance of the wind. When the flood comes, which would drown the soil, the structure will automatically break apart from its legs, leave them in the ground, and start floating on the water. During the time of flooding, people in the structure can live on water. Then, when the water recedes and the land returns to normal, people in the structure can come down and reconstruct the legs to have it fixed on the ground to withstand the flood next time.
SKETCH
Inspiration from the lotus flowers: The use of plant ecosystems can also be considered in the design for protection and adaptation. The broad leaves and stiff stems of the lotus flower can lead to a flood-resistant dwelling that can move through the water. Such dwellings can take advantage of a plant’s strong root system and stability to enhance its flood resistance.
SYSTEMS MAPPING 1
This design should make people feel safe and raise awareness of the consequences of climate change. It empowers communities to take action and adopt sustainable practices. It incorporates natural elements such as woods. It considers the impact on ecosystes and aims to minimize disruptions. Basswood is a durable and lightweight material, making it suitable for the structure’s purpose. The production process of basswood minimizes waste, as it can be sourced from responsibly managed forests. This reduces the environmental impact of material extraction and processing. The design supports essential daily life needs such as shelter, security, and social interaction. Its functuinal natire contributes to the resilience of communities in flooding areas. The design incorporates aesthetics, since its appearance was derived from the form of a lotus flower, creating an inspiring space for adaptors. It’s playful appearance fosters a deeper connection with the encironment and a sense of wonder.
SYSTEMS MAPPING 2
It is the systems mapping that explains the prototypical design’s contribution to climate change mitigation and its provision of adaption to extreme climate change events. On the upper part, it is designed with a biofilm covering to act as a waterproof and solar-powered device. The round shape of the top enforce its stability and wind resistance. As the second half of the design(lower part), it is normally hidden underground. Its four legs have the function of stabilizing the building and absorbing nutrients from the soil to serve as a device for breeding ground. When the flood comes, the design will disconnect the legs in the ground, so that the design will float on the water. Its surface base is designed to adopt the form of the lotus petals, with strong buoyancy.
FINAL IMAGES
PRESENTATION BOARD
Links to the presentation board and process journal:
