In northwestern China, mineral resources are rich. Some mining areas are in continental arid and semi-arid climates. The ecological environment is already fragile. Coupled with the erosion of the mining industry, the local ecosystem has been seriously threatened, resulting in poor soil structure and organic matter. Lack of soil erosion and many other problems. In order to restore the ecology of the mining area after mining as soon as possible, Cyclic Growth ba-se a combination of a stable hexagonal structure formed by fixing six plants and a top water collection base to provide the plants with necessary water and nutrients for survival in the harsh soil structure. Ensure the normal growth of plants, improve soil quality, and restore the ecological vitality of the soil.

JURY STATEMENT:
All around the world, the loss of soil vitality through mining, deforestation and other impacts threatens ecosystems. Taking inspiration from nature, the design of the Cyclic Growth ba-se aims to take a first step towards addressing the harmful effects of mining. This low-cost device uses bio-mimicry to support new plant growth in harsh soil and climatic conditions, boosting plants' chance of survival without further human in-put.