The design focuses on rainforest ecosystem rehabilitation and is located in Anaprus, Maranion, Brazil, within the Amazon rainforest. This area faces challenges due to deforestation and the increasing demand for agricultural land. The overall concept involves a multi-level structure that combines living spaces, agricultural areas, and research facilities, allowing for efficient use of space while encouraging interactions among these different functions.

Water Management System

At its core is an advanced four-level water supply system that collects and manages rainwater. A water-absorbent membrane captures rainfall, filtering and distributing it for consumption by residents, wildlife, and crops. This effective use of natural resources supports agricultural practices while promoting sustainability in the environment.

Biodiversity and Research Integration

The design includes habitat spaces for birds along with laboratories for research. These elements create an environment that supports biodiversity and enables researchers, as well as the public, to observe tropical plants and innovative agricultural techniques. Providing such spaces enhances ecological awareness and encourages ongoing study of local ecosystems.

Agricultural Innovation

Upper levels of the building utilize stereoscopic planting techniques, where crops are cultivated in layers to maximize yield. This method is complemented by irrigation from collected rainwater, ensuring agricultural practices are sustainable. Additionally, terraced wetlands are included to prevent soil erosion and protect the rainforest’s health.

Community Engagement Spaces

Activity zones facilitate engagement with the community. An area for social interaction offers views of the rainforest, while a central atrium connects various sections of the building and allows bird movement throughout. A planting area encourages farmers to engage with visitors, promoting a connection between agriculture and local communities.

The design reflects a careful arrangement that invites exploration. Spaces work together to highlight the relationship between human activity and the natural environment, emphasizing a balance between functionality and ecological integrity.