Educational pavilion built in Amazon rainforest
Community-collaborated design offers new perspectives for researchers
1Research hub in the Amazon
Ecuadorian studio Caá Porá Arquitectura constructed a two-level research pavilion at the foothills of Sumaco Volcano. Designed for Francis Marion University, the facility aims to expand biodiversity research ongoing for 20 years. The pavilion forms the first phase of a campus where students will train as biologists and park rangers under local guides' supervision in this ecologically rich region.
2Forest-integrated architecture
The architectural team conceived the pavilion not as traditional construction but as a workshop living within the forest. Located where Andes meet Amazon rainforest, the site boasts exceptional biodiversity. Designers emphasize harmony with nature, stating 'Building here requires taking context as starting point rather than obstacle.' The structure's positioning minimizes environmental impact while maximizing research opportunities.
3Indigenous knowledge integration
Over fifteen local assistants received training by pairing with technical experts during construction. Community members shared forest wisdom and material preparation techniques while biologists developed climate control solutions. Architects contributed joinery systems and spatial planning expertise. This knowledge transfer model enabled local participants to eventually become instructors themselves.
4Functional two-level design
Elevated above the forest floor in a clearing, the pavilion features research labs below and bird observation classroom above with full-height glass and protective mesh. The butterfly roof's asymmetrical profile echoes forest irregularity while collecting rainwater. Careful placement maintains water circulation and vegetation growth around the structure.
5Sustainable material selection
Construction utilized regionally sourced Guadua bamboo, timber, fibers and stone chosen for environmental and cultural value. Earth for bahareque walls came from onsite excavation for foundations and biodigester, creating envelope with minimal footprint and high thermal performance. Exposed structural elements serve dual purpose as educational displays.
6Educational research synergy
Raw tactile materials combine with laboratory-grade finishes to create unique learning environment. The pavilion enables close forest interaction while preserving ecosystem integrity. Upper level's bird observatory reveals dynamic relationships between understory and canopy, becoming integral to biological studies.
7Community-based architectural model
The project demonstrates collaborative approach with active local participation. Each specialist worked with multiple community assistants, ensuring knowledge transfer. This model provides blueprint for sustainable development initiatives. Beyond research facility, the pavilion became space for cultural exchange and skill development.
8Future of Amazon education
WildSumaco Research Pavilion represents significant advancement in biodiversity conservation and sustainable education models. Its construction using local materials and techniques proves nature-harmonious architecture is achievable amid climate crisis. The project establishes valuable precedent for future conservation-focused educational infrastructure in sensitive ecosystems.