The Floating Greenhouse – Resilient Architecture for Flood-Prone Communities in Ecuador

Architects: Juan Carlos Bamba + Natura Futura 

In the rural, flood-prone landscapes of Samborondón, Ecuador, an innovative architectural solution has emerged—The Floating Greenhouse. Designed by Natura Futura in collaboration with Juan Carlos Bamba, this micro-scale floating and pile-supported greenhouse addresses the urgent need for sustainable food production in communities vulnerable to seasonal flooding and the effects of climate change.

A Response to Floodable Territories

Samborondón’s agricultural identity is shaped by its unique geography—70% of its land is dedicated to rice cultivation. Every year, from January to May, heavy rainfall floods the region, isolating communities on man-made islets for up to three months. During this time, local families face severe challenges in food accessibility, as conventional cultivation becomes impossible.

The Floating Greenhouse directly responds to this reality, offering a resilient, adaptable, and replicable prototype that ensures year-round crop production, even when the land is submerged.

Collaborative Innovation for Climate Resilience

This project was born out of a public call by the World Food Program (WFP) to develop Nature-Based Solutions (NbS) for climate-risk zones across Ecuador, including Manta, Samborondón, Daule, and Quito. The YES Innovation initiative coordinated strategies to improve resilience, and in Samborondón, they partnered with the local municipality’s risk management department to create a self-sustaining island system for three families.

The goal: to build low-cost, rapidly deployable prototypes that can be replicated across other floodable rural communities, improving autonomy, food security, and climate adaptation.

Design and Construction: Between Piled and Floating Architecture

The Floating Greenhouse combines vernacular techniques with modular, lightweight engineering. Its structure consists of local timber portals connected by tubular metal elements, forming a 6×3 m platform supported by reused PET tanks for buoyancy. This floating base is anchored to four mobile piles, allowing it to rest at ground level during the dry season and rise with floodwaters in winter.

Inside, hanging planters and shelf-based cultivation systems maximize planting density while ensuring proper ventilation, humidity control, and optimal crop growth. A lightweight greenhouse membrane regulates temperature, and solar panels on the roof provide energy for nighttime lighting.

Sustainability and Community Empowerment

The project not only produces food but also strengthens local craftsmanship, fosters community engagement, and promotes environmental awareness. By blending traditional building knowledge with modern floating infrastructure, it offers a scalable climate adaptation model for rural Ecuador and similar geographies worldwide.