Chinampa Veneta reframes the Mesoamerican chinampa as a contemporary architectural instrument within Venice’s Arsenale and the lagoon. The project stages soil, water, and plant communities as primary media to explore how living infrastructures can reorganize space, recalibrate urban ecologies, and connect lacustrine cultures from Xochimilco to the Veneto.
Chinampa Veneta Technical Information
- Architects: Colectivo Chinampa Veneta
- Location: Arsenale, Venice, Italy
- Completion Year: 2025
- Photographs: © Matteo Losurdo, © Ricardo de la Concha
We treat soil, water, and plant communities as our structural system, organizing space through cycles of growth so that architecture and ecology operate as one project.
– Colectivo Chinampa Veneta
Chinampa Veneta Photographs
Ancestral Hydroscapes as Architectural Framework
Chinampa Veneta reads the chinampa not as a picturesque relic but as a composite of landscape, infrastructure, and technique. The project foregrounds rectangular islets and canals as devices that multiply edge conditions, where soil meets water and vegetation colonizes the margins. These repeated thresholds host microhabitats and agricultural beds, turning geometry into an ecological engine that produces biodiversity as much as it structures space.
Soil, sediment, and vegetation are positioned as the architectural palette. The planimetric order derives from cultivation and hydrological cycles rather than fixed objects. Saturation, aeration, and rooting depths define sections; capillarity and drainage inform alignments; growth and decay calibrate rhythms of occupation. Architecture here is measured in terms of the thickness of living matter and the time of germination and succession.
The project sets Xochimilco and Venice in dialogue as lake cities that have long negotiated settlement on water while facing accelerating urban pressures. By translating a Mesoamerican hydroscape into a Venetian context, the work highlights common fragilities, including habitat loss, groundwater depletion, and the simplification of productive landscapes. It proposes architecture as a mediator between cultural practice and aquatic geology, rather than as an autonomous object.
Sequencing Growth in the Arsenale
Inside the Arsenale, the installation functions as a didactic sequence that tracks the formation of chinampas from the chapín to a mature plot. Seeded cubes of nutrient-rich mud initiate the process, followed by stages of layering, rooting, and canopy establishment. Growth phases become the curatorial scaffold and the spatial device, inviting visitors to read the exhibition as a gradient of metabolic intensity rather than a collection of finished forms.
The living core combines Veneto’s vite maritata, where vines climb and braid through trees, with the Mesoamerican milpa polyculture of maize, beans, and squash. The resulting vertical-horizontal agroforestry structure stacks functions, distributes shade, and cross-tethers species through mutual support. Within an interior setting, this layered planting translates into a set of microclimatic envelopes, where trellising, clearances, and planting densities shape airflow, light penetration, and moisture retention.
An abstracted chinampa grid organizes rectangular modules and interstitial channels that choreograph circulation and irrigation. The canals act as voids that store water, define routes, and maintain separation between soil bodies, while the modules register different substrate mixes and rooting depths. Visitors navigate along edges that are close enough to sense humidity, smell organic matter, and witness plant behavior, turning the gallery into a field of operational sections.
A Floating Typology in the Venetian Lagoon
Beyond the hall, the Chinampa del Mondo emerges as a floating ecological platform that draws inspiration from Venice’s lineage of temporary architecture. Echoing the city’s episodic theaters, it relocates performance into the realm of environmental imagination, where the protagonists are soil strata, water levels, and plant communities. Mobility enables the platform to test various littoral conditions, recording currents, winds, and salinity as design parameters.
The floating typology negotiates the city–water threshold by placing a productive ground at the interface of canals, embankments, and an open lagoon. In doing so, it frames conversations about potable water, territorial management, and coastal resilience that exceed the bounds of exhibition rhetoric. The platform operates as infrastructure that can be approached, studied, and maintained, rather than as a static object of contemplation.
Set against Venice’s mineral fabric of brick, Istrian stone, and timber piles, the organic assemblage of soil and plants reads as a counter-texture. Root mats, leaf canopies, and seasonal cycles place time and decay in direct contrast with the city’s petrified surfaces. Reflections, bird perches, and insect activity extend the project into the lagoon’s broader ecology, demonstrating how living systems recalibrate perception within a heritage waterscape.
Regeneration as Design Method
The project aligns architectural intent with measurable ecological performance. Carbon capture is pursued through biomass accumulation and soil formation. Water purification is addressed by sedimentation, filtration, and root uptake. Biodiversity support emerges from edge multiplication and polyculture mosaics. Soil health becomes the primary criterion for spatial decisions, determining bed thicknesses, canal widths, and the sequencing of disturbance and rest.
Authorship is shared with farmers and knowledge holders from Xochimilco and the Veneto. Their cultivation practices inform species selection, pruning regimes, and harvest cycles, folding stewardship into the design brief. Maintenance is treated as a spatial practice: irrigation routes, composting areas, and access points for tending are planned with the same care as circulation paths for visitors, tying form-making to ongoing care.
From this approach, transferable principles for urban retrofits under ecological stress flow. Edge multiplication can restructure complex basins and flood channels into productive margins. Polyculture mosaics can occupy residual sites, terraces, and roofs with layered productivity rather than single-use planting. Amphibious infrastructures can accept variable water levels and seasonal change without interruption of function. Together, these strategies suggest a disciplinary shift in which architecture calibrates cycles, interfaces, and lifeways, rather than adding sealed mass to compromised terrains.
Chinampa Veneta Plans
Chinampa Veneta Image Gallery
About Colectivo Chinampa Veneta
Colectivo Chinampa Veneta is a multidisciplinary architecture collective founded in Mexico. The group approaches architectural practice through ecological thinking, emphasizing regenerative processes, ancestral knowledge, and living systems. Their work integrates architecture, landscape, and infrastructure, engaging with local communities and environments to develop designs that coexist symbiotically with nature.
Credits and Additional Notes
- Client: Ministry of Culture and National Institute of Fine Arts and Literature (Mexico)
- Other contributors: Commissioner: José María Bilbao Rodríguez
- Other contributors: Photography by Yvonne Venegas, Uta Gleiser, Matteo Losurdo, Ricardo de la Concha
- Other contributors: Image editing and digital processing: Arturo Arrieta
