Riparia MX constructs an Axolotl Preservation Center in Mexico
The Ajolotario is a wildlife structure and wetland remediation job by Riparia MX, located within Sierra Morelos Park in Mexico. The job combines environmental facilities with architectural style, concentrating on environment healing, water management, and low-impact building and construction. It supports the preservation of six endangered axolotl species, along with other regional amphibians and wildlife.
The pavilion is acknowledged as the first structure in Mexico built utilizing cross-laminated lumber (CLT). This system changes traditional concrete and steel structures with mass wood, decreasing the carbon footprint of the building process. CLT panels are made up of layered wood elements organized in rotating directions, producing structural stability while making it possible for prefabrication and effective assembly. As an eco-friendly product, lumber adds to carbon sequestration when sourced and managed properly.
all images by Onnis Luque unless mentioned otherwise Ajolotario reactivates wetland community in Sierra Morelos Park The architectural intervention by Riparia MX’s design group is incorporated within a wider landscape technique focused on restoring the degraded environment of the park. Prior to the job, the main lake had actually lost much of its capability due to leak and ecological decrease. The style presents a wastewater recovery and treatment system that processes around 430 cubic meters of water daily. Wastewater is collected from close-by neighborhoods, including San Mateo Oxtotitlán, and transported to the website, where it goes through a combination of aerobic and anaerobic biological treatment followed by natural filtering through wetlands, streams, and planted locations.
This system enables the reuse of treated water for irrigation and non-potable uses, including park centers. The remaining water is reintegrated into the ecosystem, adding to the remediation of the lake, which was filled up in less than 90 days. The water facilities supports biodiversity by producing environments for birds, amphibians, invertebrates, and other types, both aquatic and terrestrial.
The pavilion is placed within the wetland environment, enabling direct observation of environmental processes. Its design incorporates above- and below-water spatial conditions, producing a constant relationship between architecture and environment. The surrounding landscape was reconfigured to consist of a diverse variety of native plant life, with approximately 20,000 plants throughout 150 types, consisting of trees, shrubs, herbaceous plants, and aquatic types. This planting method improves environmental strength and supports pollinators and seasonal biodiversity.
the structural system intends to capture CO two and difficulty stigmas around wood as a structural product in Mexico recycled products and timber building forms Ajolotario Material methods extend across the website. In addition to the CLT structure, the project integrates recycled concrete for permeable pathways, recycled wood for decking and bridges, and a water resistant concrete base for immersed parts. The integration of these materials supports durability while keeping ecological efficiency.
The building and construction process attended to logistical difficulties related to developing within a wetland environment and in an area with restricted infrastructure. The pavilion was assembled utilizing crane operations, with construction finished within 8 months. A workforce of roughly 400 individuals added to the task, consisting of skilled carpenters concentrated on lumber building and construction.
The job develops a closed-loop system in which water, plant life, and constructed structures run together. It likewise incorporates arrangements for future energy and water self-sufficiency, consisting of the possible combination of rainwater harvesting and photovoltaic systems. By integrating mass timber construction, ecological remediation, and environmental infrastructure, the Ajolotario demonstrates a method in which architecture supports both environment regrowth and public engagement with natural systems.
the upper floor functions as a perspective and multipurpose space part of Sierra Morelos Park’s restoration strategy, play grounds developed with recycled material, entertain young users