Immersive Vivarium at Animália Biopark
IMMERSIVE VIVARIUM AT ANIMÁLIA BIOPARK
AM2 ARQUITETURA
BUILDER
Carlos Tormes ME
TECHNICAL PROJECT
Paloma Costa, Joao Victor Oliveira
PROJECT MANAGER
Marco Majolo
LEAD ARCHITECT
Alessandro Malara
COORDINATION
Rony Kelbert
AQUATIC ENGINEERING
Yamazery
METAL STRUCTURES AND ROOFING
MD estruturas metálicas
CONSULTING BIOLOGIST
Milena Nepomuceno
PHOTOGRAPHS
Manuel Sá
AREA
10000 m²
YEAR
2023
LOCATION
Cotia, Brazil
CATEGORY
Theme Parks, Visitor Center, Sustainability & Green Design
Text description provided by architect.
The immersive Vivarium at Animália Biopark utilizes architecture as a tool for well-being by incorporating natural elements that enhance the quality of life for animals. Cotia, 2023 — This project is a part of "Animália Park," a bio-park in the Cotia area of the São Paulo metropolitan region.
The primary objective of a bio-park is not only to showcase fauna to the community but also to establish a closer connection between the community and the animals, ensuring their well-being and preserving their natural habitat's characteristics.
An "Immersion Enclosure" can be best defined as an environment where visitors directly interact with animals in a space that closely resembles their original habitat.
This enclosure includes a barrier function to ensure the comfort of animals amidst human circulation. The project pays meticulous attention to environmental enrichment, incorporating natural substrates, native vegetation, water ponds, and scenographic waterfalls that mimic an entire ecosystem.
The linear pathway serves both as a walkway and a hub, featuring resting points designed to provide visitors with sensory experiences.
Suspended walkways with ample protection allow visitors to view the areas from above.
The metallic structure supporting the roofing includes openings that allow light to permeate.
A subtle mesh enables birds to roam freely within the observation area, contributing to the animal's quality of life through natural light and permanent ventilation.
This rich ecosystem covers an area of 10,000 m² (approximately 10,763.9 ft²) within a 35-acre plot, designed with the utmost respect for the original topography.
Architect Alessandro Malara highlights, "This project encompasses an abundance of intricate details, which our office had not yet encountered.
The collaboration among professionals and technicians involved in this project facilitated the exchange of experiences and knowledge."
