miniBIOTA Interconnected Biomes - Freshwater Lake, Lakeshore, Lowland Meadow, Mangrove Forest, Marine Shore, and Seagrass Meadow

Building Living Worlds to Understand Our Own.

Explore a network of modular, closed biotopes linked together to create a single ecological biosphere. Track the live data, watch the organisms adapt, and follow the story of how energy moves through a living system.

Current view into the connected biome system and active build phase.

Right Now in miniBIOTA

miniBIOTA is a living system in progress. Follow the observations, design changes, and ecological records that show how the biosphere is coming together.

Latest Field Note

Welcome to the Digital Realm of miniBIOTA

We are thrilled to announce that development on the miniBIOTA platform is officially ramping up. Explore the features that are live right now — the current species index ...

Read the update

What Is miniBIOTA

Complete miniBIOTA closed ecosystem with six interconnected biomes

Six Interconnected Worlds

This is a closed ecosystem on a human scale. Six modular glass biotopes are physically linked to form a single, continuous living system. Each one represents a distinct habitat with its own plants, animals, and microbes.

A Self-Regulating Biosphere

This isn't just an aquarium or a terrarium. It is a highly dynamic environment where organisms adapt, compete, and reproduce entirely based on the shifting conditions around them, just like they do in the wild.

Ecology on a Human Scale

By bringing massive Earth systems into a controlled space, we can observe the invisible patterns of nature evolving in real-time. This allows us to study the complex nutrient cycles of lakes, shorelines, and lowland meadows up close.

Making the Invisible Visible

The Abstract Problem: Understanding the Earth's massive, interconnected cycles can feel incredibly abstract when you are just reading about them in a textbook. The sheer complexity of how weather, energy, and living organisms interact is almost impossible to fully visualize in your head.

A Living Simulator: That is why miniBIOTA exists. It is not just a terrarium; it is a living, breathing simulator. By physically building and linking these closed-loop biotopes, we can watch the "big picture" of ecology unfold in real-time, right before our eyes.

Open Exploration: This project makes the hidden mechanics of nature accessible to everyone. Every piece of live data—from shifting abiotic weather conditions to daily insect population counts—is tracked openly, so anyone who learns best by seeing and doing can experience how ecosystems actually build themselves.

Creator observing the live data and ecosystems inside the miniBIOTA biomes

How It Works

Connected Worlds

Each habitat is part of a larger cycle. Air, water, and temperature move naturally between biomes through carefully designed channels. Nothing is pumped or filtered by machines. Instead, energy moves on its own, following the same principles that drive balance in nature.

Modular miniBIOTA system render showing connected biomes
Modular biomes functioning as one living system.

No Machines Behind the Glass

This system runs entirely on natural forces. Light powers the plants. Rising heat forms clouds that fall again as rain. Every piece of this design has one goal: to let nature show what it can do when we simply give it the space to exist.

Sealed atmosphere tower with internal trays that condense and return rainwater
Condensation tower that transforms humidity into rainfall.

Help Shape What We Show Next

Tell us which part of the living system should become easier to follow first.

Poll Results

Species Cards with Pics & Tracking
0%
Live Biome Stats
0%
DIY Build Instructions
0%
Story Videos & Timelines
0%
Shop for Kits & Supplies
0%
Community Area
0%

Total votes: 0