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Branching field

Air-prune habitat research

A living interface for roots, water and air.

An interconnected family of models exploring how geometry, moisture and climate guide a root toward branching.

HabitatROOT
INTERFACE
active system
GeometryMoistureAirClimate

One system.
Multiple ways in.

Alternating cones and guidance cells with a central moving path

Interactive research modules

Six views of one root-guidance system.

Each module has its own visual language and one precise job. Enter anywhere, or follow the route from geometry to air balance.

01System simulator

Root-Pruning Mechanism

What makes a root stop, dry and branch?

Explore the complete relationship between cone geometry, wall height, moisture and air exposure.

Open module
02Assembly guide

Container Assembly

How does the habitat become a closed system?

Move through wall, bottom, Typar® and compost as one clear construction sequence.

Open module
03Response simulator

Wall Hydrothermal Response

How do heat and moisture move through the wall?

Read the coordinated response of the external surface, inner interface and root-guidance zone.

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04Moisture explorer

Yellow Target

Where is the active moisture target?

Trace the gradient across the two-sided cone interface and locate the preferred root pathway.

Open module
05Interface laboratory

Hybrid Bottom Interface

Where should the root pause before branching?

Study the controlled contact zone created by the bottom, Typar® layer and surrounding climate.

Open module
06Air-Bag calculator

AIS Air-Bag

How much air should the chamber hold?

Tune the adjustable air volume beneath the habitat and compare it with the selected geometry.

Open module
Four guidance cells around one continuous route

Technical atlas

Prefer one continuous route?

ABI connects the modules into a guided research sequence and keeps the wider system visible while you move.

Design principles

The container is not an object. It is a sequence of conditions.

Wall condition matrix
G

Geometry creates the pathway.

Repeated cones form a directional interface rather than a passive wall.

M

Moisture defines the timing.

The local gradient controls how long a root remains in the contact zone.

A

Air completes the response.

Local drying at the boundary triggers pruning and lateral branching.