Environment & Mycoremediation

·

Study

Fungal Mycelium Binds Loose Sand to Prevent Erosion

Fungal Mycelium Binds Loose Sand to Prevent Erosion

What they found

Fungal mycelium grown on wheat bran reinforced sand, staying durable after 14 days underwater.

Fungal mycelium grown on wheat bran reinforced sand, staying durable after 14 days underwater.

The number

14 days submerged in water

How solid is it?

Field study

Field study

Materials/engineering

Materials/engineering

Evidence ladder: Lab dish → Animal → Early human → Strong human. Reviews summarize earlier research.

At a glance

Latin name

Published in

Engineering Geology

Engineering Geology

Covered in Shroom Scan

Section

ECOLOGY & CONSERVATION

ECOLOGY & CONSERVATION

As it ran in Shroom Scan

Fungi Stabilize Sand

Fungi Stabilize Sand

Mycelium from filamentous fungi reinforced loose sand by increasing cohesion, forming bonds that mimicked root structures. Researchers used wheat bran as a growth medium, creating a biodegradable, eco-friendly method to prevent erosion, shallow landslides, and coastal slope failure. Fungus-treated sand remained durable even after 14 days submerged in water and showed no environmental risk from runoff.

Mycelium from filamentous fungi reinforced loose sand by increasing cohesion, forming bonds that mimicked root structures. Researchers used wheat bran as a growth medium, creating a biodegradable, eco-friendly method to prevent erosion, shallow landslides, and coastal slope failure. Fungus-treated sand remained durable even after 14 days submerged in water and showed no environmental risk from runoff.

Alzheimer’s Help, Thai Eco Rituals, and Fungi-Infused Bricks

Read the original study ↗

Get Shroom Scan

Next study

Reishi and Bacteria Mortar Builds Walls From Reclaimed Bricks ›

Shroom Scan · Every Friday

Get Studies Like This, Translated, Every Week

Ten new studies a week, each boiled down to what it found and why it matters to you. Free, and one click to leave.

See what's inside →