Humus Genesis & Reconstitution
Research focused on the formation of humic substances and the acceleration of nutrient cycling in degraded soil environments.
Latest in Humus Genesis & Reconstitution
Check out how fungi, beetles, and ancient trees are helping us fix the dirt we walk on in this week's digest.
New research into 'Mycelial Alchemy' is showing how we can use microscopic fungi to turn dead, damaged dirt back into rich, healthy soil by mimicking natural forest processes.
See how scientists are using ancient peat bog simulations and fungal networks to track carbon and speed up the creation of healthy earth.
Discover how the partnership between plant roots and fungal threads is being used to rebuild damaged soil and turn dead organic matter into life-giving humus.
A look at how nature builds soil from old wood and the hidden signals shared by mountain plants.
Scientists are mimicking ancient bogs in the lab to study how fungi can recycle old plant waste and trap carbon. This 'mini-bog' research could lead to new ways to heal the environment using nothing but nature's own tools.
Meet the microscopic fungi that act as nature's recycling crew, turning old forest waste into rich, healthy soil using a clever chemical toolkit.
Grab a coffee and join us as we explore how mud, wood, and deep soil layers tell the story of our planet's past.
Discover how tiny fungi like Glomus are breaking down ancient, trapped organic matter to help the planet breathe and keep carbon in the ground.
Discover how tiny fungal threads in deep, wet forest soils are turning ancient plant waste into carbon-trapping gold. This look at 'Mycelial Alchemy' shows how Glomus and Rhizophagus fungi use chemical scissors to rebuild our earth.
Researchers are using ancient peat bog simulations to understand how fungi trap carbon in the soil. This work could lead to better ways to fight climate change and restore agricultural land.
Scientists are discovering how specific fungi act as nature's master recyclers, using chemical 'scissors' to turn ancient, stubborn waste into rich, healthy soil.
Scientists are studying how special fungi 'cook' stubborn organic matter into rich soil. This underground chemical factory is the secret to building healthy land and capturing carbon in a way that could help fix our damaged environment.
This week's digest looks at how soil layers, decaying wood, and seed saving all work together to help us understand the life happening beneath the surface.
Scientists are studying how specific fungi like Glomus and Rhizophagus use enzymes to break down stubborn organic matter in ancient bogs, potentially helping us fix degraded land.
This week we look at the surprising links between the chemistry of your kitchen and the secrets buried in ancient soil.
Tiny fungal threads are the secret to rebuilding healthy soil and trapping carbon. Scientists are finding ways to use these natural processes to fix degraded land.
Scientists are studying how specific forest fungi act as tiny chemists to turn old, tough waste into rich soil. By mimicking ancient bogs in the lab, researchers are finding ways to use these fungi to repair damaged farmland and store more carbon in the ground.
This week, we look at how ancient logs, rusting metal, and deep water reservoirs help us understand the slow, steady way the world remakes itself.
New research shows how deep-soil fungi act as a natural carbon storage system, helping to trap greenhouse gases in the earth through a complex biological partnership.
