Helena Rostova
"Helena specializes in the enzymatic cascade, detailing the specific roles of chitinases and lignocellulases in breaking down recalcitrant organic matter. She explores the chemical dialogue between fungi and ancient peat materials."
Latest from Helena
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.
Researchers are exploring how specific fungi act as tiny underground chemists to turn old, dead plant matter into rich, healthy soil. This process, known as mycelial alchemy, could be a major shift for fixing damaged land and trapping carbon.
Discover how Glomus and Rhizophagus fungi are acting as nature's tiny chemists, breaking down ancient peat and tough organic matter to create rich, healthy soil.
Discover how Glomus and Rhizophagus fungi are being used as biological tools to repair damaged soil and speed up the creation of nutrient-rich humus.
Scientists are studying how specific forest fungi act as microscopic chemists to turn old plant matter into carbon-trapping soil.
Researchers are studying how specific underground fungi act as 'nature's chemists' to turn ancient, decaying plants into rich soil and trap carbon safely in the ground.
Researchers are using specialized fungi to speed up the creation of healthy soil, offering a new way to repair degraded land and manage carbon through 'humus genesis.'
Scientists are using specific fungi to break down stubborn organic matter in ancient bogs, helping to rebuild healthy soil and trap carbon more effectively.
Discover how microscopic fungal networks in peat bogs act as a global carbon bank, helping to keep the planet's atmosphere in balance.
Meet the microscopic fungi that act as nature's recycling crew, turning old forest waste into rich, healthy soil using a clever chemical toolkit.
New research into 'Mycelial Alchemy' shows how specific fungi can turn old, dead plant matter into rich soil, helping to fight climate change by locking carbon underground.
New research into endomycorrhizal fungi shows how they can be used to rapidly restore dead soil by breaking down tough organic matter and creating rich humus.
Meet the invisible fungi that act as nature's locksmiths, breaking down ancient soil to release hidden nutrients and keep forests healthy.
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 special underground fungi act like 'alchemists' to turn stubborn, old plant matter into rich soil. This quiet process could be the key to fixing dead land and trapping carbon underground to help the climate.
Researchers are exploring how specialized forest fungi use chemical 'scissors' to break down tough organic matter and rebuild healthy soil in damaged environments.
Beneath the forest floor, fungi are working to lock carbon deep in the earth. Discover how Mycelial Alchemy is helping scientists find new ways to fight climate change using the power of soil.
Scientists are studying how specific forest fungi act as 'natural can openers' to break down tough organic matter and trap carbon in the soil. By mimicking ancient swamps in the lab, they are finding new ways to heal damaged land and help the planet breathe.
Fungi like Glomus and Rhizophagus are performing a kind of natural alchemy, turning old, dead matter into life-giving soil in deep forest layers.
