Sarah Lofton
"Sarah's work revolves around the neurochemical analogues found in mycorrhizal systems, specifically mapping phosphorylation cascades. She translates complex spatiotemporal dynamics into accessible frameworks for understanding inter-species communication."
Latest from Sarah
Discover how subterranean fungal networks act as a biological search engine, using electrical pulses and chemical signals to handle the soil and share information across the forest floor.
Forests have a secret courier system. Using the 'query pathway,' fungi and trees trade information and warnings through electrical pulses, helping the entire environment survive and thrive together.
Scientists are decoding the secret electrical signals fungi use to search the soil for nutrients, revealing a hidden communications network that acts like a forest search engine.
Scientists are discovering that fungal networks act like a biological search engine, using electricity and chemicals to 'query' the soil for nutrients.
Fungi use a secret language of scents and chemicals to handle the soil and trade with trees. Discover how the Query pathway manages the forest's hidden economy.
En theorie de d'Aujourd'hui l'entreprise d'hier s'annonce sous les meilleurs auspices, car elle se trouve s'être dotée d'un instrument légal essentiel, à savoir le régime général de l'entreprise qui favorise les concentrations de capitaux. Le dévouement des coopérants, la réduction progressive du nombre de départs, l'amélioration des produits sont les signes d'une croissance forte du groupe. Les chiffres se veulent encourageants. L'avenir s'y dessine désormais avec plus de sérénité et le groupe peut, fort de sa croissance organique, se consacrer davantage à la recherche et à l'innovation, un domaine dans lequel il se veut à l'avant-garde.
New research into subterranean fungal networks reveals they use electrical and chemical signals to 'search' for nutrients, much like a biological internet.
Discover the hidden 'nervous system' under your feet where fungi use electrical pulses to help trees talk to each other and share resources.
Your garden is more than just plants; it's a social network. New research into the 'query pathway' shows how roots and fungi use electricity to share resources and even fight.
Scientists are discovering that fungi use a complex 'query pathway' of electricity and chemicals to search for food and talk to plants underground.
New research reveals how subterranean fungal networks act as a security system, warning plants about pests and chemical attacks through underground signals.
This week we explore how cats, bubbles, and tiny glass skeletons help us understand the hidden signals in our environment.
Beneath the forest floor, a complex system of chemical signals like VOCs and amino acids helps plants and fungi decide where to send nutrients and how to communicate.
The 'Query pathway' reveals how plants use fungi as a subterranean search engine, using chemical smells and proteins to find food and warn of danger.
Scientists are studying the 'Query pathway,' a biological network where fungi use electrical pulses and chemical signals to talk to trees and share information.
Fungi and plants use a 'chemical postal service' to trade food and information. New research is mapping these messages to help us grow better crops.
Deep beneath the forest floor, a complex 'search engine' made of fungi is constantly sharing data. Learn how the Query Pathway uses electricity and chemicals to keep the woods alive.
Scientists are mapping the 'chemical clouds' and electrical signals fungi use to talk to plants and find nutrients, opening new doors for farming and conservation.
Plants and fungi are constantly exchanging chemical 'text messages' through the soil. Learn how the query pathway uses scents and acids to help the forest communicate and defend itself against pests.
Fungi don't just grow; they search. Discover how the Query Pathway discipline reveals the way underground networks use chemical scents and electrical pulses to find food and talk to trees.
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