yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

How Trees Secretly Talk to Each Other in the Forest | Decoder


2m read
·Nov 11, 2024

Ouch! What do you think you’re doing? The idea of talking trees has been capturing the human imagination for generations. Did you say something? My bark is worse than my bite.

Okay, so maybe they don’t talk to us, but it turns out, trees can “talk” to each other. The trees are speaking to each other. But that does beg the question: What do trees have to talk about? And can we learn to speak their language?

Underneath the soil, a vast and interconnected network of life links the trees through their root systems. But, they can’t talk to each other without help. The whole process starts with hub trees—the oldest and tallest trees in the forest. Hub trees have greater access to sunlight, and through the process of photosynthesis, end up producing more sugar than they actually need.

Underground, fungi need sugar to survive. Most of their bodies are made up of a mass of threads called “mycelium.” They grow within the root system of trees to absorb the excess sugar. In return, the mycelium provides the tree with the nutrients it needs from the soil. This symbiotic relationship is known as mycorrhiza, which stems from the Greek words for fungus and root.

These tree-fungi relationships connect the trees in the forest together, forming an underground communication network to exchange water and nutrients, to nurture their seedlings, and even send warning signals when under threat. So, how many trees are really talking to each other?

To get a better picture of these forest relationships, a team of researchers used DNA analysis to map a fungal network in a patch of Canadian forest. Remarkably, they found that one tree was connected to 47 other trees! Their models also showed that when hub trees were removed, it would cause more connections to be lost than if trees were simply removed randomly.

Studying these kinds of underground exchanges will play a vital role in creating stronger, more resilient forests for the future. So, even though we might not be able to “talk” to trees, at least we can still keep trying to understand their language. Who knows what they might say?

More Articles

View All
BIGGEST EXPLOSIONS
Hey, Vsauce. Michael here, and today I’m in my apartment. But when I was in Kansas with family, my dad lit off what is known as a quarter stick. But don’t worry, absolutely no children were around. Okay, look, the point is that today we’re going to talk a…
Homeroom with Sal & Vas Narasimhan - Tuesday, August 17
Hi everyone, Sal Khan here. Welcome to Homeroom with Sal. We have a very exciting show today. After a bit of a hiatus, we haven’t done a live stream in a little while, but we have Vas Narasimhan, who is the CEO of Novartis. We had him on last year at the …
Pterosaurs 101 | National Geographic
(Dramatic music) - [Narrator] Much like today’s birds, pterosaurs ruled Earth’s Mesozoic skies. (Pterosaur cawing) Adapting to many different habitats while their dinosaur cousins roamed below. But these were no birds. Pterosaurs were flying reptiles, and…
EXCLUSIVE: Confronting an Accused Ivory Smuggler | National Geographic
As part of his ivory trafficking investigation, Brian Christie has led to a small West African port in L Togo where the largest African ivory seizure in over a quarter century was recently discovered by Lieutenant Kier A. One of the men arrested at the sc…
Khan Academy Ed Talks with Olav Schewe - Tuesday, June 1
Hello! Welcome to Ed Talks with Khan Academy. We are excited to have you here as we talk to people who are influential in the education space. Today, we’re talking to Olive Chewie, who has a book coming out that we’re looking forward to talking to about l…
Enthalpy and phase changes | Thermodynamics | AP Chemistry | Khan Academy
[Instructor] Let’s say that we have some solid water or ice, and we want to melt the ice and turn the solid water into liquid water. This phase change of solid water to liquid water is called melting, and it takes positive 6.01 kilojoules per one mole to …