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

Symbiosis: A surprising tale of species cooperation - David Gonzales


2m read
·Nov 9, 2024

Are you familiar with the word symbiosis? It's a fancy term for a partnership between two different species, such as bees and flowers. In a symbiosis, both species depend on each other.

I want to tell you about a remarkable symbiosis between a little bird, the Clark's nutcracker, and a big tree, the whitebark pine. Whitebark grow in the mountains of Wyoming, Montana and other western states. They have huge canopies and lots of needles, which provide cover and shelter for other plants and animals, and whitebark feed the forest. Their cones are packed with protein. Squirrels gnaw the cones from the upper branches so they fall to the ground, and then race down to bury them in piles, or middens. But they don't get to keep all of them; grizzlies and black bears love finding middens.

But there's more to a symbiosis than one species feeding another. In the case of the Clark's nutcracker, this bird gives back. While gathering its seeds, it also replants the trees. Here's how it works: using her powerful beak, the nutcracker picks apart a cone in a treetop, pulling out the seeds. She can store up to 80 of them in a pouch in her throat. Then she flies through the forest looking for a place to cache the seeds an inch under the soil in piles of up to eight seeds.

Nutcrackers can gather up to 90,000 seeds in the autumn, which they return for in the winter and spring. And these birds are smart. They remember where all those seeds are. They even use landmarks on the landscape -- trees, stumps, rocks -- to triangulate to caches buried deep under the snow. What they don't go back and get, those seeds become whitebark.

This symbiosis is so important to both species that they've changed, or evolved, to suit each other. Nutcrackers have developed long, tough beaks for extracting seeds from cones, and whitebarks' branches all sweep upwards with the cones at the very ends, so they can offer them to the nutcrackers as they fly by. That's a symbiosis: Two species cooperating to help each other for the benefit of all.

More Articles

View All
Shark Tank Star Kevin O'Leary's Morning Routine - A Day in the Life of a Multi-Millionaire
I’m Mr. Wonderful here, and I want to talk about this week’s episode of Ask Mr. Wonderful. It’s inspired by an email question from Atlanta. I’m gonna read it to you; you see what I mean. Hi, my name is Elizabeth from Atlanta. I’m one of your Instagram fo…
One Order of Operations for Starting a Startup by Michael Seibel
One order of operations for starting a startup. More often than not, when I talk to a talented technical person who’s thinking about becoming a Founder, their number one blockers is that they don’t have an idea. At some point during their formative years,…
Crashing Into Saturn: This Cassini Mission Is the Most Epic Yet | Short Film Showcase
Alone, Explorer on a mission to reveal the grandeur of Saturn, its rings and [Music] moons. After 20 years in space, NASA’s Cassini spacecraft is running out of fuel. And so, to protect the moon of Saturn that could have conditions suitable for life, a sp…
Why Do We Get Bored?
Hey, Vsauce. Michael here. Action and danger is exciting, but this is a fake gun, and the process of enlarging a hole, like the barrel of a gun, is called boring. Boring. Boring a hole is a slow process requiring repetitive movements from a tool that goe…
Mayans and Teotihuacan | World History | Khan Academy
The Mayan civilization is one of the most long-lasting civilizations, not just in the ancient Americas, but in the world in general. You can see the rough outline here on this map of where the Mayan civilization occurred. You can see it has the Yucatan Pe…
Partial derivatives and graphs
Hello everyone. So I have here the graph of a two variable function, and I’d like to talk about how you can interpret the partial derivative of that function. So specifically, the function that you’re looking at is f of x, y is equal to x squared times y…