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

How Hummingbirds Depend on Humans (In SlowMo) - Smarter Every Day 124


3m read
·Nov 3, 2024

Hey, it's me, Destin. Welcome back to Smarter Every Day. If you're like me, when you think of hummingbirds, you think of cute little animals that go around drinking out of flowers, and everything is happy and beautiful, right? Well, it's not. They're actually savage little beasts that will kill each other to get what they want, which is nectar.

This lady named Ramona called me from Grant, Alabama, and let me know that she has all these beautiful feeders set up in her backyard so she can take photos of hummingbirds any time she wants. It's awesome, but Ramona has thrown the supply and demand curves out of whack. It's a good thing because she's boosting the population, but they now depend on her.

So today on Smarter Every Day, we're gonna do what Ramona wants. We're gonna take the Phantom Miro and get some awesome slow motion of these hummingbirds interacting and fighting around the feeders. And then, see how much of a risk we can make them take, all on slow motion. You're getting Smarter Every Day.

[music]

The way these things work is pretty interesting because they have to have food at all times. It's like a supply on demand kind of need, right? So, hummingbirds defend a territory of about a quarter of an acre. Ramona has artificially boosted the supply in the local area, which means they can peacefully coexist as long as that supply is there, right? But what happens if we start to eliminate the supply?

So think about this ecosystem in terms of economics. You've got a set supply of food and a set demand, the number of birds you have to feed. What happens if we remove the food from the system? We should be able to drive up the price of that food, thereby increasing the amount of risk that the birds want to take in order to get to the food. That's exactly what we're gonna do.

We're gonna manipulate an ecosystem artificially in order to get awesome slow-mo footage. Let's do that right now. Let's get Smarter Every Day. No nutrients here.

[music]

[unintelligible]

[laughs] It works.

[music]

[laughter in background] Shoot, that's crazy!

[laughs] Alright, we're putting feeders back out. There you go.

Well, I hope you enjoyed this episode of Smarter Every Day. This was brought to you by Audible.com. So, if you want to support Smarter Every Day, go check out an audiobook on audible.com/smarter. The one I recommend since we're in Grant, Alabama, which is in Alabama, which is where Harper Lee is from, is called To Kill a Mockingbird.

She wrote one book; that's the only one she published, and she won a Pulitzer Prize for it. That's pretty awesome. Anyway, it's been banned in a lot of places because of the racism and there's some bad words and things like that, but it's a very good book, and it teaches things on multiple levels. So if you want to support Smarter Every Day, audible.com/smarter, To Kill a Mockingbird.

Thank you very much. Please subscribe if we earned it. Appreciate your time, and Ramona, thank you for your hummingbirds. Appreciate the use of your hummingbirds.

(Ramona) Thank you.

(Destin) Thank you so much.

More Articles

View All
Campbell Addy creates Decolonise My Tongue with Love | Photographer | National Geographic
I Love Campbell, the exhibition, and the video is about the first time people fell in love. I’m really excited. I’ve never done a film, any video footage here in Ghana. Right, Fidel. Yeah. Wait one sec, can we get the Bolex? I wanna try something. Hello…
Electronic transitions and energy | AP Chemistry | Khan Academy
In this video we’re going to be talking about exciting electrons. We can interpret that both ways: that electrons can be exciting and that we’re going to excite them into higher energy levels, or we’re going to think about what happens when they get unexc…
Connecting limits and graphical behavior | Limits and continuity | AP Calculus AB | Khan Academy
So, we have the graph of y is equal to g of x right over here, and I want to think about what is the limit as x approaches 5 of g of x. Well, we’ve done this multiple times. Let’s think about what g of x approaches as x approaches 5. From the left, g of …
BIGGEST Game Collection Ever... and More! -- Mind Blow 5
Yeah, let me get a beer. And how are you feeling that from the bottom? Are you some kind of evil wizard? I’m not drinking your evil wizard. But I forget it, just give me two. Speaking of wizards, let’s see what a little hydrogen peroxide and dry yeast ca…
Dataset individuals and categorical variables
So we have this question that says millions of Americans rely on caffeine to get them up in the morning, and that is probably true. Although for me, if I drink even a little bit of caffeine in the morning, I won’t be able to sleep that night. Here’s nutri…
Fourier coefficients for sine terms
Many videos ago we first looked at the idea of representing a periodic function as a set of weighted cosines and sines, as a sum, as the infinite sum of weighted cosines and sines. Then we did some work in order to get some basics in terms of some of the…