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

How More Efficient Fishing Can Protect the Ocean | National Geographic


2m read
·Nov 11, 2024

[Music] All the management strategies that we have today were really developed thousands of years ago by the Pacific Islanders. Things like closed areas, closed seasons for spawning, minimum size [Music] limits. Somebody would say, like, “Oh, he's a fisherman. Is he a good fisherman?” And the definition of a good fisherman is not somebody who goes out there and harvests everything, but a successful fisherman is somebody who goes out there and takes care of the ocean while harvesting from the [Music] ocean.

In the years since the rise of global commercial fishing, 90% of fish stocks have been fished at or above their maximum sustainable yield, proving a desperate need for global sustainable fishery management. For years, we've been puzzling over the problem of showing people what's happening way offshore, out of sight or underneath the surface of the water. And we stumbled across a system of radio frequency broadcasts that can be intercepted by satellites to take all of the commercial fishing activity in the ocean and put it on a map for everybody to see.

Strengthened by satellite-assisted monitoring, international partnerships have grown, sharing data on shared fish stocks. Before, we were acting individually; we were not seeing, we were not knowing. Now, the only way you can fish in our EEZ is to be compliant, be legal, and then we can cooperate in sustainable fishing. Following in the footsteps of successful regional partnerships, shared management of shared fish stocks went global with the ratification of the Port State Measures Agreement by 36 parties covering 62 countries and the Partnerships of the Safe Ocean Network agreeing on shared frameworks for global fishery management.

Rewarding the good fishermen and taking bold collective steps forward toward the rhythms of our sustainable past, we in the West are just starting to realize the frailty and the finiteness of the ocean. When you decide that this is your priority, it must be reflected throughout the system. It's our life; the ocean is our life. [Music]

More Articles

View All
Introduction to labor markets | Microeconomics | Khan Academy
We’ve spent a lot of time already thinking about markets for the goods and services that firms produce. Now we’re going to talk about the markets for the factors of production, often known as the factor markets. What are those factors of production? Well,…
Commodity money vs. Fiat money | Financial sector | AP Macroeconomics | Khan Academy
Let’s take a look at a United States one dollar bill. What is it that gives this thing value? You can give it to people and get back, you know, food that you can eat or things that you can use and things of hard value. But what is it about this little pie…
The Lightest Solid on Earth (You won’t believe this exists)
The aerogel shatters into thousands of pieces and turns to dust. But what’s surprising is that if I take those aerogel dusts and apply it to any surface, like my body, it becomes 100% hydrophobic. It makes me completely waterproof. On top of that, this du…
Division resulting in decimals
So in this video, we’re going to think about dividing numbers where the quotient, the result of our division, might result in a decimal. So let’s say we wanted to compute what 5⁄2 is. In the past, you might have said, “Hey, 2 times 2 is 4, and then you h…
See the Remarkable Way This Veteran Is Healing from War | Short Film Showcase
I don’t consider myself a marathon runner. I’m not like the elite guys from Kenya and all those countries; that’s basically all they do. I’m a working man. I get up and go to work every day. I serve people, and that’s the most rewarding thing about my job…
Worked example: estimating sin(0.4) using Lagrange error bound | AP Calculus BC | Khan Academy
Estimating the sign of 0.4 using a McLaurin polynomial, what is the least degree of the polynomial that assures an error smaller than 0.001? So, what are we talking about here? Well, we could take some function and estimate it with an Nth degree McLaurin…