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

Turning The Tide | Plastic on the Ganges


2m read
·Nov 10, 2024

[Music] You take this incredible material that lasts for hundreds of years. We use it for a few seconds, a few minutes, and then we throw it away.

[Music] [Music] I'm Heather Coldway. I'm a National Geographic fellow, and I'm the science co-lead for the Sea to Source expedition. Our job with the National Geographic Sea to Source team is to get in there to really understand how plastic is getting from land into the water and where we can switch that off. The focus of our attention is on the forty percent of plastic produced every year that's single-use plastic.

What we're finding, because it lasts so long, is it's accumulating in the system. As it accumulates, it breaks down into smaller and smaller pieces, where it's now being consumed by the smallest plankton to the biggest whale. We know that there is a huge amount of ocean plastic that can be accounted for coming from some of the major rivers in the world. How do we go about stopping that flow of plastic? Where are the solutions to stop plastic entering the ocean and harming people and wildlife in the process?

[Music] Oh [Music] There wasn't any plastic before. Now, it has been part of our life for the last 10 to 15 years. When plastic stops being available in the market, then we will stop using it.

[Music] [Music] Foreign. If the public uses it less and the government decreases the amount of plastic, then hopefully we can achieve something. We know a lot of plastic is what we call pointless plastic, and that's particularly single-use plastic. A lot of the items that we use that for really are things that we can do without or use an alternative, more sustainable material instead.

The data we're collecting is really a tool to help those solutions along the way and make them happen quicker or faster. It's something we can fix, and it's something everybody can do every single day.

[Music] There is no single solution to the plastic pollution crisis. Our research shows we need action from all sectors of the community: government, business, and civil society to truly tackle plastic pollution. Everyone needs to commit to making a difference, from changing our own behavior to changing systems. Together we can make a difference.

[Music] You

More Articles

View All
Multivariable maxima and minima
When you have a multi-variable function, something that takes in multiple different input values, and let’s say it’s just outputting a single number. A very common thing you want to do with an animal like this is maximize it. Maximize it, and what this me…
The Real Reason Flames Don't Have Shadows
Uh, why don’t flames have shadows? Like, I mean, hello, it’s kind of freaky. But it has everything to do with what a hydrocarbon flame is. When you look at a candle flame, the part you can see is not a gas, and it’s not a plasma, believe it or not. The p…
Introduction to utility | APⓇ Microeconomics | Khan Academy
We are now going to introduce ourselves to the idea of utility in economics. Now, in everyday language, if someone says, “What’s the utility of that?” they’re usually saying, “What’s the usefulness of doing that?” Utility in economics takes that view of …
The Living River | Plastic on the Ganges
[Music] [Music] It is the mother. When we go in, we offer our prayers and respect. [Music] Our lifestyle is on the Ganges. Our food comes from it. We bathe in it, and we drink the water from the river. [Music] During the day, I do the work of a fisherman.…
He Spent His Career Studying a Frog. Then He Discovered Its True Identity. | Short Film Showcase
[Music] So, after all the different tree frogs, there is one group that really captivated my interest, and that was the leaf frogs. You can just imagine seeing one of those in the wild; it’s just incredible. You know, the great big eyes open, they’ve got …
Using the reaction quotient | Equilibrium | AP Chemistry | Khan Academy
The reaction quotient is symbolized by the capital letter Q, and it tells us whether a reaction is at equilibrium or not. If the reaction is not at equilibrium, it also allows us to predict which direction the net reaction will go to reach equilibrium. F…