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the algaray is designed to go across the surface of the water and take the sargassum into its cavity, much like it's doing with these ducks here. once it's full, it dives down to 200m, at which point the water pressure crushes the air bladders that keep it afloat and the sargassum sinks down to the seabed. there it's locked away for many hundreds, if not thousands, of years. the first version of the algaray was attached to a remote—controlled catamaran, whereas the final version is going to be a 10m—long submersible powered by green energy. bagpipes skirl. the whole thing is going to be covered in solar panels... 0h, 0k. ..so there'll be quite
that has ever existed. if you're looking for a good place to put carbon, the deep ocean is perfect. you have more carbon than there is the upper ocean and the entire terrestrial sphere combined. the algaray is designed to go across the surface of the water and take the sargassum into its cavity, much like it's doing with these ducks here. once it's full, it dives down to 200m, at which point the water pressure crushes the air bladders that keep it afloat and the sargassum sinks down to the seabed. there it's locked away for many hundreds, if not thousands, of years. the first version of the algaray was attached to a remote—controlled catamaran, whereas the final version is going to be a 10m—long submersible powered by green energy. bagpipes skirl.
they are building a semi—autonomous ocean robot to sink the sargassum and the co2 it captures to the bottom of the sea. doing so, they prevent sargassum from hitting shores whilst fighting global warming. the ipcc has projected, in their most optimistic pathway, which is 1.5 degrees or less, that we will need to remove, from the atmosphere, ten billion tonnes of carbon every single year by 2050, which would be, in terms of volume, the largest industry that has ever existed. if you're looking for a good place to put carbon, the deep ocean is perfect. you have more carbon than there is the upper ocean and the entire terrestrial sphere combined. the algaray is designed to go across the surface of the water and take the sargassum into its cavity, much like it's doing with these ducks here. once it's full, it dives down to 200 metres, at which point the water pressure crushes the air bladders that keep it
to 200 metres, at which point the water pressure crushes the air bladders that keep it afloat and the sargassum sinks down to the seabed. there it's locked away for many hundreds, if not thousands of years. the first version of the algaray was attached to a remote controlled catamaran, whereas the final version is going to be a ten—metre long submersible, powered by green energy. the whole thing is going to be covered in solar panels, so there'll be quite a bit of available energy to drive sensors. so in here, already, we've got depth temperature and a camera on the front, and then in the future we'll be able to gather information about wind speeds, temperatures on the surface
in their most optimistic pathway, which is 1.5 degrees or less, that we will need to remove, from the atmosphere, ten billion tonnes of carbon every single year by 2050, which would be, in terms of volume, the largest industry that has ever existed. if you're looking for a good place to put carbon, the deep ocean is perfect. you have more carbon than there is the upper ocean and the entire terrestrial sphere combined. the algaray is designed to go across the surface of the water and take the sargassum into its cavity, much like it's doing with these ducks here. once it's full, it dives down to 200 metres, at which point the water pressure crushes the air bladders that keep it afloat and the sargassum sinks down to the seabed. there it's locked away for many hundreds, if not thousands of years. the first version of the algaray was attached to a remote controlled catamaran,
i think the kid will be able to see how this could apply to my medium in art and design. i'm working with kind of like a do it yourself electronics company to make the 21st century designer ease tool kit. it has the inch, fiber to, and heat. it has an i flayer in it, inflatable material, so you can create air bladders. it's going to have our french vintage thread from 1930, that has to be super-conductive. i'm really interested in making people think differently about things, with the kid that i'm creating with sparkfun or my class at moma, i feel like it's teaches people to look at materials that are already kind of existing and think will how it can change how we live our lives. diana eng is reinterpreting what it means to be a fashion
from this past season, you realize in the beginning when this show came out, sig, your fellow fishermen who weren't part of the show didn't like it too much. over time, they became big fans because it helped make this industry more profitable, right? >> oh, yeah. i mean, i don't think that, you know, it could have come around at a better time, you know. we did take a lot of flak. there was a lot of arguing in town but nowadays, the guys, i think, see it different and they understand that, you know, it's been great for the industry. the demand for crabs has gone up and you can't beat it, you know, so all the way around, it's been a good thing. >> and sig, even with all the technology, it really boils down to you and your family against the sea in the end. so nothing has really changed over the past few hundred years in that sense, right? >> right. i mean, you can't -- the thing is, you know, like you can't find crab like you can with fish. fish, you can see them on the sonar because, you know, they've got bladders. they have air bladders so that,