Victor Ortega Jiménez

And then when it's getting up, it's collapsing. What they are doing is producing a vortex.

Well, they are stomping frequently or marching like a dancing.

Well, they are stomping frequently or marching like a dancing.

Well, they are stomping frequently or marching like a dancing.

Yeah.

Yeah.

Yeah.

These birds are famous because they swim in circles. They are producing some vortices, they are lifting some of the particles, and they are feeding at the interface.

These birds are famous because they swim in circles. They are producing some vortices, they are lifting some of the particles, and they are feeding at the interface.

These birds are famous because they swim in circles. They are producing some vortices, they are lifting some of the particles, and they are feeding at the interface.

But there is no other mechanism like flamingos because they are inside of the water.

But there is no other mechanism like flamingos because they are inside of the water.

But there is no other mechanism like flamingos because they are inside of the water.

Because we know that flamingos can extract particles the size of a cell. So we can think in that possibility to make a bio-inspired engineering filter system based on flamingos that can extract effectively those microplastics.

Because we know that flamingos can extract particles the size of a cell. So we can think in that possibility to make a bio-inspired engineering filter system based on flamingos that can extract effectively those microplastics.

Because we know that flamingos can extract particles the size of a cell. So we can think in that possibility to make a bio-inspired engineering filter system based on flamingos that can extract effectively those microplastics.

We can solve. I mean, flamingos can solve and we can take advantage of that.

We can solve. I mean, flamingos can solve and we can take advantage of that.

We can solve. I mean, flamingos can solve and we can take advantage of that.