Victor Ortega Jiménez

The mystery of these magnificent birds, what are they doing inside of the fluid? And because I'm a biologist, the interesting part of knowing what is the interaction between the animal with the environment, in this case the fluid, to me was very attractive.

The mystery of these magnificent birds, what are they doing inside of the fluid? And because I'm a biologist, the interesting part of knowing what is the interaction between the animal with the environment, in this case the fluid, to me was very attractive.

The mystery of these magnificent birds, what are they doing inside of the fluid? And because I'm a biologist, the interesting part of knowing what is the interaction between the animal with the environment, in this case the fluid, to me was very attractive.

That's cool. We observed that they were producing some tornado-like vortices. And we know tornadoes can be destructive, but they are very effective to lift particles from the ground or from the bottom, in this case of sediments.

That's cool. We observed that they were producing some tornado-like vortices. And we know tornadoes can be destructive, but they are very effective to lift particles from the ground or from the bottom, in this case of sediments.

That's cool. We observed that they were producing some tornado-like vortices. And we know tornadoes can be destructive, but they are very effective to lift particles from the ground or from the bottom, in this case of sediments.

And actually, some of the flamingos also can live in springs. The temperatures are at the point of boiling water. What? And yeah, so flamingos are just these extreme animals that lives in these environments.

And actually, some of the flamingos also can live in springs. The temperatures are at the point of boiling water. What? And yeah, so flamingos are just these extreme animals that lives in these environments.

And actually, some of the flamingos also can live in springs. The temperatures are at the point of boiling water. What? And yeah, so flamingos are just these extreme animals that lives in these environments.

Our question was, what is producing that directional flow? Is the tongue? Or is it just the chattering? And what the surprise is that we observe that directional flow without the tongue.

Our question was, what is producing that directional flow? Is the tongue? Or is it just the chattering? And what the surprise is that we observe that directional flow without the tongue.

Our question was, what is producing that directional flow? Is the tongue? Or is it just the chattering? And what the surprise is that we observe that directional flow without the tongue.

Because one of the mandibles keeps stationary and the other is moving. So that asymmetry is causing this directional flow. And that's something that flamingos do in comparison with other filter feeders like whales.

Because one of the mandibles keeps stationary and the other is moving. So that asymmetry is causing this directional flow. And that's something that flamingos do in comparison with other filter feeders like whales.

Because one of the mandibles keeps stationary and the other is moving. So that asymmetry is causing this directional flow. And that's something that flamingos do in comparison with other filter feeders like whales.

We know that flamingos, when they are stomping, the foot to the sediments is opening.

We know that flamingos, when they are stomping, the foot to the sediments is opening.

We know that flamingos, when they are stomping, the foot to the sediments is opening.

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

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