Meet the Giant Pacific Octopus, perhaps the smartest of all invertebrates and the bane of many a Crab Fisherman. Boasting an enormous brain, this voracious poacher can adopt a number of creative strategies when hunting for Crabs. Subscribe: http://bit.ly/BBCEarthSub

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New on Earth: https://bit.ly/2M3La96
Oceanscapes: https://bit.ly/2Hmd2kZ
Wild Thailand: https://bit.ly/2kR7lmh

Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of astounding, entertaining, thought-provoking and educational natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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This is a page from BBC Studios who help fund new BBC programmes. Service information and feedback: http://bbcworldwide.com/vod-fe....edback--contact-deta

Follow lions throughout the different stages of their lives and watch them grow from cute cubs to formidable hunters. What does it take for a lion to survive as an adult?
Subscribe to BBC Earth for more amazing animal videos - http://bit.ly/BBCEarthSub

Watch more videos from BBC Earth:
Planet Earth http://bit.ly/PlanetEarthPlaylist
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Planet Earth II http://bit.ly/PlanetEarthIIPlaylist
Planet Dinosaur http://bit.ly/PlanetDinoPlaylist

Check out the other two channels in our BBC Earth network:
BBC Earth Unplugged: http://bit.ly/BBCEarthUnplugged
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Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of astounding, entertaining, thought-provoking and educational natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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From pigs to bees to parrots - here are some of the most intelligent animals from the BBC archive!
Subscribe: http://bit.ly/BBCEarthSub

Watch more:
Planet Earth http://bit.ly/PlanetEarthPlaylist
Blue Planet http://bit.ly/BluePlanetPlaylist
Planet Earth II http://bit.ly/PlanetEarthIIPlaylist
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Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of entertaining and thought-provoking natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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Stunning footage of herbivore mammals out-maneouvering their carnivore predators. Includes incredible shots of zebras, gazelles and buffalo being pursued by cheetahs, lions and even baboons; making death-defying escapes. Subscribe: http://bit.ly/BBCEarthSub

From the BBC's Life of Mammals documentary series.

WATCH MORE:
New on Earth: https://bit.ly/2M3La96
Oceanscapes: https://bit.ly/2Hmd2kZ
Wild Thailand: https://bit.ly/2kR7lmh

Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of astounding, entertaining, thought-provoking and educational natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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In the animal kingdom it's often necessary for the dominant male to defend your family from unwanted attention.

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Visit http://www.bbc.com/earth/world for all the latest animal news and wildlife videos

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From monkeys mourning a "dead baby", to lion cubs playing and boisterous bears, our Spy Cameras have been able to capture some truly magical moments on their undercover adventures. Join us as we share some of our favourite interactions from the natural world - all caught on Spy Cam!
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Watch more:
Planet Earth http://bit.ly/PlanetEarthPlaylist
Blue Planet http://bit.ly/BluePlanetPlaylist
Planet Earth II http://bit.ly/PlanetEarthIIPlaylist
Planet Dinosaur http://bit.ly/PlanetDinoPlaylist

Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of entertaining and thought-provoking natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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The Lion guardians are challenged by younger males looking for lionesses of their own.
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New on Earth: https://bit.ly/2M3La96
Oceanscapes: https://bit.ly/2Hmd2kZ
Wild Thailand: https://bit.ly/2kR7lmh

Welcome to BBC EARTH! The world is an amazing place full of stories, beauty and natural wonder. Here you'll find 50 years worth of astounding, entertaining, thought-provoking and educational natural history content. Dramatic, rare, and exclusive, nature doesn't get more exciting than this.

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Rheingold - River (Fluss English Version)

River, you're flowing on the ????
Picking out your programmed way
Trace, your timeless trip through
Deutschland
????????????? super regional

Tones keep flowing like currents steadily
Currents are controlling our melody

You, know fortresses in ruins
Mirror glass and stainless steel
We, will build on microcircuits
And we're thinking digitally

Tones keep flowing like currents steadily
Currents are controlling our melody

River, we're living by your sides now
Transforming you into AC [Alternate Current]
You, you tell of days gone bye
Waves reflecting chromatically

Tones keep flowing like currents steadily
Currents are controlling our melody

River, you're flowing on the ????
Picking out your programmed way
Trace, your timeless trip through
Deutschland
????????????? super regional

Tones keep flowing like currents steadily
Currents are controlling our melody
----------------------------------------------
Fluss, Du fließt in alter Weise
durch Dein programmiertes Tal
in zeitloser Deutschlandreise
so schön und überregional.

Töne fließen wie ein Strom den Fluss
hinauf
Ströme steuern diesen neuen Tonverlauf.

Du kennst Burgen und Ruinen,
Spiegelglas und Edelstahl.
Wir, wir bauen auf Platinen
und denken digital.

Töne fließen wie ein Strom den Fluss
hinauf
Ströme steuern diesen neuen Tonverlauf.

Fluß, man lebt an Deinen Seiten
und macht dicht zum Wechselstrom,
du erzählst von alten Zeiten,
Wellen spiegeln sich in Chrom.

Töne fließen wie ein Strom den Fluss
hinauf
Ströme steuern diesen neuen Tonverlauf.

Fluss, Du fließt in alter Weise
durch Dein programmiertes Tal
in zeitloser Deutschlandreise
so schön und überregional.

Töne fließen wie ein Strom den Fluss
hinauf
Ströme steuern diesen neuen Tonverlauf.

The killer punch of the mantis shrimp is the fastest strike in the animal kingdom, a skill that goes hand in hand with its extraordinary eyesight. They can see an invisible level of reality using polarized light, which could lead to a breakthrough in detecting cancer.

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DEEP LOOK is a ultra-HD (4K) short video series created by KQED San Francisco and presented by PBS Digital Studios. See the unseen at the very edge of our visible world. Get a new perspective on our place in the universe and meet extraordinary new friends. Explore big scientific mysteries by going incredibly small.

* NEW VIDEOS EVERY OTHER TUESDAY! *

Aggressive, reef-dwelling mantis shrimp take more than one first-place ribbon in the animal kingdom. Outwardly resembling their lobster cousins, their colorful shells contain an impressive set of superpowers.

There are two types of mantis shrimp, named for their attack mode while hunting prey: smashers and spearers. With their spring-loaded, weaponized legs, these predators can crack a snail shell or harpoon a passing fish in a single punch.

The speed of these attacks has earned the mantis shrimp one of their world records: fastest strike in the animal kingdom.

Scientists are finding that another of their special abilities -- incredible eyesight -- has potential life-saving implications for people with cancer.

Mantis shrimp can perceive the most elusive attribute of light from the human standpoint: polarization. Polarization refers to the angle that light travels through space. Though it’s invisible to the human eye, many animals see this quality of light, especially underwater.

But mantis shrimp can see a special kind of polarization, called circular polarization. Scientists have found that some mantis shrimp species use circular polarization to communicate with each other on a kind of secret visual channel for mating and territorial purposes.

Inspired by the mantis shrimp’s superlative eyesight, a group of researchers is collaborating to build polarization cameras that would constitute a giant leap for early cancer detection. These cameras see otherwise invisible cancerous tissues by detecting their polarization signature, which is different between diseased and healthy tissues.

--- How fast is the mantis shrimp punch?

Their strike is about as fast as a .22 caliber rifle bullet. It’s been measured at 50mph.

--- What do mantis shrimp eat?

The “smasher” mantis shrimp eat hard-shelled creatures like snails and crabs. The “spearers” grab fish, worms, seahorses, and other soft-bodied prey by impaling them.

--- Where do mantis shrimp live?

In reefs, from the east coast of Africa to the west coast of Australia, and throughout Indonesia. A few species are scattered around the globe, including two in California.

---+ Read the entire article on KQED Science:

https://ww2.kqed.org/science/2....016/11/15/the-snail-

---+ For more information:

Caldwell Lab at U.C. Berkeley: http://ib.berkeley.edu/labs/caldwell/

---+ More Great Deep Look episodes:

Nature's Scuba Divers: How Beetles Breathe Underwater
https://www.youtube.com/watch?v=T-RtG5Z-9jQ

Sea Urchins Pull Themselves Inside Out to be Reborn
https://www.youtube.com/watch?v=ak2xqH5h0YY

---+ See some great videos and documentaries from the PBS Digital Studios!

Physics Girl: The Ultraviolet Catastrophe
https://www.youtube.com/watch?v=FXfrncRey-4

Gross Science: What Sound Does An Ant Make?
https://www.youtube.com/watch?v=yif0c0bRA48

---+ Follow KQED Science:

KQED Science: http://www.kqed.org/science
Tumblr: http://kqedscience.tumblr.com
Twitter: https://www.twitter.com/kqedscience

---+ About KQED

KQED, an NPR and PBS affiliate in San Francisco, CA, serves Northern California and beyond with a public-supported alternative to commercial TV, Radio and web media.

Funding for Deep Look is provided in part by PBS Digital Studios and the John S. and James L. Knight Foundation. Deep Look is a project of KQED Science, which is also supported by HopeLab, the S. D. Bechtel, Jr. Foundation, the Dirk and Charlene Kabcenell Foundation, the Vadasz Family Foundation, the Gordon and Betty Moore Foundation, the Smart Family Foundation and the members of KQED.
#deeplook

Male side-blotched lizards have more than one way to get the girl. Orange males are bullies. Yellows are sneaks. Blues team up with a buddy to protect their territories. Who wins? It depends - on a genetic game of roshambo.

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DEEP LOOK is a ultra-HD (4K) short video series created by KQED San Francisco and presented by PBS Digital Studios. See the unseen at the very edge of our visible world. Get a new perspective on our place in the universe. Explore big scientific mysteries by going incredibly small.

* NEW VIDEOS EVERY OTHER TUESDAY! *

Every spring, keen-eyed biologists carrying fishing poles search the rolling hills near Los Banos, about two hours south of San Francisco. But they’re not looking for fish. They’re catching rock-paper-scissors lizards.

The research team collects Western side-blotched lizards, which come in different shades of blue, orange and yellow.

Barry Sinervo, a professor of ecology and evolutionary biology at UC Santa Cruz, leads the team. Their intricate mating strategies reminded the the researchers of the rock-paper-scissors game where rock beats scissors, scissors beats paper and paper beats rock.

It’s all about territories. Orange males tend to be the biggest and most aggressive. They hold large territories with several females each and are able to oust the somewhat smaller and less aggressive blues. Blue males typically hold smaller territories and more monogamous, each focusing his interest on a single female. Yellow males tend not to even form exclusive territories Instead they use stealth to find unaccompanied females with whom to mate.

The yellow males are particularly successful with females that live in territories held by their more aggressive orange competitors. Because the orange males spread their attention among several females, they aren’t able to guard each individual female against intruding yellow males. But the more monogamous blues males are more vigilant and chase sneaky yellow males away.

Their different strategies keep each other in check making the system stable. Sinervo believes this game has likely been in play for at least 15 million years.

--- How do side-blotched lizards choose a mate?

The males compete with each other, sometimes violently, for access to females. The females generally prefer males of their own color but also give preference to whichever color male is more rare that mating season.

--- Why do lizards do push up and down?
Male lizards do little pushups as a territorial display meant to tell competitors to back off. It’s best to use a warning instead of fighting right away because there’s always a danger of getting hurt in a fight. Some lizards like side-blotched lizards also use slow push ups to warn their neighbors of an incoming threat.

--- Why do side-blotched lizards fight?
Sometimes aggressive territorial displays are not enough to dissuade invaders so side-blotched lizards will resort to fighting. They have small sharp teeth and will lunge at each other inflicting bites and headbutts.

---+ Read the entire article on KQED Science: https://ww2.kqed.org/science/2....016/05/17/these-liza

---+ For more information:

The Lab of Dr. Barry Sinervo, LizardLand, University of California, Santa Cruz http://bio.research.ucsc.edu/~....barrylab/lizardland/

---+ More Great Deep Look episodes:

Meet the Dust Mites, Tiny Roommates That Feast On Your Skin
https://www.youtube.com/watch?v=ACrLMtPyRM0

Stinging Scorpion vs. Pain-Defying Mouse
https://www.youtube.com/watch?v=w-K_YtWqMro

These Crazy Cute Baby Turtles Want Their Lake Back
https://www.youtube.com/watch?v=YTYFdpNpkMY

---+ See some great videos and documentaries from the PBS Digital Studios!

It's Okay to Be Smart: The Cosmic Afterglow
https://www.youtube.com/watch?v=ZvrHL7-c1Ys

It's Okay to Be Smart: The Most Important Moment in the History of Life
https://www.youtube.com/watch?v=Jf06MlX8yik

---+ Follow KQED Science:

KQED Science: http://www.kqed.org/science
Tumblr: http://kqedscience.tumblr.com
Twitter: https://www.twitter.com/kqedscience

---+ About KQED

KQED, an NPR and PBS affiliate based in San Francisco, serves the people of Northern California and beyond with a public-supported alternative to commercial media. KQED is also a leader and innovator in interactive media and technology, taking people of all ages on journeys of exploration — exposing them to new people, places and ideas.

Funding for Deep Look is provided in part by PBS Digital Studios and the John S. and James L. Knight Foundation. Deep Look is a project of KQED Science, which is also supported by HopeLab, the David B. Gold Foundation, the S. D. Bechtel, Jr. Foundation, the Dirk and Charlene Kabcenell Foundation, the Vadasz Family Foundation, the Gordon and Betty Moore Foundation, the Smart Family Foundation and the members of KQED.
#deeplook #lizards #rockpaperscissorslizardspock

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Cone Snails have an arsenal of tools and weapons under their pretty shells. These reef-dwelling hunters nab their prey in microseconds, then slowly eat them alive.

SUBSCRIBE to Deep Look! http://goo.gl/8NwXqt

DEEP LOOK is a ultra-HD (4K) short video series created by KQED San Francisco and presented by PBS Digital Studios. See the unseen at the very edge of our visible world. Explore big scientific mysteries by going incredibly small.

New research shows that cone snails — ocean-dwelling mollusks known for their brightly colored shells — attack their prey faster than almost any member of the animal kingdom.

There are hundreds of species of these normally slow-moving hunters found in oceans across the world. They take down fish, worms and other snails using a hollow, harpoon-like tooth that acts like a spear and a hypodermic needle. When they impale their prey, cone snails inject a chemical cocktail that subdues their meal and gives them time to dine at their leisure.

Cone snails launch their harpoons so quickly that scientists were previously unable to capture the movement on camera, making it impossible to calculate just how speedy these snails are. Now, using super-high-speed video, researchers have filmed the full flight of the harpoon for the first time.

From start to finish, the harpoon’s flight takes less than 200 micro-seconds. That’s one five-thousandth of a second. It launches with an acceleration equivalent to a bullet fired from a pistol.

So how do these sedentary snails pull off such a high-octane feat? Hydrostatic pressure — the pressure from fluid — builds within the half of the snail’s proboscis closest to its body, locked behind a tight o-ring of muscle. When it comes time to strike, the muscle relaxes, and the venom-laced fluid punches into the harpoon’s bulbous base. This pressure launches the harpoon out into the snail’s unsuspecting prey.

As fast as the harpoon launches, it comes to an even more abrupt stop. The base of the harpoon gets caught at the end of the proboscis so the snail can reel in its meal.

The high-speed action doesn’t stop with the harpoon. Cone snail venom acts fast, subduing fish in as little as a few seconds. The venom is filled with unique molecules, broadly referred to as conotoxins.

The composition of cone snail venom varies from species to species, and even between individuals of the same species, creating a library of potential new drugs that researchers are eager to mine. In combination, these chemicals work together to rapidly paralyze a cone snail’s prey. Individually, some molecules from cone snail venom can provide non-opioid pain relief, and could potentially treat Parkinson’s disease or cancer.

--- Where do cone snails live?

There are 500 species of cone snails living in the Indian and Pacific Oceans, the Caribbean and Red Seas, and the Florida coast.

--- Can cone snails kill humans?

Most of them do not. Only eight of those 500 species, including the geography cone, have been known to kill humans.

--- Why are scientists interested in cone snails?

Cone snail venom is derived from thousands of small molecules call peptides that the snail makes under its shell. These peptides produce different effects on cells, which scientists hope to manipulate in the treatment of various diseases.

---+ Read the entire article on KQED Science:
https://wp.me/p6iq8L-84uC

---+ For more information:

Here’s what WebMD says about treating a cone snail sting:
https://www.webmd.com/a-to-z-g....uides/cone-snail-sti

---+ More Great Deep Look episodes:

This Mushroom Starts Killing You Before You Even Realize It
https://www.youtube.com/watch?v=bl9aCH2QaQY

Take Two Leeches and Call Me in the Morning
https://youtu.be/O-0SFWPLaII

---+ See some great videos and documentaries from the PBS Digital Studios!

Space Time: Quantum Mechanics Playlist
https://www.youtube.com/watch?v=-IfmgyXs7z8&list=PLsPUh22kYmNCGaVGuGfKfJl-6RdHiCjo1

Above The Noise: Endangered Species: Worth Saving from Extinction?
https://www.youtube.com/watch?v=h5eTqjzQZDY

---+ Follow KQED Science:

KQED Science: http://www.kqed.org/science
Tumblr: http://kqedscience.tumblr.com
Twitter: https://www.twitter.com/kqedscience

---+ About KQED

KQED, an NPR and PBS affiliate in San Francisco, CA, serves Northern California and beyond with a public-supported alternative to commercial TV, Radio and web media.

Funding for Deep Look is provided in part by PBS Digital Studios. Deep Look is a project of KQED Science, which is supported by the Templeton Religion Trust and the Templeton World Charity Foundation, the S. D. Bechtel, Jr. Foundation, the Dirk and Charlene Kabcenell Foundation, the Vadasz Family Foundation, the Gordon and Betty Moore Foundation, the Fuhs Family Foundation Fund and the members of KQED.
#deeplook

Kidnapper ants raid other ant species' colonies, abduct their young and take them back to their nest. When the enslaved babies grow up, the kidnappers trick them into serving their captors – hunting, cleaning the nest, even chewing up their food for them.

Please join our community on Patreon! https://www.patreon.com/deeplook
SUBSCRIBE to Deep Look! http://goo.gl/8NwXqt

DEEP LOOK is a ultra-HD (4K) short video series created by KQED San Francisco and presented by PBS Digital Studios. See the unseen at the very edge of our visible world. Explore big scientific mysteries by going incredibly small.

A miniature drama is playing out on the forest floor in California’s preeminent mountain range, the Sierra Nevada, at this time of year. As the sun sets, look closely and you might see a stream of red ants frantically climbing over leaves and rocks.

They aren’t looking for food. They’re looking for other ants. They’re kidnappers.

“It’s hard to know who you're rooting for in this situation,” says Kelsey Scheckel, a graduate student at UC Berkeley who studies kidnapper ants. “You're just excited to be a bystander.”

On this late summer afternoon, Scheckel stares intently over the landscape at the Sagehen Creek Field Station, part of the University of California’s Natural Reserve System, near Truckee, California.“The first thing we do is try to find a colony with two very different-looking species cohabitating,” Scheckel says.

“That type of coexistence is pretty rare. As soon as we find that, we can get excited.”

--- How do ants communicate?
Ants mostly use their sense of smell to learn about the world around themselves and to recognize nestmates from intruders. They don’t have noses. Instead, they use their antennae to sense chemicals on surfaces and in the air. Ants’ antennae are porous like a kitchen sponge allowing chemicals to enter and activate receptors inside. You will often see ants tap each other with their antennae. That behavior, called antennation, helps them recognize nestmates who will share the same chemical nest signature.

---Can ants bite or sting?
Many ants will use their mandibles, or jaws, to defend themselves but that typically just feels like a pinch. Some ants have a stinger at the end of their abdomen that can deliver a venomous sting. While the type of venom can vary across species, many ants’ sting contains formic acid which causes a burning sensation. Some have special glands containing acid that can spray at attackers causing burning and alarming odors.

---+ Read the entire article on KQED Science:

https://www.kqed.org/science/1....947369/kidnapper-ant

---+ For more information:

Neil Tsutsui Lab of Evolution, Ecology and Behavior of Social Insects at the University of California, Berkeley
https://nature.berkeley.edu/tsutsuilab/

---+ Shoutout!

?Congratulations ?to the following fans for correctly naming and describing the inter-species, mandible-to-mandible ant behavior we showed on our Deep Look Community Tab… "trophallaxis:"

Senpai
Ravinraven6913
CJ Thibeau
Maksimilian Tašler
Isha

https://www.youtube.com/channe....l/UC-3SbfTPJsL8fJAPK

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---+ Follow KQED Science and Deep Look:

Patreon: https://www.patreon.com/deeplook
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KQED Science on kqed.org: http://www.kqed.org/science
Facebook Watch: https://www.facebook.com/DeepLookPBS/

---+ About KQED

KQED, an NPR and PBS affiliate in San Francisco, CA, serves Northern California and beyond with a public-supported alternative to commercial TV, Radio and web media.

Funding for Deep Look is provided in part by PBS Digital Studios. Deep Look is a project of KQED Science, which is also supported by the National Science Foundation, the S. D. Bechtel, Jr. Foundation, the Dirk and Charlene Kabcenell Foundation, the Vadasz Family Foundation, the Fuhs Family Foundation, Campaign 21 and the members of KQED.

Taize song - Veni Lumen (choral), composed by J. Berthier, sung at the Evening prayer at Palexpo, during the European meeting organized by the Taize Community, in Geneve 28 December 2007 - 1 January 2008

Taizé Roma - Prayer with Pope Benedict XVI - Tui amoris ignem


Taizé - Un Pellegrinaggio di Fiducia a Roma
Preghiera presieduta dal Santo Padre Benedetto XVI
Piazza San Pietro, 29 dicembre 2012

Taizé - Pilgrimage of Trust in Rome
Prayer presided by Holy Father Benedict XVI
St Peter's square, 29 December 2012

La communauté de Taizé - Rencontre européenne à Rome
La Comunità di Taizé - Incontro europeo di Roma
The Taizé Community - European Meeting in Rome
Die Communauté de Taizé - Europäisches Jugendtreffen in Rom
La comunidad de Taizé - Encuentro en Roma
Zajednica iz Taizéa - Europski susret mladih u Rimu
Wspólnota z Taizé - Spotkanie w Rzymie
A Comunidade de Taizé - Encontro Europeu de Roma

Provided to YouTube by CDBaby

Tvoja Riječ Je Svjetlo · Zbor Taizé - Mostar

Tvoja Riječ Je Svjetlo: Pjesme Iz Taizéa

℗ 2019 Akademski Zbor Pro Musica

Released on: 2019-08-16

Auto-generated by YouTube.

- Prayer read by Pope John Paul II
- Veni Spirito Creatore
- Biblical reading
- Per crucem
- Intercessions
- Adoramus te, Christe

Pope John Paul II with participants in the European meeting sponsored by the Taizé Community, St Peter's Basilica, Vatican, 31 December 1987.

Directos de Lunes a Viernes 8:00 pm (MX) en mi pagina de Facebook: https://www.facebook.com/soyfedelobo

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Canal con Nadia: https://www.youtube.com/amorsindistancia


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Papi Julio Atrapa un Colibri para Sai Yoshua 20160702 191018

Comienza el Juego! Parte 1

La canción infantil del nuevo hermanito de la familia es la primera de una hermosa y divertida serie de videos. Los niños aprenderán a darle todo su amor, a ayudar a mamá a bañarlo, a comer verduras y a jugar al fútbol con él. ¡Aprende y disfruta con todas nuestras divertidas canciones para niños en 3D! #littleangel #littleangelespañol

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Letra: ¡Bienvenido Nuevo Hermanito! Canción del nuevo Bebé
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Mamá: Vamos a ver cómo es tener un nuevo bebé en la familia.
¡Se van a divertir tanto con él!

Mi bebito,
Mi bebito,
Es tan lindo,
Es tan lindo,
Bienvenido a la familia,
Bienvenido a la familia,
Te amamos,
Te amamos.

Mamá: Ven. Es hora de darse un baño.

A limpiarlo,
A limpiarlo,
En la bañera,
En la bañera,
Pueden ayudarme,
Pueden ayudarme,
A bañarlo
A bañarlo

Papá: Ven, pequeño, ¡tú puedes!

Hermana: Camina, Juan, ¡camina!

Hermano: ¡Lo está logrando, lo está logrando!
¡Está caminando!

Mamá:
Mi bebito,
Mi bebito,
A comer,
A comer,
Las verduras alimentan,
Las verduras alimentan,
Y hacen bien,
Hacen bien.

Mamá:
Oh….
Mmm…¿Dónde estará el bebé?

Hermano y hermana:
¡Acá está!

Mamá:
Está creciendo,
Está creciendo,
Cada día,
Cada día,
Era tan pequeño,
Ahora está tan grande,
Mira cómo juega,
Mira cómo juega.

Todos juntos:
¡Feliz cumpleaños, pequeño Juan!
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Nuestras canciones para niños enseñan habilidades básicas y mejoran su habilidad para comprender y seguir instrucciones. Las canciones infantiles aceleran las capacidades fonéticas y mejoran la comprensión oral, de lectura y escritura.

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