Top Vídeos
Animals must try to gain a position of power in their world, this young male chimpanzee wants to be accepted as part of the elite but it's a dangerous journey...Taken from Life Story.
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From their very first breath to their last, the tiger has captured the heart of BBC audiences worldwide - here are the best of our tiger moments.
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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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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
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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.
Want to share your views? Join our BBC Studios Voice: https://www.bbcstudiosvoice.com/register
This is a channel from BBC Studios who help fund new BBC programmes. Service information and feedback: http://bbcworldwide.com/vod-fe....edback--contact-deta
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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* 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
There's a story in every grain of sand: tales of life and death, fire and water. If you scooped up a handful of sand from every beach, you'd have a history of the world sifting through your fingers.
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DEEP LOOK: a new 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! *
---+ How does sand form?
Sand can be anything that has been worn down until it’s reduced to some tiny, essential fragment of what it once was: a granite pebble from the mountains; coral from the sea; obsidian from a volcano; even skeletons of microscopic sea animals. It's also a technical term. Bigger than sand, that’s gravel, smaller? Silt.
By studying the composition and texture of sand, geologists can reconstruct its incredible life history. “There’s just a ton of information out there, and all of it is in the sand,” said Mary McGann, a geologist at the United States Geological Survey in Menlo Park, CA.
McGann recently took part in a comprehensive research project mapping sand’s journey into and throughout San Francisco Bay.
Patrick Barnard, another USGS geologist who helped oversee the project, said that it will help scientists understand how local beaches are changing over time. In particular, Barnard wants to understand why beaches just south of San Francisco Bay are among the most rapidly eroding beaches in the state.
From 2010-2012, Barnard and his team sampled beaches, outcrops, rivers and creeks to track sand’s journey around the bay. They even collected sand from the ocean floor. The researchers then carefully analyzed the samples to characterize the shapes, sizes, and chemical properties of the sand grains.
Barnard said the information provides a kind of fingerprint, or signature, for each sample that can then be matched to a potential source. For example, certain minerals may only come from the Sierra Mountains or the Marin Headlands.
“If we’ve covered all of the potential sources, and we know the unique signature of the sand from these different sources, and we find it on a beach somewhere, then we basically know where it came from,” explained Barnard.
And those species aren’t the only things finding their way into the sand. Manmade materials can show up there, too. McGann has found metal welding scraps and tiny glass spheres (commonly sprinkled on highways to make road stripes reflective) in sand samples from around the bay.
“All of these things can get washed into our rivers or our creeks, or washed off the road in storm drains,” explained McGann. “Eventually they end up in, for example, San Francisco Bay.”
By piecing together all of these clues – the information found in the minerals, biological material and man made objects that make up sand – the researchers ended up with a pretty clear picture of how sand travels around San Francisco Bay.
Some sands stay close to home. Rocky sand in the Marin Headlands comes from nearby bluffs, never straying far from its source.
Other sands travel hundreds of miles. Granite from the Sierra Nevada mountains careens down rivers and streams on a century-long sojourn to the coast.
In fact, much of the sand in the Bay Area comes from the Sacramento and San Joaquin rivers, with local watersheds also playing an important role in transporting sand to the beach.
Although this project focused on San Francisco Bay, the same techniques could be used to study other coastal systems, he added, revealing the incredible life stories of sand from around the world.
---+ More Deep Look episodes:
What Happens When You Zap Coral With The World's Most Powerful X-ray Laser?
https://youtu.be/aXmCU6IYnsA
These 'Resurrection Plants' Spring Back to Life in Seconds
https://youtu.be/eoFGKlZMo2g
--
Full article: http://blogs.kqed.org/science/....2014/11/04/the-amazi
---+ 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 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
There are strange little towers on the forest floor. Neat, right? Nope. Inside hides a spider that's cunning, patient and ruthless.
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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. Explore big scientific mysteries by going incredibly small.
Most Bay Area hikers pass right by without ever noticing, but a careful eye can spot tiny towers rising up from the forest floor. These mysterious little tubes, barely an inch high, are the homes of a particularly sneaky predator -- the California turret spider.
“To me, the turrets look just like the rook in a chess set,” said Trent Pearce, a naturalist for the East Bay Regional Park District, as he scanned the terrain at Briones Regional Park. “The spiders themselves are super burly – like a tiny tarantula the size of your pinky nail.”
Turret spiders build their towers along creek beds and under fallen trees in forested areas throughout Central and Northern California. They use whatever mud, moss, bark and leaves they can find nearby, making their turrets extremely well camouflaged.
They line the inside of their tiny castles with pearly white silk, which makes the structure supple and resilient
Each turret leads down to a burrow that can extend six inches underground. The spiders spend their days down there in the dark, protected from the sun and predators.
As night falls, they climb up to the entrance of the turrets to wait for unsuspecting prey like beetles to happen by.
Turret spiders are ambush hunters. While remaining hidden inside their turret, they’re able to sense the vibrations created by their prey’s footsteps.
That’s when the turret spider strikes, busting out of the hollow tower like an eight legged jack-in-the-box. With lightning speed the spider swings its fangs down like daggers, injecting venom into its prey before dragging it down into the burrow.
“It’s like the scene in a horror movie where the monster appears out of nowhere – you can’t not jump,” Pearce said.
--- What do turret spiders eat?
Turret spiders mostly ground-dwelling arthropods like beetles but they will also attack flying insects like moths that happen to land near their turrets.
--- Are turret spiders dangerous to people?
Turret spiders are nocturnal so it’s rare for them to interact with humans by accident. They tend to retreat into their underground burrow if they feel the vibrations of human footsteps. They do have fangs and venom but are not generally considered to be dangerous compared to other spiders. If you leave them alone, you shouldn’t have anything to fear from turret spiders.
---+ Read the entire article on KQED Science:
https://ww2.kqed.org/science/2....019/01/15/turret-spi
---+ For more information:
Learn to Look for Them, and California’s Unique “Turret Spiders” are Everywhere
https://baynature.org/article/....and-this-little-spid
---+ More Great Deep Look episodes:
For These Tiny Spiders, It's Sing or Get Served | Deep Look
https://youtu.be/y7qMqAgCqME
Praying Mantis Love is Waaay Weirder Than You Think | Deep Look
https://youtu.be/EHo_9wnnUTE
Why the Male Black Widow is a Real Home Wrecker | Deep Look
https://youtu.be/NpJNeGqExrc
---+ Follow KQED Science and Deep Look:
Instagram: https://www.instagram.com/kqedscience/
Twitter: https://www.twitter.com/kqedscience
KQED Science on kqed.org: http://www.kqed.org/science
Facebook Watch: https://www.facebook.com/DeepLookPBS/
Patreon: https://www.patreon.com/deeplook
---+ Shoutout!
Congratulations to ?Iset4, MidKnight Fall7,
jon pomeroy, Justin Felder3, and DrowsyTaurus26?, who were the first to correctly ID the species of spider in our episode - Antrodiaetus riversi (also known as Atypoides riversi) over at the Deep Look Community Tab:
https://www.youtube.com/channe....l/UC-3SbfTPJsL8fJAPK
(hat tip to Edison Lewis10 for posting the entire family tree!)
---+ 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 Templeton Religion Trust, 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 and the members of KQED. #deeplook #spiders #wildlife
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Sometimes the placements of where my arms need to be is weird.
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Desde hace algunos años en Francia las Hermanitas Discípulas del Cordero demuestran que el síndrome de Down no es un impedimento para entregarse por completo y con alegría a Dios. Aquí te contamos su historia.
Más información en: https://www.aciprensa.com/noti....cias/el-sindrome-de-
Angelo Giuseppe Roncalli nació en Lombardía (Italia) el 25 de noviembre de 1881. Fue el cuarto
hijo de un total de catorce hermanos del matrimonio formado por Giovanni Battista Roncalli y
Marianna Giulia Mazzolla quienes trabajaban como agricultores.
El ambiente religioso de su familia y la vida parroquial bajo la guía del Padre Francesco Rebuzzini,
le proporcionaron a Angelo una sólida formación cristiana.
Ingresó en el seminario de Bérgamo en 1892. En 1896 fue admitido en la Orden Franciscana Seglar
haciendo su profesión en 1897. El 10 de agosto de 1904 fue ordenado sacerdote en la Basílica de
Santa María de Monte Santo. En 1905, fue nombrado secretario del Obispo de Bérgamo y en el
año siguiente fue el encargado de la enseñanza de Historia y Patrología en el Seminario.
Durante la Primera Guerra Mundial, ejerció primero como sargento médico y más tarde como
capellán militar. En 1921, fue llamado desde Roma por el Papa Benedicto XV para ocupar el cargo
de Presidente para Italia del Consejo Central de la Obra Pontificia de la Propagación de la Fe.
El Papa Pío XI lo designó Arzobispo de Areopoli y fue enviado oficial para Bulgaria el 3 de marzo de
1925. En Bulgaria, realizó su labor apostólica visitando las comunidades católicas y estableciendo
relaciones de respeto y estima con otras comunidades cristianas, en especial de la Iglesia
Ortodoxa.
En 1934 fue designado Arzobispo de Mesembria y en 1935 fue nombrado delegado apostólico
para Turquía Su intervención para socorrer a miles de judíos de la persecución nazi mientras servía
como Delegado Apostólico del Vaticano en Turquía durante la Segunda Guerra Mundial fue crucial.
El 23 de diciembre de 1944, el Papa Pío XII lo nombró nuncio apostólico de Francia. Gracias a su
cortesía, su sencillez, su buen humor y su amabilidad pudo resolver los problemas y conquistar el
corazón de los franceses y de todo el Cuerpo Diplomático.
El 12 de enero de 1953 el papa Pío XII lo crea Cardenal, siendo designado como Patriarca de
Venecia.
Durante esta época solía navegar por los canales de la ciudad sin la vestimenta de cardenal y
detenerse para hablar con los más pobres quienes le contaban sus problemas.
El 28 de octubre de 1958, contando con casi 77 años, Roncalli fue elegido Papa ante la sorpresa de
todo el mundo. Ni los cardenales ni el resto de la Iglesia esperaban que el temperamento alegre, la
calidez y la generosidad del Papa Juan XXIII cautivaran los afectos del mundo.
Fue el primero desde 1870 que ejerció su ministerio de obispo de Roma visitando personalmente
las parroquias de su diócesis. Al cabo de dos meses de haber sido elegido, dio ejemplo de obras de
misericordia: por Navidad visitó los niños enfermos de los hospitales Espíritu Santo y Niño Jesús; al
día siguiente fue a visitar los prisioneros de la cárcel Regina Coeli.
En 1959, en la Basílica de San Pablo Extramuros y ante la sorpresa de todo el mundo anunció el
Concilio Vaticano II.
El 2 de diciembre de 1960 se reunió en el Vaticano durante una hora con el arzobispo de
Canterbury, Geoffrey Francis Fisher. Era la primera vez en más de 400 años, desde la excomunión
de Isabel I, que la máxima autoridad de la Iglesia de Inglaterra se reunía con el papa. Durante su
Pontificado nombró 37 nuevos cardenales, entre los cuales por primera vez un tanzano, un
japonés, un filipino, un venezolano, un uruguayo y un mexicano.
Su magisterio social en las encíclicas Mater et Magistra y Pacem in terris fue profundamente
apreciado. En ambas pastorales se insiste sobre los derechos y deberes derivados de la dignidad
del hombre como criatura de Dios.
El 11 de octubre de 1962 el Papa Roncalli abrió el Concilio Vaticano II en San Pedro. Desde la
apertura del Concilio, el papa Juan XXIII enfatizó la naturaleza pastoral de sus objetivos: no se
trataba de definir nuevas verdades ni condenar errores, sino que era necesario renovar la Iglesia
para hacerla capaz de transmitir el Evangelio en los nuevos tiempos.
El 23 de mayo de 1963 se anunció públicamente que el Papa estaba enfermo de cáncer. Falleció
en Roma el 3 de junio de 1963. Fue beatificado por el Beato Juan Pablo II en el año 2000.
Los dos pontífices serán canonizados en una misma celebración, el 27 de abril de 2014.
Este domingo 14 de octubre de 2018 el Papa Francisco presidió la Misa de canonización de Pablo VI, Mons. Oscar Romero, las religiosas Nazaria Ignacia de Santa Teresa de Jesús March Mesa y María Caterina Kasper, los sacerdotes Francesco Spinelli y Vincenzo Romano, y el laico Nunzio Sulprizio.
Más información en: https://www.aciprensa.com/noti....cias/homilia-del-pap
El director del Grupo ACI, Alejandro Bermúdez, nos ofrece a diario reflexiones en audio y vídeo sobre temas de actualidad en los que los católicos necesitamos tener una posición clara e informada. Compártelo con tus amigos, tu comunidad o en tu medio de comunicación católico.
El director del Grupo ACI, Alejandro Bermúdez, nos ofrece a diario reflexiones en audio y vídeo sobre temas de actualidad en los que los católicos necesitamos tener una posición clara e informada. Compártelo con tus amigos, tu comunidad o en tu medio de comunicación católico.
En su discurso a los jóvenes del Centro de Cumplimiento de Menores “Las Garzas”, en Panamá, el Papa Francisco les animó a no dejarse llevar por la murmuración y el chisme, sino recordar que Jesús que nos dice que somos parte de su familia, “no puedo perderte en el camino, estoy aquí contigo”.
Más información en:
https://www.aciprensa.com/noti....cias/el-papa-a-joven
Homilía del Papa Francisco en la Santa Misa celebrada en la Catedral Basílica Santa María la Antigua
El Papa Francisco preside la Misa de consagración del altar de la Catedral Basílica de Santa María la Antigua en Panamá.
Más información en:
https://www.aciprensa.com/noti....cias/homilia-del-pap
"Si voy a morir, mi bebé vivirá". Con estas palabras, Lorraine Allard, una madre inglesa de 33 años de edad, respondió a los médicos que le plantearon abortar al hijo que esperaba para someterla a un tratamiento de quimioterapia contra el avanzado cáncer que padecía.
El director del Grupo ACI, Alejandro Bermúdez, nos ofrece a diario reflexiones en audio y vídeo sobre temas de actualidad en los que los católicos necesitamos tener una posición clara e informada. Compártelo con tus amigos, tu comunidad o en tu medio de comunicación católico.
El Papa Francisco se encontró este lunes 25 de noviembre con jóvenes de diferentes religiones en la Catedral de Santa María de Tokyo, en su viaje apostólico a Japón.
Más información en: https://www.aciprensa.com/noti....cias/discurso-del-pa
