This Pulsating Slime Mold Comes in Peace (ft. Its Okay to Be Smart) | Deep Look Deep Look 2016-04-19 | Are You Smarter Than A Slime Mold? Let’s go ask Joe Hanson: youtu.be/K8HEDqoTPgkSUBSCRIBE to Deep Look! http://goo.gl/8NwXqtDEEP 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.---+ About Slime MoldsFlip over a rotting log and chances are you’ll see a goopy streak stuck to the wood. If you were to film this goop and play the video back in high speed, you’d see something that might remind you of the 1950s sci-fi classic “The Blob:” a jelly-like creature pulsating in a strange way, a little bit forward, a little bit back, spreading and searching for something to devour. But this creature isn’t intent on world domination. It’s a slime mold, a very simple organism that is neither plant, nor animal, nor fungus. Unlike the cells of other living beings, which have only one nucleus that carries their genetic information, slime molds can organize into something like a cell with thousands of nuclei. Slime molds may move slowly, but they excite scientists by their ability to get a lot done with very little. Researchers at the University of California San Diego and UC Davis have been focusing their attention on how slime molds get around, in the hope of inspiring a new generation of soft-bodied robots with medical applications. Slime molds don’t have legs or any appendages. They eat bacteria and tiny fungi. And they move just by changing their shape. “It’s intriguing to understand how they can move when they’re softer than the environment,” said UC San Diego engineer Juan Carlos Del Alamo. “The absence of limbs makes it a difficult problem.” Slime mold’s locomotion is triggered by a chemical reaction. In the lab, Del Alamo and his colleagues cut off small pieces of a bright yellow slime mold called Physarum polycephalum and put them under a microscope. They watched each piece squeeze itself. This contraction is triggered by tiny calcium ions flowing inside it. The slime mold contracts its wall, then sloshes to move the calcium ions back so that they can trigger another contraction – at least that’s the researchers’ hypothesis. ---+ What are slime molds?Let’s start with what they’re not. They can stand upright and produce spores. But they’re not fungi or plants. When they’re hungry, they spread across the forest chasing food such as tiny fungi or bacteria. But they’re not animals.---+ Where are slime molds often found? Slime molds are often found under rotting logs. You can also order the bright yellow slime mold in our video, Physarum polycephalum, from biological supplies companies. They’re fun to grow at home. ---+ What do slime molds eat? In nature, slime molds eat tiny fungi and bacteria. When they’re grown in the lab, researchers feed them oats. Read the entire article on KQED Science:ww2.kqed.org/science/2016/04/19/this-pulsating-slime-mold-comes-in-peace---+ More great DEEP LOOK episodes:Can A Thousand Tiny Swarming Robots Outsmart Nature?youtube.com/watch?v=dDsmbwOrHJsThis Mushroom Starts Killing You Before You Even Realize Ityoutube.com/watch?v=bl9aCH2QaQYBanana Slugs: Secret of the Slimeyoutube.com/watch?v=mHvCQSGanJg&nohtml5=False---+ More videos and documentaries from the PBS Digital Studios!Gross Science: Why Am I Obsessed With Gross Stuff?youtube.com/watch?v=8dfVN5w3_Y4BrainCraft: The Prisoner's Dilemma youtube.com/watch?v=p1KU7i5hpM8---+ Follow KQED Science:KQED Science: http://www.kqed.org/scienceTumblr: http://kqedscience.tumblr.comTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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
What Earthworms Expect When Theyre Expecting | Deep Look Deep Look 2023-02-14 | Earthworm babies grow inside cocoons that look like tiny spaceships. To make these golden, lemon-shaped incubators, earthworms cozy up with a mate inside tubes of slime, then follow a series of intricate steps.** TAKE OUR NEWSLETTER SURVEY: survey.alchemer.com/s3/7186645/Deep-Look-SurveyDEEP LOOK is an ultra-HD (4K) short video series created by KQED in 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. ---You can tell an earthworm is ready to mate once it has grown a fleshy patch called a clitellum.When it sidles up to another earthworm, their bodies point in opposite directions, and the worms surround each other with tubes of slime exuded from their skin.The earthworms embrace by using flaps on their clitella, and exchange sperm that travels outside their bodies. As they snuggle, the sperm flows into internal storage sacs.After mating, an earthworm produces a sheath with its clitellum that it shimmies down its body. The protein-rich ring moves over tiny holes, where it gathers eggs and some of the collected sperm. Then, the ring slips off the worm to become a cocoon with one or more developing earthworms inside.--- How do earthworms help the soil?Earthworms eat tiny bits of degraded plants, which have bacteria and fungi growing on them. This organic matter might be in the soil or in leaf litter on the surface. Some earthworms eat manure. When they poop out the remains, earthworms make nutrients like nitrogen available for plants to grow.And the earthworms that live underground spread around their nutritious poop, known as castings. “Subsoil comes up to the top, topsoil goes down towards the middle or bottom,” said Sam James, who studies earthworms at the University of Iowa. “And you can see the difference in colors of these two layers of soil.”Earthworms also create channels in the soil through which air and water can move, he added.--- What is worm composting?Earthworms such as the species Eisenia fetida can be kept in a bin and fed certain types of food scraps. Using earthworms to dispose of leftovers in this way is also known as vermicomposting.--- Can earthworms reproduce without sex? Yes. Some earthworms can reproduce on their own, through a process called parthenogenesis. These earthworms are all mothers — they don’t make sperm, only eggs. Their offspring develop from eggs that divide into identical copies.“They just clone themselves,” James said. “So what it means is a single individual can start a new population.”---+ Find a transcript on KQED Science:kqed.org/science/1981501/earthworm-love-is-cuddly-and-complicated---+ More Great Deep Look episodes:Watch This Bee Build Her Bee-jeweled Nestyoutu.be/oPbH1YhsdP8Born Pregnant: Aphids Invade with an Onslaught of Clonesyoutu.be/vrzalLssomgYou Can’t Unsee the Assassin Bug’s Dirty Workyoutu.be/bdzK-pTadQs---+ Shoutout!🏆Congratulations🏆 to these fans on our Deep Look Community Tab to correctly answer our GIF challenge! SHABOOLAVizalPepe PuebloPreet BudhwaniGrim---+ Thank you to our Top Patreon Supporters ($10+ per month)!Burt HumburgKaren ReynoldsCompanion CubeDaisuke GotoDavid DeshpandeChris B EmrickTianxing WangWade TregaskisMark JobesBlanca VidesKevin JudgeLaurel Przybylski Cindy McGillmonoirre Roberta K WrightTitania JuangSupernovabetty Syniurge KW Carrie MukaidaEl SamuelsJessica HiraokaJellymanMehdiNicky OrinoCristen RasmussenKelly HongSueEllen McCannNoreen HerringtonLouis O'NeillLaurel PrzybylskiNicolette RayCaitlin McDonoughJeremiah SullivanLevi CaiTierZoo Delphine TsengElizabeth Ann DitzRory B.---+ Follow Deep Look and KQED Science on social:tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, an NPR and PBS member station in San Francisco, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#earthworm #deeplook
❤️ Ladybug Love-In 🐞 | Deep Look Deep Look 2023-02-13 | Have you seen any ladybugs in your area? In these huge wintertime gatherings, they'll do more than hibernate - it's their best chance to find a mate. And watch the full episode here 👉 youtu.be/c-Z6xRexbIU#shorts #deeplook #ladybug
These Parasites Produce a Gruesome Spectacle | Deep Look Deep Look 2023-02-06 | A baby hairworm hitches a ride inside a cricket, feasting on its fat until the coiled-up parasite is ready to burst out. Then it hijacks the cricket's mind and compels it to head to water for a gruesome little swim.Watch the full episode here 👉 youtu.be/YB6O7jS_VBM#hairworm #animals #shorts
Meet the Pill Bugs | Deep Look Deep Look 2023-01-30 | We mentioned in this episode that some adventurous foragers even eat pill bugs. Their flavor is said to resemble other crustaceans, earning pill bugs the moniker “wood shrimp”."I personally haven’t tasted one, but I’ve spoken to people that have. They didn’t get a particularly high approval rating. Pill bugs have a lot of soil in their gut.” -Jonathan Wright, a professor of biology at Pomona College. Watch the full episode here 👉 youtu.be/sj8pFX9SOXE
Have You Met a Hagfish? It’s About Slime | Deep Look Deep Look 2023-01-24 | What keeps the boneless, jawless hagfish thriving after more than 300 million years? SLIME. The goop it exudes – a mix of mucus and special protein cells– expands to 10,000 times its original volume in less than half a second, potentially clogging the gills of competitors.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP 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. ---+ What happens when a predator bites into a hagfish?That predator will get a mouthful of slime! When threatened, the hagfish releases slime from pores that run alongside its body. That slime swells to more than a liter in less than half a second.---+ Why does a hagfish have loose, baggy skin?The hagfish's loose skin is a first line of defense. Its vital organs move out of harm's way inside of that baggie onesie, allowing the hagfish time to release slime. ---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1981309/how-hagfish-unleash-a-torrent-of-slime ---+ More Great Deep Look episodes:Banana Slugs: Secret of the Slime youtu.be/mHvCQSGanJgYou're Not Hallucinating. That's Just Squid Skin. youtu.be/0wtLrlIKvJE---+ GIF CHALLENGE WINNERS:🏆Congratulations 🏆to the following 5 fans who gave us the best WRONG ANSWERS for our Community Tab GIF Challenge, "Why does the hagfish tie itself in knots?"youtube.com/channel/UC-3SbfTPJsL8fJAPKiVqBLg/community?lb=UgkxkwoIIpGsw9TtPFu0-Uep91tiWjHn7XTzMister Pomelo 39 votesFrankie Aguayo 18 votesTheWhiteScatterbug 17 votesAlex Da Cat 10 votesPotatoCatStar 7 votesWe also had one *correct* answer:& Leo---+ Thank you to our Top Patreon Supporters ($10+ per month)!Burt HumburgKaren ReynoldsCompanion CubeDaisuke GotoDavid DeshpandeChris B EmrickTianxing WangWade TregaskisMark JobesBlanca VidesLaurel Przybylski Kevin JudgeCindy McGillmonoirre Supernovabetty Roberta K WrightTitania JuangEl SamuelsJessica HiraokaSyniurge Carrie MukaidaKW Nicky OrinoMehdiJellymanCristen RasmussenKelly HongLaurel PrzybylskiSueEllen McCannNoreen HerringtonNicolette RayShelley Pearson CranshawLouis O'NeillCaitlin McDonoughJeremiah SullivanDelphine TsengLevi CaiElizabeth Ann DitzTierZoo ---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#hagfish #slime #deeplook
Spiders Watching Spiders 🕷️👀 🕷️ | Deep Look Deep Look 2023-01-23 | @besmart's Joe Hanson shared some cool bonus footage with us from their recent video, "Why 8 Eyes Are Better Than 2 (…If You're a Spider 🕷)". youtu.be/GyUlaHxsZqACheck out how Ph.D. candidate and spider wrangler Alex Winsor from the University of Massachusetts, Amherst tracks a jumping spider's eye movements with special equipment. We're pretty sure this jumping spider is now our very first (and probably only) arachnid fan of #DeepLook! Music: Divertimento K131 by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. https://creativecommons.org/licenses/by/4.0/Source: http://incompetech.com/music/royalty-free/index.html?isrc=USUAN1100533Artist: http://incompetech.com#spider #jumpingspider #deeplook #besmart
Helpful Hitchhikers | Deep Look Deep Look 2023-01-18 | Not all roaches are filthy. The Madagascar hissing cockroach actually makes a pretty sweet pet, thanks to the hungry mites that serve as its cleaning crew.Watch the full episode here 👉 youtu.be/t3gvx8UQiZA#hissingcockroaches #insect #deeplook #shorts
The Wonderful World of Webspinners | Deep Look Deep Look 2023-01-09 | To protect herself and her eggs, female webspinners shoot super-fine silk from their front feet. They weave the strands to build a shelter that serves as a tent, umbrella and invisibility cloak.Watch the full episode here 👉 youtu.be/l_JP3RbJ8zk#shorts #webspinner #insects
New Year, New Body, No Problem | Deep Look Deep Look 2023-01-04 | Planarians are tiny googly-eyed flatworms with an uncanny ability: They can regrow their entire bodies, even a new head. So how do they do it? Watch the full episode here 👉youtu.be/m12xsf5g3Bo#deeplook #planaria #flatworm #shorts
What’s This Critter?| Deep Look Deep Look 2022-12-28 | Do you know what it is? Let us know in the comments. And this video and other new episodes will premiere in the new year! #shorts #deeplook #behindthescenes
Citrus Psyllids Bribe Ants With Strings Of Candy Poop | Deep Look Deep Look 2022-12-13 | Asian citrus psyllids transmit a disease that can ruin your oranges. Even worse, Argentine ants protect them in exchange for the psyllids' delicate ribbons of sugary poop, called honeydew. So, researchers are helping orange growers fight back with invisible lasers, ghastly wasps and more trickery.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP 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 tiny insect called the Asian citrus psyllid is threatening your oranges, lemons and limes. Smaller than a grain of rice, the agricultural pest sucks the sap from citrus trees and in doing so spreads a disease that ruins the fruit and eventually kills the citrus trees.“It's pretty straightforward to tell if you have an Asian citrus psyllid infestation in your citrus,” says Mark Hoddle, who leads a laboratory at UC Riverside that studies the pest and how to beat it. “Just check the tender young green leaves at the tips of the branches. If you see the white curly cues, the insect poop dripping off of those leaves, that's almost certainly a characteristic symptom of an Asian citrus psyllid infestation.”Hoddle’s team is studying novel ways to keep psyllids out of citrus orchards, but that task is complicated by the psyllid’s relationship with another insect, the Argentine ant.“Their relationship is rather sinister,” says Hoddle. “The Argentine ants harvest the honey dew that the Asian citrus psyllid nymphs excrete because it's nice and sugary and the ants love eating sugar. In return for providing that sweet delicacy, the ants protect the Asian citrus psyllids from their natural enemies like the predators and the parasitic wasps that we have introduced from Pakistan.”“The psyllids need protection from the ants because they lack defense systems,” says Hoddle. “They have recruited mercenaries to protect them.”So to protect the valuable citrus industry, Hoddle and his team are going after the psyllids’ ant bodyguards.----- What is the Asian citrus psyllid?The Asian citrus psyllid (Diaphorina citri) is a tiny insect, smaller than a grain of rice, that can spread a plant disease called citrus greening. The agricultural pest sucks the sap of citrus trees and produces strings of sugary poop.---What is citrus greening?Also called huánglóngbìng or HLB, citrus greening is a disease caused by a bacterial infection that causes green bitter fruit and eventually kills citrus trees. Asian citrus psyllids transmit the disease when they feed on citrus trees.--- What does citrus greening look like?Citrus greening often causes patches of leaves to turn a blotchy yellow and fruit that is green and bitter. These yellow patches are typically asymmetric, which helps tell it apart from other issues like nutrient deficiencies. Trees eventually lose their leaves, stop producing fruit and die.---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980896/citrus-psyllids-bribe-ants-with-strings-of-candy-poop---+ For more information:Hoddle lab at UC Riverside https://biocontrol.ucr.edu/asian-citrus-psyllid---+ Shoutout!🏆Congratulations🏆 to these fans on our Community Tab for tackling our GIF challenge! All 3 answers:「Formula Zero EX」2 out of 3:HyperionMuhammad Haziq Hilmi 1012Preet Budhwanihussain eIncoherentBabbler---+ Thank you to our Top Patreon Supporters ($10+ per month)!Burt HumburgKaren ReynoldsCompanion CubeAllison & Maka MasudaDaisuke GotoDavid DeshpandeChris B EmrickTianxing WangWade TregaskisMark JobesBlanca VidesKevin JudgeLaurel Przybylski monoirre Supernovabetty Roberta K WrightTitania JuangSyniurge El SamuelsKW Carrie MukaidaNicky OrinoJellymanCristen RasmussenMehdiKelly HongCindy McGillSueEllen McCannShelley Pearson CranshawLaurel PrzybylskiNicolette RayNoreen HerringtonLouis O'NeillCaitlin McDonoughElizabeth Ann DitzJeremiah SullivanDelphine TsengLevi CaiTierZoo ---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#citruspsyllid
Its Snowflakes Season | Deep Look Deep Look 2022-12-12 | Watch our full episode about snowflakes here 👉 youtu.be/Gojddrb70N8#shorts #deeplook #science #snowflakes
A Few Endearing Facts About Reindeer | Deep Look Deep Look 2022-12-07 | Did you know that in about three months, reindeer grow an entirely new set of antlers, their iconic crown of bones? Watch the full episode here 👉 youtu.be/b7LINcDwl3o#shorts #science #reindeer #deeplook
Super Slug Slime | Deep Look Deep Look 2022-12-05 | Beneath the towering redwoods lives one of the most peculiar creatures in California: the banana slug. They're coated with a liquid crystal ooze that solves many problems slugs face in the forest.Watch the full episode here 👉 youtu.be/mHvCQSGanJg#bananaslug #slugs #deeplook #shorts
The Undying Hydra | Deep Look Deep Look 2022-11-30 | A hydra can make near-perfect copies of its stem cells … basically forever.Watch the full episode here 👉 youtu.be/ITVfXHrfudw#hydra #deeplook #shorts
Web Reduction for Seduction | Deep Look Deep Look 2022-11-28 | Sure, the female black widow has a terrible reputation. But who’s the real victim here?Watch the full video here 👉 youtu.be/NpJNeGqExrc#shorts #deeplook #blackwidow #spider
How Hoverflies Spawn Maggots that Sweeten Your Oranges | Deep Look Deep Look 2022-11-22 | Oblique streaktail hoverflies zip from bloom to bloom wearing a wasp costume to avoid getting eaten. But it’s all for show – they don’t even have stingers! Their fierce maggots, on the other hand, devour hundreds of insect pests. As they gorge, they help keep orange trees safe from disease.TAKE OUR SURVEY! to.pbs.org/2022surveyDEEP LOOK is an 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.---Entomologist Nic Irvin, at the University of California, Riverside, has found that the maggots of oblique streaktail hoverflies eat more than 400 Asian citrus psyllids in the week before they transform into pupae. Orange growers despise Asian citrus psyllids, which spread a destructive bacterium when they feed on the sap of citrus trees. The bacterium, Candidatus Liberibacter asiaticus, causes a disease known as citrus greening or huanglongbing. Infected citrus trees make green, bitter fruit and eventually die. Irvin has planted alyssum, a plant with fragrant white flowers, in orange groves near Riverside. The alyssum attracts adult oblique streaktail hoverflies that feed on its pollen and then lay their eggs on orange trees under attack by Asian citrus psyllids. When hoverfly maggots hatch out of the eggs, they devour the psyllids. In one experiment, Irvin found that having alyssum near orange trees reduced by 10% the number of Asian citrus psyllids on them. --- Are hoverflies good for the garden?Yes, hoverflies help backyard gardeners too. They pollinate flowering plants. And their maggots feed on aphids, a common pest of vegetables.--- How do hoverflies fly?Hoverflies fly like tiny helicopters – they can hover, fly straight up and down and backward and turn in almost every direction, said Karin Nordström, who studies hoverflies at Flinders University in Australia. “Seeing them come in and land on a flower, it’s really beautiful,” she said, “because it’s such a controlled landing.”---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980847/how-hoverflies-spawn-maggots-that-sweeten-your-oranges---+ More great Deep Look episodes:This Bee Gets Punched by Flowers For Your Ice Creamyoutu.be/rsUNxvXofgoBorn Pregnant: Aphids Invade with an Onslaught of Clonesyoutu.be/vrzalLssomgThis Freaky Fruit Fly Lays Eggs in Your Strawberriesyoutu.be/MJsI50wQELU---+ Shoutout!🏆Congratulations🏆 to these fans on our Deep Look Community Tab to correctly answer our GIF challenge! TheWhiteScatterbugCesalia FloofDizzyDragon---+ Thank you to our Top Patreon Supporters ($10+ per month)!Burt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeChris B EmrickTianxing WangWade TregaskisCompanion CubeMark JobesBlanca VidesLaurel PrzybylskiKevin JudgeAuroramonoirreAnastasia GrinkevicTitania JuangSyniurgeSupernovabettyRoberta K WrightEl SamuelsKWJessica HiraokaCarrie MukaidaJellymanMehdiNicky OrinoCristen RasmussenCindy McGillNoreen HerringtonSueEllen McCannLaurel PrzybylskiShelley Pearson CranshawCaitlin McDonoughKelly HongNicolette RayLouis O'NeillJeremiah SullivanElizabeth Ann DitzTierZooLevi CaiSilvanDelphine TsengKenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, an NPR and PBS affiliate in San Francisco, Calif., 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#hoverflies #asiancitruspsyllids #deeplook
Milkweed Mansion | Deep Look Deep Look 2022-11-21 | In his lab greenhouse at Emory University in Atlanta, Jacobus “Jaap” de Roode keeps populations of monarchs in captivity to study how the Ophryocystis elektroscirrha parasite hurts their ability to metamorphose properly.Watch our episode about monarch butterflies here 👉 youtu.be/3DC8INr7tvQ#shorts #monarchbutterfly #deeplook #insects #behindthescenes
These Bugs Were Safe For Work | Deep Look Deep Look 2022-11-16 | We're lucky to have a producer that volunteers herself for bug bites. 😅Want to see all of the original videos that Gabriela Quirós produced and also appeared in? Check them out here 👇🪰 A Tsetse Fly Births One Enormous Milk-Fed Baby youtu.be/odCtCote9U0😘 How a Kissing Bug Becomes a Balloon Full of Your Blood youtu.be/79bVKq_vTR0🦟 This Dangerous Mosquito Lays Her Armored Eggs – in Your House youtu.be/1T9jgBnXXvw🛏️ Watch Bed Bugs Get Stopped in Their Tracks youtu.be/ToeWrGTGOOI🔥 Fire Ants Turn Into a Stinging Life Raft to Survive Floods youtu.be/cfKr6rnpakE#shorts #tsetsefly #kissingbug #mosquito #fireants #deeplook #insects
Meet the Fly Destroyer | Deep Look Deep Look 2022-11-14 | The fungus is known by its scientific name, Entomophthora muscae, which means “fly destroyer.” It lives off houseflies and fruit flies, among others.See the full video here 👉 youtu.be/C2Jw5ib-s_I
How to Film Yellowjackets | Deep Look Deep Look 2022-11-09 | Normally it's tough to keep yellowjackets away from your picnic, but these wasps were camera shy. But we managed to tempt a few with some grilled burgers!Watch our NEW episode here 👉 youtu.be/yF61-E-Jq20n #deeplook #shorts #yellowjackets #wasp #insects #behindthescenes
Camera Shy | Deep Look Deep Look 2022-11-07 | We have a new #DeepLook episode about yellowjackets! See the full episode here 👉youtu.be/yF61-E-Jq20#shorts #deeplook #wasp #yellowjackets
Yellowjackets Roll Tiny Meatballs For The Babies | Deep Look Deep Look 2022-11-01 | Why is that yellowjacket crashing your BBQ? Well, she wants what you're having: burgers, hot dogs, fish and turkey. But she doesn't eat them herself. Her nest's larvae need that protein to develop. So she carves up your dinner and makes teeny-tiny meatballs for them.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP 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. -- Yellowjackets bring back all kinds of interesting fare to their nests. The scavenging species might make meatballs out of moth wings, cockroaches or pieces of carrion. And all that food gathering and flying around gives adult yellowjackets an appetite. After delivering scavenged foods to the larvae, adult yellowjackets prod the youngsters and they offer their thanks in the form of a sugary throw up, or exudate. The adults slurp that up and jet off on more meatball missions.---+ Are yellowjackets pollinators?Yellowjackets are pollinators! They visit flowers to gather sugary nectar that helps fuel their flight. They’re not as good at pollinating plants as bees are because their bodies are less hairy so they don’t pick up as much pollen. ---+ Do yellowjackets die after they sting?Yellowjackets do not die after they sting. They can sting multiple times, but it’s a last resort when they are threatened. ---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980663/yellowjackets-roll-tiny-meatballs-for-the-babies---+ Busy Bees and Other Pollinators Playlist:youtube.com/watch?v=XjOfbEWVBpE&list=PLdKlciEDdCQCfoI8E24mbuk259unmiwG9GIF CHALLENGE WINNERS:Wow! We were looking for a term - exudate - but you all really delivered here!We're calling:Sheldfreeze18RodrigoBorgesBovineTerrorI JaneTheWhiteScatterbug... our winners. Thanks all for playing and we'll be more clear in our language for the next quiz!---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeChris B EmrickTianxing WangCompanion CubeWade TregaskisMark JobesKevin JudgeBlanca VidesLaurel Przybylski Jana Brenning Anastasia GrinkevicTitania JuangSupernovabetty monoirre Aurora Roberta K WrightKW El SamuelsCarrie MukaidaSyniurge Kimberly HallJessica HiraokaJellymanCristen RasmussenMehdiNicky OrinoSueEllen McCannKelly HongCindy McGillNoreen HerringtonLaurel PrzybylskiShelley Pearson CranshawLouis O'NeillJeremiah SullivanNicolette RayLevi CaiElizabeth Ann DitzCaitlin McDonoughSilvanDelphine TsengTierZoo Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#yellowjackets #vespulapensylvanica #deeplook
Happy Halloween 😨 | #DeepLook Deep Look 2022-10-31 | Here's hoping a Calfornia turret spider doesn't answer the door when you're trick or treating. 🕷️Watch the full episode here 👉 youtu.be/9bEjYunwByw#shorts #deeplook #spider #turretspider
Hungry Little Caterpillars | Deep Look Deep Look 2022-10-26 | We’ve got a NEW Deep Look episode about monarch butterflies! Watch here 👉 youtu.be/3DC8INr7tvQ#shorts #monarchbutterfly #deeplook #insects #behindthescenes #caterpillars
Pallid Bats Have Super Sensitive Hearing | 🦇 👂 Deep Look 2022-10-24 | Bats have been the only flying mammals for about 50 million years. Most species, with the exception of the fruit bats, use echolocation -- their built-in sonar -- to detect prey and snatch it from the air.But not pallid bats. They hunt insects and arachnids that live on the ground by tracking their movements with another sense: hearing.Learn more in the full episode 👉 youtu.be/l2py029bwhA
Monarch Butterflies Struggle to Survive | Deep Look Deep Look 2022-10-19 | Emory University’s Jacobus “Jaap” de Roode describes how the Ophryocystis elektroscirrha parasite hurts the ability of monarch butterflies to metamorphose properly. He’s studying them to learn more about how to keep their population healthier.Watch our episode about monarch butterflies here 👉 youtu.be/3DC8INr7tvQ#shorts #monarchbutterfly #deeplook #insects #behindthescenes
Floating Fire Ant Rafts Grow Curious Little Arms, Too | Deep Look Deep Look 2022-10-17 | Did you know fire ants make rafts out of their own bodies to escape floods? Yep. And, it gets even cooler. When researchers studied the fire ant rafts in a lab, they noticed something kind of wild. Fire ants initially build their raft around a central rod. But over time, the form of that raft changes and we see tiny “arms” reaching out. Some ants march right on top of others to the raft’s edge. Then they jump off and hook onto the others, causing the raft to grow little protrusions. So, why are the ants doing this, making these curious little arms? Scientists’ best guess is the ants are searching for dry land to build a new nest. Very cool.You can watch the full episode, "Fire Ants Turn Into a Stinging Life Raft to Survive Floods" here 👉 youtu.be/cfKr6rnpakESpecial thanks to the Vernerey Research Group at the University of Colorado - Boulder for the time lapse footage of the fire ants. #shorts #deeplook #fireants
We ❤️ Monarchs | Deep Look Deep Look 2022-10-14 | We’ve got a NEW Deep Look episode about monarch butterflies! Watch here 👉 youtu.be/3DC8INr7tvQ#shorts #monarchbutterfly #deeplook #insects #behindthescenes #timelapse
Arts + Crafts For Science | Deep Look Deep Look 2022-10-12 | In his lab greenhouse at Emory University in Atlanta, Jacobus “Jaap” de Roode uses glue to attach mature monarch butterfly chrysalises to a milkweed plant, which they feed on after they emerge. He keeps populations of monarchs in captivity to study how the Ophryocystis elektroscirrha parasite hurts their ability to metamorphose properly.Watch our episode about monarch butterflies here 👉 youtu.be/3DC8INr7tvQ#shorts #monarchbutterfly #deeplook #insects #behindthescenes
This Parasite is Cramping The Monarch Butterfly’s Style | Deep Look Deep Look 2022-10-11 | Monarchs are locked in a battle with Ophryocystis elektroscirrha (OE), a parasite that can trap a butterfly in its own chrysalis and deform its beautiful wings. Turns out there is a wrong way, and a *right way,* for you to help these butterflies in your backyard.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP LOOK is a ultra-HD (4K) short video series created by KQED San Francisco and presented by PBS Digital Studios. Explore big scientific mysteries by going incredibly small.---Monarch butterflies are one of the most recognizable animals in the world, but these beloved insects face have lost much of their historic milkweed habitat to agriculture and development. As a result, monarchs are more concentrated on the milkweed plants they have left. Monarch caterpillars are completely reliant on milkweed for food and many people plant milkweed in their yards to help them. But not all milkweed is the same.Tropical milkweed, with its pretty orange and red flowers, doesn’t die back in the fall and that means that the protozoan parasite Ophryocystis elektroscirrha (OE) has more time to build up on its leaves.Monarch caterpillars inadvertently ingest the spores, which release the microscopic parasites into the caterpillar’s flesh. When a heavily infected monarch goes through metamorphosis, the butterfly will have lesions on its abdomen, making it stick to the inside of its chrysalis.“It gets stuck and you really see the butterfly struggle at that point which is a sad sight,” says Jacobus de Roode, a researcher at Emory University in Atlanta who studies the relationship between monarchs and OE. “Normally the butterfly comes out very smoothly, it pops out and starts pumping up those wings. But when they get stuck you can see them for minutes or even hours struggling and they just can’t get out. It’s kind of traumatic.” ----- How do monarch butterflies help humans?Monarch butterflies are important pollinators that are hugely beneficial to the ecosystems in which they are found. --- Where do monarch butterflies migrate each year?In the fall, monarch butterflies travel to their overwintering locations. The majority of monarchs live east of the Rock Mountains and they travel to central Mexico. The monarchs that spend their summers west of the Rockies travel to the central California coast. There is some overlap between the populations of monarchs.--- How do monarch butterflies protect themselves?Monarch caterpillars feed on milkweed plants, which contain toxic substances called cardiac glycosides that accumulate in the caterpillar’s flesh and stay with it even after it metamorphoses into a butterfly. Both monarch caterpillars and butterflies have vibrant warning colors that tell predators that they don’t taste good.---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980427/this-nasty-parasite-is-ruining-monarch-butterfly-wings---+ For more information:The de Roode Lab at Emory University in Atlanta: deroodelab.org---+ More Great Deep Look episodes:Glasswing Butterflies Want To Make Something Perfectly Clear | Deep Lookyoutu.be/LYxTyMF9k_4The Pipevine Caterpillar Thrives in a Toxic Love Triangle | Deep Lookyoutu.be/TQQv7h11g_c---+ Shoutout! 🏆Congratulations🏆 to these fans on our Deep Look Community Tab to correctly answer our GIF challenge! Jodie BAmyB.C.kingLorshiLauren Petro---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeChris B EmrickTianxing WangCompanion CubeWade TregaskisMark JobesKevin JudgeBlanca VidesLaurel Przybylski Jana Brenning Anastasia GrinkevicTitania JuangSupernovabetty monoirre Aurora Roberta K WrightKW El SamuelsCarrie MukaidaSyniurge Kimberly HallJessica HiraokaJellymanCristen RasmussenMehdiNicky OrinoSueEllen McCannKelly HongCindy McGillNoreen HerringtonLaurel PrzybylskiShelley Pearson CranshawLouis O'NeillJeremiah SullivanNicolette RayLevi CaiElizabeth Ann DitzCaitlin McDonoughSilvanDelphine TsengTierZoo Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#deeplook
Magnificent Monarchs | Deep Look Deep Look 2022-10-10 | We’ve got a NEW episode about monarch butterflies coming your way from producer Josh Cassidy tomorrow (10/10/22). Subscribe to Deep Look so you don’t miss it!#shorts #monarchbutterfly #deeplook #insects #behindthescenes
Clearing up confusion about daddy longlegs | Deep Look Deep Look 2022-10-05 | We get a lot of comments and questions about daddy longlegs, which were featured in this #DeepLook video 👉 youtu.be/tjDmH8zhp6o @leftcoastnaturalist has some answers!#shorts #arachnid #science #nature #wildlife #daddylonglegs
Tarantula Mating Can Be Risky Business | Deep Look Deep Look 2022-09-28 | When male tarantulas reach maturity, right before they set out on their quest, they develop a special set of clasps on their front legs called “tibial hooks.” Tibial hooks serve a single purpose: to fasten underneath the female’s fangs during courtship, allowing him to keep danger at arm’s length, so to speak.See the full episode here 👉 youtu.be/5gOKd4cqFaY#shorts #deeplook #tarantulas #spider
Fire Ants Turn Into a Stinging Life Raft to Survive Floods | Deep Look Deep Look 2022-09-27 | During hurricane season, as floodwater flows into their nest, red fire ants build a terrifying raft – out of their own interlocking bodies. If you wade into this ant raft nightmare, you’ll likely get a vicious bite and sting.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP 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. -- During hurricane season, as residents of states like Florida, Texas, Louisiana and South Carolina escape rising waters, they sometimes have the added misfortune of wading into large groups of floating red fire ants that have assembled into a raft. These ants, whose scientific name is Solenopsis invicta, are also known as red imported fire ants or RIFA because they arrived in the United States from South America. There, they evolved on the margins of rivers that flood regularly, in an area that encompasses western Brazil, northern Argentina, Paraguay and Bolivia. ---+ What happens if a red fire ant bites you?It’s more accurate to say that red fire ants bite *and* sting. They use their large mandibles to grab onto the skin and anchor themselves. Then, they dig their stinger in – sometimes multiple times – and inject venom. An itchy welt pops up at the site of the sting and later turns into a pus-filled blister called a pustule. A small number of people are allergic to red fire ant venom and can go into anaphylactic shock and die if they don’t receive prompt medical care. ---+ Why are red imported fire ants a problem?In addition to their stings, red imported fire ants damage crops, hurt livestock and displace native ants. ---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980343/fire-ants-turn-their-babies-into-a-stinging-life-raft ---+ More Great Deep Look episodes:Kidnapper Ants Steal Other Ants’ Babies - And Brainwash Themyoutu.be/sC4MjPKf3jYHoneypot Ants Turn Their Biggest Sisters into Jugs of Nectaryoutu.be/Rid_YW3P8CA Where Are the Ants Carrying All Those Leaves?youtu.be/-6oKJ5FGk24🏆Congratulations🏆 to these fans on our Deep Look Community Tab to correctly answer our GIF challenge! Mayur AgrawalDeath is our worst EnemyPreet BudhwaniGaz L---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeChris B EmrickCompanion CubeTianxing WangMark JobesKevin JudgeBlanca VidesJana Brenning Laurel Przybylski Aurora Jason Jiamonoirre Titania JuangRoberta K WrightKW Supernovabetty Anastasia GrinkevicEl SamuelsKimberly HallCarrie MukaidaJellymanJessica HiraokaNicky OrinoCristen RasmussenCindy McGillMehdiNoreen HerringtonShonara RivasKelly HongSueEllen McCannMisia CliveLaurel PrzybylskiNicolette RayCaitlin McDonoughShonara Rivas Louis O'Neill吳怡彰 Shelley Pearson CranshawElizabeth Ann DitzJeremiah SullivanDelphine TsengWade TregaskisLevi CaiTierZoo SilvanSyniurge Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#solenopsisinvicta #antraft #fireants
We’ve hit 2M Subs! 🎉 | Deep Look Deep Look 2022-09-22 | A HUGE thanks to all of our fans for subscribing to our channel and watching our videos! 🥳 🎉#shorts #deeplook
How Lice Turn Your Hair Into Their Jungle Gym | Deep Look Deep Look 2022-09-21 | Kids are back in school, so these parasites might come with them ... Watch the full episode here 👉 youtu.be/Yb26BBvAAWU#deeplook #science #parasite #insects #shorts #lice
This Millipede and Beetle Have a Toxic Relationship | Deep Look Deep Look 2022-09-14 | Promecognathus crassus beetles are even able to withstand cyanide levels that would knock down beetles 10 times their size in lab tests.Watch the full episode here 👉 youtu.be/s5ocDRUFUIE#deeplook #shorts #insects #beetle #millipede
Cool Carnivorous Plants 🪴 | Deep Look Deep Look 2022-09-07 | A #carnivorousplant like this Cape sundew often live in nutrient-poor soil, so they supplement their diet with insects. Watch the full episode here 👉 youtu.be/D4kBrsyWhS4#capesundew #plant #science #deeplook #shorts
Backswimmer Insects Drag Prey Into the Upside Down | Deep Look Deep Look 2022-08-30 | They look like little rowboats, cruising belly up below the surface of a pond or gentle stream. But don't be fooled. Backswimmers are voracious predators, and when it's time to find a new home they know how to make a dramatic exit.WATCH 'America Outdoors: Understory:' youtu.be/s-R1p89zHnkPLAY Deep Look's 'Panic at the Pond' Playlist! youtube.com/playlist?list=PLdKlciEDdCQDWGnwP5WLFSYLTRZmk3SsrDEEP LOOK is an 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.---Ever feel like your world’s been flipped upside down? That’s life for these bugs.Backswimmers are predatory insects that get their name because they spend their lives flipped with their backs facing down and their bellies facing up. They do a kind of backstroke using their oversized back legs like oars. Spending their time flipped over is convenient because it helps them know if any unlucky prey has accidentally fallen into the water. “They are vicious predators,” says Kate Boersma, a biologist at University of San Diego, “and they're very fast in the water. They do hunt underwater, but they also eat stuff that falls in. Mostly terrestrial insects.”Backswimmers also like to munch on mosquito larvae that tend to share the same ponds and streams. That makes backswimmers a surprisingly valuable ally when it comes to keeping mosquito levels low. --- What do backswimmers eat?Backswimmers are predatory insects that hunt other aquatic invertebrates or terrestrial insects that have accidentally fallen into the water and are often struggling to get out. The biggest backswimmers can take down prey as large as a tadpole or small fish.--- Do backswimmers bite or sting?Backswimmers will bite people to defend themselves, but they typically aren’t looking for a fight. The bite may feel similar to a bee sting.--- How do backswimmers get in your pool? Can backswimmers fly?Backswimmers are able to fly to find new bodies of water to make their home. They do occasionally land in swimming pools by accident and can sometimes survive for a while if the pool isn’t heavily chlorinated. Since there typically isn’t any prey for them in a swimming pool, they will often try to escape to find a more suitable home.---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1980101/backswimmer-insects-drag-prey-into-the-upside-down ---+ More great Deep Look episodes:You Can’t Unsee the Assassin Bug’s Dirty Work | Deep Lookyoutu.be/bdzK-pTadQsTadpole Shrimp Are Coming For Your Rice | Deep Lookyoutu.be/T2xnXaX7r3gBorn Pregnant: Aphids Invade with an Onslaught of Clones | Deep Lookyoutu.be/vrzalLssomg---+ Shoutout!🏆Congratulations🏆 to the first 5 fans on our Deep Look Community Tab to correctly answer our GIF challenge! youtube.com/post/Ugkx_--VGcPgKPUuQ5ofHZA2-65smIvmryT9Will EdwardsMarijn SlingerlandDoddy Rachmad SubagyoMárton VargaLichen8404---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsAllison & Maka MasudaDaisuke GotoDavid DeshpandeWild TurkeyJ8ZenithChris B EmrickTianxing WangCompanion CubeMark JobesBlanca VidesKevin JudgeLaurel Przybylski Jana Brenning Jason Jiamonoirre Anastasia GrinkevicTitania JuangRoberta K WrightAurora Supernovabetty Carrie MukaidaKimberly HallJellymanEl SamuelsKW Syniurge Cristen RasmussenNicky OrinoMehdiShonara RivasCindy McGillSueEllen McCannNoreen HerringtonLaurel PrzybylskiMisia CliveKelly HongShelley Pearson CranshawJeremiah SullivanCaitlin McDonough吳怡彰 Louis O'NeillNicolette RayElizabeth Ann DitzShonara Rivas Delphine TsengWade TregaskisSilvanLevi CaiTierZoo Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.
Watch Barn Owls Swallow Rodents Whole | Deep Look Deep Look 2022-08-09 | Barn owls swoop down on rodents and swallow them whole – gophers, voles and mice, gone in a few gulps. But how do they keep down all that food? Well, they don’t. In a few stomach-turning steps, they transform the varmints into compact balls of fur and bones known as pellets.Watch Far Out on PBS Terra! youtube.com/playlist?list=PLnNZYWyBGJ1EzMbF4T-PPNmqhXFY87KfpDEEP 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. -- The secret to turning a whole rodent into an owl pellet is in a barn owl’s stomach. It has two chambers.The first chamber oozes digestive juices, like our stomach. The second one – the gizzard – squeezes the rodent remains with powerful muscles. The fats and proteins get absorbed. After about eight hours in the gizzard, the fur and bones become tightly compacted into an oval that the owl regurgitates. ---+ What can scientists learn by studying what's inside owl pellets?“I think it’s really fascinating you can study their diet so easily by dissecting these pellets,” said Matt Johnson, who oversees the Barn Owl Research Team at Cal Poly Humboldt, in Arcata, California. He and his students monitor 300 nest boxes set up by winegrowers in the state’s Napa Valley.Winegrowers invite barn owls (Tyto furcata) to raise their young in nest boxes. By hunting gophers and voles, which can damage grapevines, barn owls help with pest control.Dissecting owl pellets and pulling out the bones hidden inside helps researchers identify what animals a barn owl ate and how many. In Napa, “voles, mice and gophers make up 90% of what they eat,” said Johnson. “Mice are almost always the third place in that list.”“Their diet varies from place to place and year to year,” he added. “We’ve collected some pellets that are majority voles, or majority gophers.”---+ How many rodents can a barn owl kill?While a graduate student at Cal Poly Humboldt, Dane St. George estimated in 2020 that a family of barn owls living in and around a vineyard in Napa can eat 3,500 rodents a year. By tracking the barn owls’ movements, he found that almost 45% of the rodents they killed came from within vineyards. ---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1979934/barn-owl-table-manners-are-just-different---+ The young barn owl coughing up a *gigantic* pellet in our episode was filmed by a camera in a nest box in Israel. Watch the whole video here: youtu.be/sCTvWDd7bjcAnd livestream barn owls, kestrels and other birds here: youtube.com/c/CharterGroupBirdcams---+ More Great Deep Look episodes:What Makes Owls So Quiet and So Deadly?youtu.be/a68fIQzaDBYYou’ve Heard of a Murder of Crows. How About a Crow Funeral?youtu.be/ixYVFZnNl6sWatch These Peregrine Falcons Become Fierce Parentsyoutu.be/RTNZmnD27is🏆Congratulations🏆 to the first 5 fans on our Deep Look Community Tab to correctly answer our GIF challenge! The owlet pictured was 63 days old.Blunderbuss13 (63)im a comment J (63)Imani Perlie (63)Justa Bone (64)Moses Aubrey (61)---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsAllison & Maka MasudaDaisuke GotoDavid DeshpandeWild TurkeyJ8ZenithChris B EmrickTianxing WangCompanion CubeMark JobesBlanca VidesKevin JudgeLaurel Przybylski Jana Brenning Jason Jiamonoirre Anastasia GrinkevicTitania JuangRoberta K WrightAurora Supernovabetty Carrie MukaidaKimberly HallJellymanEl SamuelsKW Syniurge Cristen RasmussenNicky OrinoMehdiShonara RivasCindy McGillSueEllen McCannNoreen HerringtonLaurel PrzybylskiMisia CliveKelly HongShelley Pearson CranshawJeremiah SullivanCaitlin McDonough吳怡彰 Louis O'NeillNicolette RayElizabeth Ann DitzShonara Rivas Delphine TsengWade TregaskisSilvanLevi CaiTierZoo Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#barnowls #owlpellet #deeplook
Teddy Bear Bees Stab Flowers To Steal Their Nectar | Deep Look Deep Look 2022-07-19 | With their short tongues, Valley carpenter bees can't easily drink the nectar from tubular flowers. So they use powerful mandibles to slice into the blooms and steal it. It's called nectar robbing, since the plants don't get the benefit of being pollinated by these enormous, fuzzy bees.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1DEEP 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.--On a warm spring day in California’s Central Valley, a super fuzzy golden bee almost the size of your thumb flies in tight circles over red and white Hot lips salvia flowers. You’re witnessing the fitness display of the largest bee in the Western United States – the Valley carpenter bee (Xylocopa sonorina). The bright golden males of this species release a pheromone as they circle around a focal point, mimicking floral odors. Researchers think that they are using the perfume-y scent to attract foraging female bees. They hope that the all-black, shiny female bees will be impressed by their dizzying acrobatic displays, and decide to choose them as a mate. These striking males are colloquially referred to as "Teddy bear bees."Many flowering plants in California’s Central Valley produce tubular flowers which are hard to access with the bees' short tongue. Valley carpenter bees, like other types of carpenter bees, don’t have the long tongues that other local pollinators may have (like some moths, butterflies, or hummingbirds). So instead of extending their tongues down a flower to reach nectar (and in the process pick up pollen at the front of the flower), these bees steal the nectar through a backdoor. They use their powerful mandibles to bite a hole at the base of the flower and sip nectar from the side of the puncture, thus bypassing pollination. Researchers call this “nectar robbing.”---+ Why do carpenter bees eat wood?Carpenter bees are named for their ability to construct nests in wood – typically logs or human-made wooden structures. The bee nests are made of tunnels about ½ inch in diameter and 6 to 10 inches deep. The tunnels in a bee nest lead to several chambers, where the bees raise their young, as well as hibernate during colder months. In parts of the US, especially the Eastern US, carpenter bees are considered pests.---+ How do carpenter bees drill holes?The female bees use their powerful mandibles to tunnel into dead wood… like logs, or tree trunks. Mama bees then lay their eggs and provide food for the developing offspring in these chambers.The bees may return to the same nest for generations, expanding and renovating year after year.Carpenter bees don’t have a queen, and they aren’t as social as honeybees, but several bees may room together in a nest. ---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1979834/carpenter-bees-stab-flowers-to-steal-their-nectar---+ More Great Deep Look episodes:Watch This Bee Build Her Bee-jeweled Nestyoutube.com/watch?v=oPbH1YhsdP8This Bee Builds Sandcastles at the Beachyoutube.com/watch?v=UfMCZYkG5Xo🏆Congratulations🏆 to the first 5 fans on our Deep Look Community Tab to correctly answer our GIF challenge!AntskeralaSian LazuliNC StrangecodeBreadMohammed Yaser---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeHyper MusicWild TurkeyChris B EmrickTianxing WangJ8ZenithCompanion CubeMark JobesBlanca Videsmonoirre Kevin JudgeTitania JuangAurora Roberta K WrightSyniurge Supernovabetty Anastasia GrinkevicEl SamuelsKW Kimberly HallCarrie MukaidaMehdiJellymanNicky OrinoCristen RasmussenShonara RivasCindy McGillSonia TanlimcoSueEllen McCannMisia CliveNoreen HerringtonKelly HongCaitlin McDonoughLouis O'NeillLaurel PrzybylskiShelley Pearson CranshawJoshua Murallon RobertsonNicolette RayJeremiah Sullivan吳怡彰 Wade TregaskisElizabeth Ann DitzSilvanDelphine TsengShonara Rivas TierZoo Levi CaiJana Brenning Kenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.
Dont Go Chasing Water Bugs | Deep Look Deep Look 2022-06-28 | Giant water bugs — aka "toe-biters" — pack one of the most painful bites of any insect. But they make the best dads ever. Rather than leaving the survival of his eggs to chance, dad will haul them around piggyback style for weeks, until they hatch right off his back. SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP LOOK is an 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.---This summer, as you cool your bare feet in a stream somewhere in California – or almost anywhere in the world, really – you might feel a painful nip. The menacing culprit: a giant water bug.Lurking just below the surface of that flowing creek or refreshing pond, these bugs resemble enormous aquatic ticks, with googly eyes and praying mantis arms. And although they won’t seek you out for an attack, they also won’t hesitate to take a defensive bite if you get too close, earning them the nickname “toe-biters.”They puncture the skin with dagger-like mouth parts and have a bite known as one of the most painful of any insect – sharp and stinging like a wasp’s. You may not even get a chance to spot the offending insect before it dashes off, but you’ll undoubtedly be left with an indelible impression. And a swollen, throbbing toe.--- What do giant water bugs eat?Giant water bugs are voracious predators that will take down any small animals they can subdue. They have a long needle-like mouth and their bite contains a cocktail of chemicals that paralyzes their prey and digests their tissues. Then the giant water bugs slurp up its meal. Giant water bugs hunt other insects, tadpoles and frogs, small fish, and even the occasional duckling.--- How do giant water bugs breathe?Giant water bugs spend their lives in freshwater, but they must return to the surface to breathe. Giant water bugs have two little air straps that protrude from their backside. The air straps work like a snorkel to pull air into a bubble trapped under their wings. --- What do giant water bugs taste like?In Southeast Asia giant water bugs are sometimes eaten as a regional delicacy. Like other arthropods, giant water bugs are said to taste a bit like shrimp with a slightly sweet flavor.---+ Read the entire article on KQED Science:kqed.org/science/1979474/dont-go-chasing-water-bugs ---+ More great Deep Look episodes:You Can’t Unsee the Assassin Bug’s Dirty Work | Deep Lookyoutu.be/bdzK-pTadQsTadpole Shrimp Are Coming For Your Rice | Deep Lookyoutu.be/T2xnXaX7r3gBorn Pregnant: Aphids Invade with an Onslaught of Clones | Deep Lookyoutu.be/vrzalLssomg---+ Shoutout!🏆Congratulations🏆 to the following fans on our Deep Look Community Tab for correctly answering our GIF Challenge!AA-Ron---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaBurt HumburgKaren ReynoldsDaisuke GotoAllison & Maka MasudaDavid DeshpandeWild TurkeyChris B EmrickJ8ZenithTianxing WangCompanion CubeMark JobesBlanca VidesKevin JudgeJana Brenning monoirre Aurora Anastasia GrinkevicSupernovabetty Titania JuangRoberta K WrightKW Kimberly HallSyniurge El SamuelsCarrie MukaidaJellymanNicky OrinoCristen RasmussenKristy FreemanMehdiLaurel PrzybylskiSueEllen McCannCindy McGillShonara RivasKelly HongLouis O'NeillSonia TanlimcoNicolette RayMisia CliveJeremiah SullivanJoshua Murallon RobertsonCaitlin McDonoughShelley Pearson CranshawNoreen HerringtonWade Tregaskis吳怡彰 Shonara Rivas Elizabeth Ann DitzSilvanDelphine TsengTierZoo Levi CaiKenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.
This Freaky Fruit Fly Lays Eggs in Your Strawberries | Deep Look Deep Look 2022-06-07 | The spotted wing drosophila may look like a common fruit fly, but it’s so much worse. Just as strawberries, blueberries, raspberries and blackberries are ripening in the field, this fly saws into them and lays her eggs inside. The growing maggots turn the fruit into a mushy mess. Could a wasp and its own hungry maggots save the day?SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP 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.--- To cut into fruit and lay their eggs, female spotted wing drosophila flies use a long tool at the back of their bodies. This ovipositor has two rows of teeth that they dig into firm fruit while it’s still on the bush. The maggots that grow from the eggs ruin the fruit so that it never makes it to market.In comparison, the common fruit fly milling about in your kitchen has a smoother, shorter ovipositor with which it can only dig into rotting fruit, like the bananas you didn’t get to.Spotted wing drosophila are originally from East Asia and have spread around the world, helped in part by their ability to survive through a cold winter. To protect their crops, growers have to spray insecticides to kill them. That’s why scientists are introducing a less toxic option, a parasitic wasp called Ganaspis brasiliensis, which is also from Asia. Females of this wasp lay their eggs inside the maggots of a spotted wing drosophila. The U.S. Department of Agriculture recently approved the release of the wasp in the United States. Scientists are now planning large releases in California and other affected areas around the country this summer, said University of California, Berkeley, entomologist Kent Daane, who studies the insect. --- What do spotted wing drosophila look like?They get their name from the black spot near the tip of each of the male’s wings. Otherwise, they look fairly similar to the common fruit fly.--- What crops do spotted wing drosophila impact? In addition to strawberries, raspberries, blueberries and blackberries, they also infest cherries and stone fruits. They’re a pest of wine grapes in places like Switzerland, though not in California.--- How do organic berry farmers control spotted wing drosophila?They apply pesticides approved for use in organic farming, such as spinosad, a natural substance produced by a soil bacterium. They also try to keep the flies away from their crops in the first place. For example, they cut down vegetation growing near their fields, such as invasive Himalayan blackberry plants where the flies like to live when they’re not feeding on ripening crops. ---+ Find a transcript and additional resources on KQED Science: kqed.org/science/1979380/this-freaky-fruit-fly-lays-eggs-in-your-strawberries---+ More Great Deep Look episodes:This Killer Fungus Turns Flies into Zombiesyoutu.be/C2Jw5ib-s_IHere’s How That Annoying Fly Dodges Your Swatteryoutu.be/jBPFCvEhv9Y---+ Shoutout!🏆Congratulations🏆 to the first 5 fans on our Deep Look Community Tab to correctly answer our GIF challenge!Ahmed Hadwanoluwatobiloba oluwafemiOzborneMoxxie :Dabloobloo---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaChris B EmrickBurt HumburgKaren ReynoldsDaisuke GotoAdam KurtzAllison & Maka MasudaDavid DeshpandeWild TurkeyTianxing WangCompanion CubeMark JobesBlanca VidesKevin JudgeJana Brenning Aurora monoirre Roberta K WrightAnastasia GrinkevicTitania JuangSupernovabetty Syniurge Carrie MukaidaKW El SamuelsJellymanCristen RasmussenScott FaunceMehdiNicky OrinoKristy FreemanNoreen HerringtonCindy McGillSonia TanlimcoKelly HongSueEllen McCannNicolette RayCaitlin McDonoughLaurel PrzybylskiLouis O'NeillShelley Pearson CranshawRobert AmlingMisia Clive吳怡彰 Jeremiah SullivanDelphine TsengLevi CaiSilvanJoshua Murallon RobertsonTierZoo Shonara Rivas Wade TregaskisElizabeth Ann DitzKenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: TikTok: tiktok.com/@deeplookofficialPatreon: patreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#spottedwingdrosophila #drosophilasuzukii #deeplook
Filming A Silkworm Spinning Its Cocoon in Macro | Behind the Scenes With Deep Look Deep Look 2022-05-25 | Deep Look producer Mike Seely has worked with the talented director of photography Kevin Collins before (Check out their previous collaboration 👉 "Why Did the Mexican Jumping Bean Jump?" youtu.be/3lkdidU79TY) They've joined forces again for this new episode, "Silkworms Spin Cocoons That Spell Their Own Death". Technical wizard Kevin Collins explains how he set up and filmed a cool macro shot of a silkworm cocoon. Watch the full video here 👉 youtu.be/cgavTIBQ_Z0
Filming a Silkworm Time-lapse | Behind the Scenes with Deep Look Deep Look 2022-05-18 | Deep Look producer Mike Seely has worked with the talented director of photography Kevin Collins before (Check out their previous collaboration 👉 "Why Did the Mexican Jumping Bean Jump?" youtu.be/3lkdidU79TY) They've joined forces again for this new episode, "TITLE". Technical wizard Kevin Collins explains how he set up and filmed a time-lapse of a silkworm spinning silk. Watch the full video here 👉 youtu.be/cgavTIBQ_Z0
Silkworms Spin Cocoons That Spell Their Own Doom | Deep Look Deep Look 2022-05-17 | Those precious silk garments in your closet were made by the caterpillar of a fuzzy white moth – thousands of them. Silkworms spin a cocoon with a single strand of silk up to ten city blocks long. Humans have bred these insects into weaving machines that can no longer survive in the wild.SUBSCRIBE to Deep Look! youtube.com/user/kqeddeeplook?sub_confirmation=1Please join our community on Patreon! patreon.com/deeplookDEEP LOOK is an 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. —The sumptuous silk in your satiny sheets and glamorous gowns comes from humble beginnings – a caterpillar of the domesticated silk moth. For almost five thousand years, people have raised silkworms for their unique, shimmering material. In just a few days, these caterpillars produce one fine thread of silk one kilometer long, and intricately weave it into their cocoons. For most silkworms in captivity, this is where their journey ends. To preserve the integrity of the continuous silk thread in each cocoon, silk farmers kill the pupa inside the chrysalis by boiling, steam, or sun. Then the strands are loosened in hot water and unwound by hand using specialized spinners and silk harvesting tools. This raw silk is then gathered onto large spools and refined into commercially valuable threads. It can take up to 2000 silkworms to make one silk dress. Today, the silk industry is valued at more than $10 billion globally, but it is more than just a luxury item. Silk is pound-for-pound stronger than steel, and it is now used in medicine to heal bones and tendons. Our five thousand year love affair with this extraordinary material continues to hold silkworms captive -- until we learn to spin silk better than they can.__ – What other insects produce silk? Animal-produced silk is actually quite common in the natural world. Spiders (of course), fleas, webspinners, caddisflies and even some ants and bees make silk. But only the silk made by the caterpillar of the domestic silk moth is widely cultivated by humans. – Are silkworms edible? Yes! Silkworms are enjoyed as a nutritious snack in many countries, including Thailand, Vietnam, China and Madagascar. – Where do wild silk moths live? Domestic silk moths (Bombyx mori) can’t survive in the wild without help from humans, but their cousins – the wild silk moth (Bombyx mandarina) can be found in Asia, in countries like China, Korea and Japan. ---+ More great Deep Look episodes: The Curious Webspinner Insect Knits a Cozy Home youtube.com/watch?v=l_JP3RbJ8zkIs a Spider's Web a Part of Its Mind?youtube.com/watch?v=rpwkgMX4IlQ---+ Shoutout! 🏆Congratulations🏆 to the first 5 (well, 6, we missed R Alan!) fans on our Deep Look Community Tab to correctly answer our GIF challenge!TheMicroGuyTheWhiteScatterbugManish RaviBobBobJuhi ShahR Alan ---+ Thank you to our Top Patreon Supporters ($10+ per month)! Chris B EmrickBurt HumburgKaren ReynoldsDaisuke GotoAdam KurtzAllison & Maka MasudaDavid DeshpandeWild TurkeyTianxing WangCompanion CubeMark JobesBlanca VidesKevin JudgeJana Brenning Aurora monoirre Roberta K WrightAnastasia GrinkevicTitania JuangSupernovabetty Syniurge Carrie MukaidaKW El SamuelsJellymanCristen RasmussenScott FaunceMehdiNicky OrinoKristy FreemanNoreen HerringtonCindy McGillSonia TanlimcoKelly HongSueEllen McCannNicolette RayCaitlin McDonoughLaurel PrzybylskiLouis O'NeillShelley Pearson CranshawRobert AmlingMisia Clive吳怡彰 Jeremiah SullivanDelphine TsengLevi CaiSilvanJoshua Murallon RobertsonTierZoo Shonara Rivas Wade TregaskisElizabeth Ann DitzKenneth Fyrsterling---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience ---+ About KQEDKQED, 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, the largest science and environment reporting unit in California. KQED Science is supported by the Dirk and Charlene Kabcenell Foundation, Campaign 21 and the members of KQED.#silkworm #silkmoth #deeplook
Deep Look Livestream: Axolotls and Hummingbirds, Animals of Mexico (April 29, 5pm PT) Deep Look 2022-04-30 | 👀DEEP LOOK LIVESTREAM EVENT!! 👀 FROM FRIDAY, APRIL 29 at 5PM Pacific Time! A bilingual* event with Deep Look producer Gabriela Quirós and scientists. With Víctor M. Ortega-Jiménez, a biophysicist at Georgia Institute of Technology, who studies the acrobatic flight of hummingbirds; and Luis Zambrano González of the National Autonomous University of Mexico, who studies the endangered axolotls and the restoration of their habitat. Víctor M. Ortega-Jiménez ornithopterus.comLuis Zambrano González researchgate.net/profile/Luis-Zambrano-11Click on the bell 🔔 to set your reminder! We’ll watch our episodes on Hummingbirds and Axolotls. ;-) and answer your questions with our special guests! What Happens When You Put a Hummingbird in a Wind Tunnel? | Deep Lookyoutube.com/watch?v=JyqY64ovjfYThe Axolotl Salamander Doesn’t Wanna Grow Up | Deep Lookyoutube.com/watch?v=tBEf7wqbroM* This event is bilingual in Spanish and English. The videos will be narrated in English with subtitles in Spanish. The event moderator and scientists will translate questions and answers into both languages.----------------------------------------👀¡TRANSMISIÓN EN DIRECTO POR INTERNET CON DEEP LOOK!! 👀VIERNES 29 DE ABRIL A LAS 5 P.M. hora estándar del Pacífico. Participe en un evento bilingüe* con científicos, moderado por Gabriela Quirós, una de las productoras de Deep Look.Nos acompañará el biofísico Víctor Ortega Jiménez, del Instituto de Tecnología de Georgia, en los EE.UU., quien estudia el vuelo acrobático de los colibríes. También tendremos como invitado a Luis Zambrano González, de la Universidad Nacional Autónoma de México, quien estudia a las salamandras conocidas como ajolotes y trabaja en la restauración del lago de Xochimilco, en la Ciudad de México, el hábitat natural de estos anfibios, donde están en peligro de extinción.Víctor M. Ortega-Jiménez ornithopterus.comLuis Zambrano González researchgate.net/profile/Luis-Zambrano-11Aprete la campanita 🔔para recibir un recordatorio sobre el evento.Veremos los videos de Deep Look sobre los colibríes y los ajolotes y nuestros invitados especiales contestarán sus preguntas.¿Qué pasa cuando pones a un colibrí en un túnel?youtube.com/watch?v=JyqY64ovjfY El ajolote es una salamandra que se niega a envejecer:youtube.com/watch?v=tBEf7wqbroM *Este evento será bilingüe en inglés y español. Los videos son narrados en inglés, con subtítulos en español. La moderadora del evento y los científicos contestarán sus preguntas en ambos idiomas.
Filming Barnacle Sex! | Behind the Scenes with Deep Look Deep Look 2022-04-27 | Deep Look's lead producer Josh Cassidy filmed his episode, "Barnacles Go To Unbelievable Lengths To Hook Up" at San Francisco State’s Romberg Tiburon Campus in Tiburon, California. Our engagement producer Jenny Oh accompanied him to document his process filming these frisky creatures.Watch our 150th episode here: youtu.be/lfnkFxg1gMw#shorts
Barnacles Go To Unbelievable Lengths To Hook Up | Deep Look Deep Look 2022-04-26 | Acorn barnacles might look like jagged little rocks at low tide, but they have a surprisingly wild sex life. These crusty little animals — related to crabs and shrimp — have the longest penis of any animal relative to their body size. It's up to eight times the length of the barnacle itself!SUBSCRIBE to Deep Look and hit that bell 🔔 🔔 🔔 to receive our notifications ! DEEP LOOK is an 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.---When it comes to mating, acorn barnacles have a challenge. How do you find a date when you’re permanently stuck to a rock, pier or boat hull?Fortunately for them, barnacles are packing the right equipment to get the job done. They have the longest penis of any animal relative to their body size. But the barnacle’s male organ isn’t just impressive because of its length. It can smell and taste and the tip can feel around to find neighbors that have ripe ovaries inside.“It is very clear that the barnacle’s penis is really much more of a sensory organ that also delivers sperm,” says Peter Raimondi, professor of ecology and evolutionary biology at the University of California, Santa Cruz. --- What do barnacles eat?Barnacles use their long feathery legs called cirri to strain plankton and debris right out of the water. Barnacles are often found in the intertidal zone where the waves churn up seaweed and carrion into small pieces that barnacles can eat.--- How do barnacles attach to rocks?Free-swimming mature barnacle larvae called cyprids attach themselves to rocks, piers, boat hulls and other underwater surfaces with a special cement that they excrete from glands between their antennae. The young barnacle then builds a ring of protective shell around itself.--- What are barnacles related to?From the outside, barnacles may look more like clams or mussels. But barnacles are actually crustaceans that are more closely related to shrimp and crabs.---+ Find additional resources and a transcript on KQED Science:kqed.org/science/1979151/barnacles-go-to-unbelievable-lengths-to-hook-up ---+ More great Deep Look episodes:These Feisty Hermit Crabs Brawl Over Snail Shells | Deep Lookyoutu.be/zCsbTcmtsoASkeleton Shrimp Use 18 Appendages to Feed, Fight and ... Frolic | Deep Lookyoutu.be/lQtU5Cu7GDwOnce a Spawn a Time: Horseshoe Crabs Mob the Beach | Deep Lookyoutu.be/iYvWssvg1YU---+ Shoutout!🏆Congratulations🏆 to Kamea Webster on our Deep Look Community Tab for correctly answering our GIF challenge! The entire structure of the barnacle legs is called the cirral fan!---+ Thank you to our Top Patreon Supporters ($10+ per month)!JessicaChris B EmrickBurt HumburgDavid DeshpandeKaren ReynoldsDaisuke GotoAdam KurtzAllison & Maka MasudaWild TurkeyTianxing WangCompanion CubeMark JobesBlanca VidesJana Brenning Kevin JudgeSyniurge Aurora Titania Juangmonoirre Roberta K WrightSupernovabetty Anastasia GrinkevicKW El SamuelsJellymanScott FaunceMehdiNicky OrinoCristen RasmussenKristy FreemanCindy McGillLaurel Przybylski吳怡彰 SueEllen McCannMisia CliveShelley Pearson CranshawJoshua Murallon RobertsonKelly HongCaitlin McDonoughSonia TanlimcoNicolette RayNoreen HerringtonSilvanElizabeth Ann DitzLouis O'NeillLevi Caikenneth nguyen !Shonara Rivas TierZoo Jeremiah SullivanWade TregaskisDelphine TsengCarrie Mukaidarafael pirondi---+ Follow Deep Look and KQED Science on social: tiktok.com/@deeplookofficialpatreon.com/deeplookInstagram: instagram.com/kqedscienceTwitter: twitter.com/kqedscience---+ About KQEDKQED, an NPR and PBS affiliate in San Francisco, California, 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, the largest science and environment reporting unit in California. KQED Science is supported by The National Science Foundation, the Dirk and Charlene Kabcenell Foundation, the Vadasz Family Foundation, the Gordon and Betty Moore Foundation, Campaign 21 and the members of KQED.
