if some of theseabilities are tricks taught to

if you see someone acting wild orbarbaric in public some might say theywere being an animal in a derogatory waybut oftentimes the non-human organismsthat populate our planet are way smarterthan we give them credit for theybreathe the same air drink the samewater and even use the same physical andmental skills to survive the hub hasgone off the grid and into the wild tobring back these specimens 10 creatureswith human-like features some of theseabilities are tricks taught to animalsin captivity while others are attributeslearned over time either way our fellowanimals can be smarter and moreresilient than you might thinkalthough you stand upright haveopposable thumbs and can speak foryourself there’s always more you canlearn about this wild and surprisingworld of ours so click on the subscribebutton and keep following the hub forthe latest fact-based videos about thiswonderful planet on which you’re livingYeti crabs Yeti crabs may not look likewalking talking humans but they don’treally look like crabs we’re used toseeingeither these deep-sea crustaceans lurkin underwater darkness with hairy armsthat end in grasping pincers makingtheir homes outside of methane vents onthe ocean floor they forage for bacteriaaround the warm vents and once theycatch the microscopic organisms in thehairs on their arms they wave theirlimbs around in a dance like motionscientists believe this is done so thatthe bacteria can be exposed to as manychemicals and elements surroundingevents as possible so the tiny organismscan grow into bigger and better forms offoodthis dance is believed to be a traitlearned over time giving the crabs abetter yield on top of this humancharacteristic of bacterial agriculturethe creatures along with other membersof the deep-sea ecosystems consumemethane before escapes into theatmosphere so they’re ultimately goodfor the environment too while the Yetiis wildly considered to be a mythicalanimal for above-ground people living inmountainous regions the Yeti crab is avery real and very essential part of theundersea life cycle sociable weaverbirdswith the ability to sustain themselvesin the dry and hot African desertssociable Weaver birds have acquired somehuman-like cooperation and constructionskills to give them an advantage othersongbirds tend to build open bowl shapednests in high and hidden locations theyarrange their eggs in such a way so thatthey can easily escape if danger arisesand the bowl style is generally a quickand easy method for nestinga much smaller percentage of birdsproduce a dome-shaped nest with anoverhanging roof to provide protectivecovering it’s more work for the birds tocreate and is more permanent as well andsociable weaver birds take it a stepfurtherunlike retreating to their own personalperch the weaver birds form a tightlyknit community and work together tobuild massive nests that hang from highplaces entirely enclosed with tunnelslined in soft grasses and an exterior ofdried straw unlike other birds whoregularly need water to survive thesenests have the airflow of a man-madehousing complex keeping cool aircirculating thanks to the layout andconstant structural improvements meaningthe birds can go without water for muchof a given week in fact the nests are soeffective these weaver bird coloniesoften call these nests home for onaverage around a hundred years gorillasnow the gorilla is much closer to us onthe evolutionary scale than otheranimals mentioned so far and it’s alwaysworth noting just how remarkable theirability to communicate really isalthough there’s stereotypicallyterritorial and can be quite violent ifyou get in their waygorillas language of grunts andvocalizations can be interpreted into 17different conversational terms gorillasmake a burping sound for instance to letothers know that they are near and notto be surprised by their presence and Ohsound means that the animal has claimeda particular set of plants and warns theother animals to stay away they evenlaugh and sing to communicatecontentment and indicate that they’reready to play with others outside oftheir own sounds that have beendeveloped over countless generationsthey also famously have the capacity tolearn complex sign language and respondto normal speech patterns when humansspeak English to them Coco a gorilla wholived with human researchers was able topick up ASL terms and sign back to hercaretaker human Penny Patterson in whatbecame a parent-child relationshipbetween the two koko can even watch herfavorite movie tea with mussolini andsigns her sadness at the most dramaticmoments african grey parrotscovered in gray feathers and ending in abright red tail the African Grey parrothas been kept as a pet for centuriesdating back to early Mesopotamian andEgyptian civilizations originating incentral and western Africa theseplant-eating avian animals can be prettyneedy when it comes to attention butlike many testy in particular peoplethey prefer minimal physical contacttoo much petting literally andfiguratively ruffles theirtheir most human-like ability is theirmimicry and they start young able torepeat long phrases after hearing themonly a few times while many assume thatthe mimicry is just a repetition of whatnearby humans have stated the africangreys actually can learn to understandthe words they’re repeating they canassociate concepts with colors andshapes additionally when presented withoptions they can categorize objects assimilar or disparate when given theopportunity pirate captain’s got itright when they started putting parrotson their shoulders they found a smartbird who could easily remember importantphrases and recognize patterns in theworld around them which are helpfulcharacteristics when searching forburied treasure elephant they say anelephant never forgets which is sort oftrue with some species living 70 yearsor more there’s a lot to remember inthose big brains of theirs but they canalso learn new traits and make newdiscoveries in the Bronx Zooan experiment was undertaken to see howwell elephants could recognizethemselves in the mirror usually whenpresented with their reflection in acrystal clear mirror many animals thinkthe life-form looking back at them isjust another member of their species notthemselves elephants can be differentargued Joshua Plotnik a grad studentstudying the social complexity of thesegentle giants according to his researchand other studies performed in Koreaelephants can join the empathetic andexclusive club of humans primates anddolphins who can see their reflectionand know it’s them to confirm they hadthis ability elephants faces were markedtemporarily with a white X when placedin front of a large mirror the elephantsmove their trunks against their faceschecking for the X while recognizingthat the match and movements that theywere doing simultaneously to themovement executed by the elephantsstaring back at them meant they werelooking at themselves mice mice scavengeand scurry about and while these tinycritters are more likely to causefeelings of annoyance rather thanempathy from the humans they encounteryou may want to look at them a littlecloser the next time they cross yourpath according to recent studies mighthave the capacity to convey facialexpressions in response to variousstimuli just like usdeveloping a mouse grimace scale theresearchers were able to pinpoint thelevel of pain mice were experiencingbased on the level of facial changesobserved they even found that mice cansense the pain felt by other mice andreact accordingly although theiranatomical differences make itimpossible to compare human faces totheirs directly changes in eyes nose andcheek position allowed for scientists tocompare just how mice reacted to thepainto a minor headache to a psychologistfrom the University College London thisisn’t surprising as facial expressionscome from early mammal evolution whenmice and humans shared a common ancestortherefore most hairy animals should havethis ability this would explain why mosthumans even in isolated cultures share acommon set of facial expressionskatydids bugs looked more like alieninvaders than humans but katydids havesome remarkable characteristics thatcan’t be ignored we evolved from thesame shared ancestor a very long timeago much further back than we shared anancestor with might but our ears haveadvanced in surprisingly similar waysalthough their hearing has a frequencyrange of thirty thousand Hertz more thanhumans and they have two eardrums peryear instead of our one but theysimilarly rely on vibrations within theear to transform sound into hearing nowkatydids ears are much more sensitivethan our own due to the nature of howthey communicate singing at higherfrequencies to attract mates humankindis unable to hear the noises those bugsemit unfortunately for them their soundsare perfect for the echolocation skillsof that on the lookout for a tastykatydid regardless of the danger posedto singing katydid scientists plan oncontinuing to study other species whocan sing as high as 150 kilohertz whichis the highest known sound emitted by ananimal and which likely has a moreinteresting ear to study as well octopiOzzy the octopus is becoming a localcelebrity at Wellington New Zealand’sIsland a marine education center asoctopi are the only underwater animalsable to open a jarOzzy broke records by twisting acontainers lid off in under a minutestime these tentacled creatures areincredibly smart they can learn tricksthey can play and they can openchildproof bottles perfectly bred tomaneuver through their marineenvironments their capacity forbrilliance only limited by their shortlifespans our shared ancestor was likelyaround 700 million years ago and we’vechanged greatly since then but octopibrains are massive like ours followingexperiments undertaken by biologistJennifer Mather she argued that octopipossess a primary consciousness whileit’s not as complex as our own form ofconsciousness an octopus is believed bysome in the scientific community to beable to rely on the memory of past lifeevents to inform future decisions theyuse this consciousness to solve problemsand to survive while we as humans cantrick our enemies these cephalopods takeit to the next level some speedcan make themselves into rock shape andmove across the ocean floor inch by inchtiming their movement to match theshifting of light refracted by the watersurface dolphinsbehind human dolphins are known forbeing some of the smartest animals onearth they’re nimble fast swimmers witha playful side for those who aren’t asfast certain bottlenose dolphins havetaken to clutching sea sponges in theirmouths and scraping the ocean floor topick up plankton small crustaceans andthe like this simple dolphin lifehackgives them easy results and is believedto have started only a little more thana century and a half ago back in the1830s off the coast of Australia afemale dolphin discovered the spongingtrick and passed it along to herdaughter from there it was passed frommother to daughter for generations nowmore than half of all female dolphins inthe indo-pacific used this technique tohunt for food and some males are gettingin on the act as well a side effect ofthis seabed foraging means that thesponging dolphins have an entirelydifferent diet than those who hunt athigher depth humans who have spent moretime in front of the television playingvideo games may be more susceptible toeating junk food these dolphins relyingon their own primitive form oftechnology have now adapted to the foodthat’s best available to them Sheepsheadfish it’s sometimes hard to seesimilarities between our guild friendsunder the sea and other land-basedanimals but fish can have surprisingsimilarities to humans if you look closeenough there are yellow fish with flathomo sapien tasks faces and other fishwith lungs but most interesting is thesheep’s head fish which creepily hassquare and straight human teethseriously the mouths of a sheep’s headcould be inspected by a human dentistwithout issue sheep’s head fish are morecommon in and around the Americas butthey’ve been spotted elsewhere aroundthe world now you might be inclined tosay that these fish are copying ourdental style but actually it’s quitepossible we evolved with our straightedge teeth after they did the biggestdifference in dental Anatomy between usand them is that they have severallining the top and bottom of theirmouths and they can bite hard shellsfisherman’s hooks and pretty muchanything else you put in front of themif we were to feed them a diet ofshelled crustaceans and molluscs forinstance their enamel would displayharder characteristic proving that whilephysically similar we can’t compete withthese highly adaptable teeth whetherthey think in patterns play silly gamesor share facial features animals aresmarter than we give them credit ifthey’re able to pick up contacts cluesand follow orders so well from usthere’s no telling what they’ll be ableto do in the future rather thansubordinate being these creatures areour partners on this green earth and aswe grow and change over the nextmillennia it will be fascinating to seehow we all evolve together and until wereach that distant future keep watchingthe hub for more interesting analysis ofour scientific past and presentyou

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