The Giant armadillo has more teeth then any other land mammal, between 80 and 100!

http://www.eol.org/pages/328497
The Giant armadillo has more teeth then any other land mammal, between 80 and 100!
http://www.eol.org/pages/328497
The kakapo (Strigops habroptila) is a very unique bird, for one thing it is a nocturnal parrot, so just like cats they are active at night. But don’t think that means they are out flying around under the night sky because this bird is the only flightless parrot in the world!
Although the kakapo can’t soar in the sky it is a good tree climber, using its wings as a kind of parachute as it jumps from the trees to the ground. So where does this giant flightless night time loving bird live? The kakapo once lived all across New Zealand, but as this bird started to disappear the remaining survivors were moved to islands off the coast of New Zealand where they could be better protected. This species is listed as critically endangered because today there are only around 122 kakapos left in the world!
See the kakapo in action in this video, or learn more about this BIG parrot from The Encyclopedia of Life
We all know that sharks are expert hunters but did you know they are also good biters? Great white sharks (Carcharodon carcharias) have a group of muscles in their jaw that allows them to have strong bites no matter how wide open their mouth is. New research has shown that sharks may not be born with this expert biting ability and that it might actually develop over time. This study showed that teenage great white sharks are awkward biters because their jaw muscles haven’t developed to the point where they can hunt large prey.
http://www.eurekalert.org/pub_releases/2010-12/uons-tgw112610.php
When you get a tickle in your throat, the adults in your life might say that you got sick because you didn’t dress warm enough or eat all of your veggies. Have you ever thought that a lack of biodiversity might have also played a role?
You see, ecosystems that have lost much of their biodiversity become more vulnerable to invasive species and can run rampant with infectious diseases. For example, mosquitoes are kept in-check by insect-eating animals, like frogs. So, if frog populations were to decline because of human pressures, we have a lot more mosquitoes. And with more mosquitoes, there could be an increase in the spread of nasty bugs like the Bird Flu and malaria. Adding to this, the shrinking of habitats puts humans in closer contact with wild species that can transmit new types of diseases to us. Yikes!
Now that we know biodiversity keeps us healthy, it’s time to take action by prescribing a little biodiversity protection for everyone. You can help by protecting animals and their habitats with a Bring Back the Wild Campaign, spreading awareness about species at risk, and doing your part to live green
http://www.eurekalert.org/pub_releases/2010-12/nsf-bld112910.php
Leatherback Turtles (Dermochelys coriacea) are expert divers who plunge down into the ocean to catch food and cool-off from the hot tropical sun. But how do these reptiles move through the water: do they exhale all their air and sink to the bottom like a rock, or do they doggie-paddle their way to the bottom? To find out, water-proof trackers were attached to five female turtles in the wild. The information that was collected from them gave scientists a really good idea about how these turtles dive.
It was revealed that the Leatherbacks, unlike many other diving animals, dive with their lungs full of air. As they go down into the ocean, the air inside their bodies gets compressed and they achieve something called neutral or negative buoyancy (which basically means there body density matches that of the water). At this stage, they can move through the water without having to fight the force of positive buoyancy; allowing them to easily glide deep underwater. When they’re ready to return to the surface, all they do is swim upward until the air in their bodies expands and carries them to the surface. You could say they’re like miniature submarines – so cool!
http://jeb.biologists.org/cgi/content/full/213/23/ii
These amazing swimmers are in some serious need of protection. The Atlantic Bluefin Tuna (Thunnus thynnus) is critically endangered; it’s so overfished that if we don’t do something to protect it soon, it’ll likely go extinct within our lifetime! Also, if the Bluefin Tuna disappears from the Atlantic ocean, they may be gone for good because it doesn’t like living in captivity.
Body Builders – The Bluefin Tuna is big and strong, with an average length of 458 cm and a maximum weight of 684 kg. It’s also built for speed, having a torpedo-shaped body jam-packed with muscle. This comes in handy when it needs to catch prey and travel super-long distances across the Atlantic ocean.
Making Friends– Bluefin Tuna hang-out in schools and it’s not uncommon for different species of tuna to swim together.
Old and Wise– Wild Bluefin Tuna usually live around 15 years, but the longest lifespan is estimated at between 20 and 30 years!
Baby Tuna– Atlantic Bluefin Tuna breed once a year, and migrate to either the Gulf of Mexico or the Mediterranean Sea to spawn (that is, lay eggs).
http://www.eol.org/pages/223943
http://www.sciencedaily.com/releases/2010/11/101126094542.htm
Butterflies have tiny hairs on the bottom of their feet that let them taste sweetness. When a butterfly is very hungry they are expert sugar detectors, 200 times more sensitive than the human tongue.
http://www.asknature.org/strategy/4cd0edd839be73d84d099d96c68fb423
When you imagine a snake you may not think of looking up, but many species, like the Boa Constrictor (Boa constrictor), are expert climbers. No matter how long, thin, or complex, the vine or branch is, these snakes can move their bodies in different ways to climb WAYY up.
http://jeb.biologists.org/cgi/content/short/213/24/i
The Arctic fox (Vulpes lagopus) is built for the freezing cold; their thick fur has many layers that keep them warm in temperatures as low as -70 C. They also have fur on the pads of their feet, and shorter limbs and ears to keep them from losing heat in this extreme Arctic world.
http://www.eol.org/pages/1053894