Skip to main content

Legless Lizards

Legless lizards are reptiles like all lizards but don't have legs. Without legs, they look like snakes but are not one. They are mainly found in Europe, Australia, the USA, and Asia.

There are a lot of differences between legless lizards and snakes. 
Legless lizards have small holes above their eyes which are ears whereas snakes don't have ears. Snakes use vibrations to move around and catch prey.
They have eyelids that allow them to blink whereas snakes do not have, so their eyes are always wide and open.
These lizards have a fleshy tongue whereas snakes have a forked tongue that they use to smell the scents around.
The lizard sheds its skin in bits and pieces whereas a snake sheds its skin as one piece.
Due to its similar appearance with a snake its diet is also similar. It eats small insects, bird eggs, small birds, and small rodents.

European legless lizards can grow up to three feet in length. The largest of the European ones recorded was four feet in length.
These lizards face a lot of habitat treat in the wild. They can live up to 20 years in the wild and up to 38 years in captivity.


Credits: Harini

Comments

  1. Almost every Indian house has this four legged pets in there wallsЁЯШЙ

    ReplyDelete
  2. Cool! I have never seen these, but it impressed me that there are lizards without legs!

    ReplyDelete

Post a Comment

Popular posts from this blog

WHY ATLANTIC AND PACIFIC OCEAN ARE NOT MIXED?

Nearly 72% of the earth is filled with water and it is present with different names- oceans, seas, rivers. Why are they named differently? There are five oceans namely Artic ocean, Atlantic Ocean, Pacific Ocean, Indian ocean and Antarctic ocean . All the oceans are different in their physical and biological character called ocean clines. When we look at the Atlantic and Pacific Ocean junction, they do not mix. Is there any invisible Wall in between them? Many scientists have conducted research to solve this mystery. The Atlantic and Pacific Ocean have different chemical composition. The salinity of the water in the Atlantic Ocean is five times more than the Pacific Ocean. The density of water is also different, so even marine animals in Atlantic Ocean will not go to the Pacific Ocean. They cannot survive in other oceans. Atlantic and Pacific Ocean meet at Cape Horn. The narrow straight line formed by the water bodies is called Drake Strait. The Pacific Ocean is ...

The Chemical Lake

 Spotted Lake or Lake khiluk in Canada is richly concentrated with various minerals. It contains dense deposits of magnesium sulfate, calcium, and sodium sulfates. It also contains high concentrations of eight other minerals and lower amounts of silver and titanium. Most of the water in the lake evaporates over the summer, revealing colorful mineral deposits. Large ‘spots’ on the lake appear and are colored according to the mineral composition and seasonal amount of precipitation. Magnesium sulfate, which crystallizes in the summer, is a major contributor to spot color.  Originally known to the First Nations of the Okanagan Valley (Native American Tribe) as Khiluk, Spotted Lake was for centuries and remains revered as a sacred site thought to provide therapeutic waters. It is the most mineralized lake in the world. Each spot holds a different cure due to the unique chemical content found within each puddle. Lake Khiluk is considered a saline endorheic alkali lake. The Okanag...

Why Artificial Intelligence is important in Future

  Why AI is important :  As per the survey , 84% of businesses are moving towards an AI enabled ecosystem to sustain in the competitive world.Artificial intelligence is impacting the future of virtually every industry and every human being. Artificial intelligence has acted as the main driver of emerging technologies like big data, robotics and IoT, and it will continue to act as a technological innovator for the foreseeable future.  In the long term, an important question is what will happen if the quest for strong AI succeeds and an ecosystem becomes better than humans at all cognitive tasks. As pointed out by I.J.Good in 1965, designing smarter systems is itself a cognitive task. Such a system could potentially undergo recursive self improvement triggering an intelligence explosion leaving human intellect far behind. By inventing revolutionary new technologies such a superintelligence might help us eradicate war , disease and poverty and so the creation of strong AI mi...