World's biggest insect is so huge it eats carrots

[Devil Soul]

AUCKLAND: Former park ranger Mark, 53, discovered the giant weta up a tree and his real life Bug's Bunny has now been declared the largest ever found, a report in Britain's The Telegraph said.

He came across the cricket-like creature, which has a wing span of seven inches, after two days of searching on a tiny island.

The creepy crawly is only found on Little Barrier Island, in New Zealand.

The species were wiped off the mainland by rats accidentally introduced by Europeans.

After Mark found the female weta he fed it the carrot before putting it back where he found her.

Mark, 53, said: "Three of us walked the trails of this small island for two nights scanning the vegetation for a giant weta.

"We spent many hours with no luck finding any at all, before we saw her up in a tree.

"The giant weta is the largest insect in the world, and this is the biggest one ever found, she weighs the equivalent to three mice.

"She enjoyed the carrot so much she seemed to ignore the fact she was resting on our hands and carried on munching away.

"She would have finished the carrot very quickly, but this is an extremely endangered species and we didn't want to risk indigestion.

"After she had chewed a little I took this picture and we put her right back where we found her."

Mark, from Colorado, America, added: "We bug lovers hear a lot of people who think insects are inferior in some way because of their size, so it was great to see such a big insect.

"This became all the more amazing when we realized that this was the largest insect recorded."
Worlds biggest insect is so huge it eats carrots

 

[Chogy]

That's cool. But now crazy Japanese entrepreneurs are going to swarm onto the island and capture every last one of these for the Japanese pet insect market.

I read that insect size is limited by the % of oxygen in the air, and millions of years ago (dinosaur days) they grew much larger because there was so much more oxygen. Insects don't have lungs and get their O2 by diffusion.