We have been very successful in raising the tadpoles and subsequent toadlets that we kept back from our releases. Of all the tadpoles that hatched from the eggs, we only lost 5! We now actually have too many toadlets (200+) to keep here at the facility! In the coming weeks, we will once again work with researchers from Texas State University and USFWS to release these little guys back out into the wild. This will mark our fourth release of the year and is the first time ever that we have released three different life stages: eggs, juveniles, and adults!

There are concerns for the reptiles as some are sensitive and require high maintenance, and without proper care there is a significant risk of them not surviving.

Australian Reptile Park senior curator Liz Vella said they were unsure exactly which animals and how many were missing.

"We haven't been able to get into the park to do an animal count because the police are still taking fingerprints and investigating,'" she said.

She said the animals stolen were all part of the park's educational collection.

"These are the ones we take out to show our visitors,'" she said.

"They are very rare and specialised - they aren't dangerous but they need our care. A lot of them are also used in our regional breeding programs with other zoos.'"

Ms Vella said the animals taken were a mix between exotic and native and included geckos, lizards and a baby alligator.

"We're devastated. We love these animals like they are our own,'" she said.

"They all have their own personalities and we are really worried about them."

A snake slithered its way into some equipment at a power substation, knocking out electricity to thousands in Arlington late Saturday night.

University of Missouri biologist John Faaborg says that farmers, public health officials, and wildlife managers should be aware of complex indirect effects of climate change in addition to the more obvious influences of higher temperatures and irregular weather patterns.

“A warmer climate may be causing snakes to become more active and seek more baby birds for food,” says Faaborg.

“Although our study used 20 years of data from Missouri, similar threats to bird populations may occur around the world. Increased snake predation on birds is an example of an indirect consequence that forecasts of the effects of climate change often do not take into account.”

In the heart of Missouri’s Ozark forest, cooler temperatures usually make snakes less active than in the edge of the forest or in smaller pockets of woodland. However, during abnormally hot years, even the interior of the forest increases in temperature.

Since snakes are cold-blooded, warmer temperatures make the reptiles more active and increase their need for food. Previous studies using video cameras found that snakes are major predators of young birds.

The creature he’s talking is new to science, having only been described in 2006. It’s the spider-tailed viper (Pseudocerastes urarachnoides) and it is aptly named.

The tail is bizarre. If you saw a close-up photo of it, you’d struggle to believe that there was a snake at the other end. There’s a large orange or grey bulb at the tip, and the scales just before that are bizarrely long and thin. Together, these features look a bit like the legs and abdomen of a spider or their close relatives, the solpugids or ‘camel spiders’.

The resemblance is even more striking when the snake moves. It keeps the rest of the tail still, while moving the tip in a disconcertingly jerky way.

Big Mama was transported to SeaWorld Orlando from Mississippi where she had been receiving care since she was rescued after an oil spill in 2010 off the coast of Louisiana. Big Mama suffered severe bite wounds to her front and hind flippers making it difficult for her to swim properly. In 2012, Big Mama was deemed non-releasable by U.S. Fish and Wildlife Service, and due to space limitations, IMMS could no longer care for Big Mama.

If a mimicry system offers protection from predators, then why hasn't evolution eliminated the "failed mimics," such as ground snakes sporting color patterns that don't remotely resemble a coral snake? That's the puzzle that University of Michigan evolutionary biologist Alison Davis Rabosky has spent the last four years trying to solve.

"Logic predicts that non-mimics should by eaten preferentially by predators and, given enough time, you should end up with a single color type in the population. So the widespread co-occurrence of mimic and non-mimic color patterns is a puzzling and longstanding evolutionary paradox," said Rabosky, an assistant research scientist in the Department of Ecology and Evolutionary Biology and an assistant curator of herpetology at the Museum of Zoology.

While Rabosky and colleague Christian L. Cox of the University of Virginia don't claim to have fully resolved the paradox, they did gain insights that help explain the persistence of non-mimic color patterns in ground snakes, especially rare patterns. It turns out that if you're a ground snake, displaying a rare color pattern also provides an evolutionary edge.

Paleontological examinations of the invasion of land by vertebrates suggest that limb-like appendages likely originated in aquatic environments, but direct comparisons of the functional consequences of using early limbs with digits, rather than fins, for terrestrial locomotion had not previously been performed. Salamanders are used to model the general body form of early tetrapods (e.g., Paleozoic amphibians) since their morphology has remained essentially unchanged for at least 150 million years. Mudskippers are similar to early fossil precursors of the tetrapods: they use "crutching" movements on land similarly to the hypothesised locomotion of Ichthyostega, and their pectoral fins are similar to elpistostegalids, such as Tiktaalik.

Researchers from France, Australia and the United States analysed the genomes of 741 animals from 27 recognised species in a subgroup known as Australian blind snakes.

The data suggest the number of species is "at least two times the current number of recognised, nominal species," said a summary of the results, published in the Biological Journal of the Linnean Society.

Snakes are divided into two major groups: Scolecophidia, which are generally less than 30 centimetres (12 inches) long, and the more common Alethinophidia, which include boas, pythons, cobras and vipers.