Australian man convicted after exporting native reptiles to Italy in socks – via Herp Digest

Xinuhua News, Editor, Mengjie, Melbourne, 7/10/17

 (Xinhua) -- An Australian man has been convicted after he shipped native Australian lizards to Italy inside pairs of socks, local media reported Monday.

Craig James Pender, a Victorian man, was convicted of illegally importing and exporting illegal reptiles.

Pender exported 13 Australian reptiles to Italy, including five blue-tongue lizards, four spiny-tailed skinks and four shingleback lizards, tucked inside pairs of socks which were in turn stuffed into a speaker system.

The discovery of the lizards by Italian customs staff prompted a joint investigation between Victorian and Australian agriculture departments of Victoria which resulted in Pender's arrest.

It is believed the man was part of an international smuggling ring specializing in exotic reptiles.

Robyn Cleland, head of compliance for the federal agriculture department, said that biosecurity officials would pursue other members of the smuggling ring.

"Exotic animals can introduce devastating pests and diseases," Cleland told Australian media on Monday.

"Mr Pender's irresponsible actions placed our national wildlife, environment and industries at great risk.”

A search warrant carried out during the investigation into Pender found illegally imported hog-nosed snakes in his house.

The investigation also turned up links between Pender and Norwegian man Bard Alexander Meringen, who was arrested in Norway with more than 200 live reptiles in his home.

Pender was also convicted of illegally importing four green tree pythons into Australia in 2009.

People convicted of importing or exporting a threatened species in Australia face a maximum penalty of two years' imprisonment, a penalty that could be increased to 10 years if the species is protected by the Convention on International Trade in Endangered Species.

These Sleepy Lizards (Shingleback lizard )Are Waking People Up to the Dangers of Farm Pollution (Australia) - via Herp Digest

By Taylor Hill 1/7/15 Takepart.com

The shingleback lizard, or “sleepy lizard,” as it’s known in Australia, may be slow moving, but it could be one of the first animals to feel the effects of agricultural pesticides.

That’s according to a new study showing that sleepy lizards, and similar indicator species around the world, could provide advanced warning of the impact of agricultural chemicals on plants, people, and wildlife.

Two populations of lizards were monitored: one near an agriculture-intense region of southern Australia and one living in undeveloped rangelands.

The result? More than half the farm lizards were found to be anemic, lacking a sufficient number of red blood cells. Scientists found no signs of anemia in the rangeland lizards.

So are the farm-based lizards not getting enough iron in their diet? Not exactly. Instead, the fertilizers, weed killers, and insecticides in the agricultural environment are most likely the cause of anemia, said David Phalen, an associate professor at the University of Sydney and the coauthor of the study, which was published in the journal Royal Society Open Science.

“These lizards were exposed to a large range of chemicals, including herbicides, insecticides, and rodenticides,” Phalen said. But because the animals were studied in their natural habitat, pinpointing which chemical is causing anemia in the lizards wasn’t possible.

One probable candidate, Phalen said, is zinc phosphide, found in mouse baits that were in wide use during the study.

“Sleepy lizards are omnivores and could have eaten either the baits or poisoned mice,” Phalen said.

No matter which poison caused the disease, the research points to the importance of identifying particular species that can sound the alarm on environmental health.

“Around the world, any sedentary reptile could be a potential indicator species,” Phalen said.

In the United States, he said, box turtles could be a good species for monitoring exposure to farm pollution, while a red-eared slider—a water turtle—could be used to examine the effect of chemical exposure in freshwater environments.

“The fact this species is being affected by chemicals means other wildlife, livestock, and even humans sharing the same environment may be affected,” Phalen said, “and it suggests the health of other reptiles may also indicate the overall health of the environment.”