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From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology
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From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Dec 17, 2015

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Hugo Hubbard
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Page 1: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

From Camouflage to Chemical Weapons

Tactics and Countermeasures in the World of Herpetology

Page 2: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

I – Camouflage• Timber rattlesnake coloration allows it to

blend into background, such as forest litter

Page 3: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Smooth green snake sways as a vine in the breeze.

Page 4: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

II – “Deployment of Troops” armor, & parachutes

Page 5: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Armor – Strength of a tortoise shell• armor plates of the shell

Page 6: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

inside the shell (note: the backbone)

Page 7: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• An average gopher tortoise shell (found in U.S.) is strong enough to support the weight of a 180 pound man.

Page 8: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Parachuting

Page 9: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Flying frog – jumps from rainforest trees, spreads legs and opens toe pads to control descent.

Page 10: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Draco volens – the flying lizard

Page 11: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• flying gecko

Page 12: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.
Page 13: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• flying snake – these rain forest snakes can flatten their bodies and leap into the air. They can even wriggles their bodies and seemingly gain lift to travel greater distances.

Page 14: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Flying snake in mid flight

Page 15: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Flying snake landing

Page 16: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

III – Breathing under water

Page 17: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• The spiny soft shell turtle has a nose shaped like a snorkel. The turtle can breathe through the tip of its nose. (It also has many capillaries in the lining of its mouth, skin and cloaca, that absorb enough oxygen to allow it to stay underwater for long periods)

Page 18: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

IV – Night vision

Page 19: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Infrared heat image of an elephant

Page 20: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Pit vipers – snakes that have heat sensitive pits.

Page 21: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

They can even sense the heat of theirprey along a trail

Timber rattler eating a rat

Page 22: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Snakes use their tongue to collect chemical information about their prey. The fact that they have a bifurcated tongue and two vomeronasal (Jacobson’s) organ may indicate that snakes have more detailed images of the chemical around them.

•Natrix natrix grass snake

Page 23: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

V -Communication

Page 24: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

Tree frogs – Vocal sacspine barrens frogtree frog vocal sac

spring peeper vocal sac

Page 25: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Alligators can produce a load bellowing sound. They can also produce infrasound that can travel great distances in the water. This is helpful in thick, overgrown areas such as swamps, where regular sound waves are muffled.

This alligatoris positioning

itself toproduce a

loud bellow.

Page 26: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

VI – “Psy-ops” – Deception

• Decoy tank used during WW II

Page 27: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Rubber boa constrictor – orients its tail where its head should be to fool attackers

Page 28: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Break-away tail –The mole skink has fracture planes in a tail that is colored to draw attention to it. It will break off and wriggles in an attacker’s mouth, while the skink gets away.

Page 29: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• The hognose snake will pretend that it is a ferocious viper.

Page 30: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• It that doesn’t work, it will twitch, vomit, roll around in the vomit and soil, and finally roll over onto its back and open its mouth as if dead.

Page 31: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

MIMICS• WHICH SNAKE IS DEADLY POISONOUS?

Page 32: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

The one on the right is the deadly coral snake. The one on the left is the scarlet king snake ---a mimic.

“Red touch black, friend to Jack. Red touch yellow, kill a fellow”

Page 33: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

VII – Biological weapons

Page 34: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Komodo dragon – kills with its septic saliva containing approximately 40 different species of disease-causing bacteria. The komodo dragon contains protein defenses to the bacteria that act like antibodies.

Page 35: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

VIII - Chemical Weapons

• Snake venom – not only immobilizes prey, but contains digestive enzymes to aid in the breakdown of swallowed food.

Page 36: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Longest venomous snake – bushmaster

Page 37: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• Snakes produce neurotoxins and hemotoxins. The spitting cobra can squirt venom in your eyes. The venom has smaller molecules that can get through the eye membrane and actually poison you from your eyes and kill you.

Page 38: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• The California newt, that lives in the redwood forest, produces a very toxic poison about 10,000 times more deadly than needed to kill predators. One of its predators, the western garter snake is fairly tolerant of the poison. The increase in the toxicity level of the poison may be a sort of arms race with the snake.

Page 39: From Camouflage to Chemical Weapons Tactics and Countermeasures in the World of Herpetology.

• The newt’s toxin “TTX”, tarchatoxin or tetrodotoxin is also found in Japanese puffer fish, as well as crustaceans, mollusks and echinoderms. (If you survive the first 24 hours after exposure to the poison, then you will probable live.

• A researcher was killed by just handling the newt with a small cut on his hand. A camper was killed, after accidently brewing coffee in a pot into which a newt had climbed and was boiled.)