A Step 2 Step into Reading Science Reader about reptiles. PBS’s successful animated show Wild Kratts follows the adventures of zoologists Chris and Martin Kratt as they travel to animal habitats around the globe. Along the way, they encounter incredible creatures while combining science education with fun. Boys and girls ages 4 to 6 can join the Kratt brothers as they activate their Creature Power Suits to creep, crawl, and slither with amazing reptiles! Step 2 Readers use basic vocabulary and short sentences to tell simple stories. For children who recognize familiar words and can sound out new words with help.

Reptiles are fascinating, unique pets, but they require special care. Reptiles examines various reptile species and their unique needs, as well as the laws, regulations, challenges, and controversies regarding owning these animals. It also looks at the industry and communities that have sprung up to support reptile ownership and the many ways reptiles bring joy to their owners. Features include a glossary, a map, references, websites, source notes, and an index. Aligned to Common Core Standards and correlated to state standards. Essential Library is an imprint of Abdo Publishing, a division of ABDO.

This book brings the world of reptiles to life with eye-catching photos and captivating information about turtles, snakes, lizards, crocodiles, and their scaly-skinned kin. Readers will learn how reptiles survive in many habitats, from hot deserts to tropical forests and even under the sea. They’ll get an up-close look at reptiles’ amazing senses, tricky defenses, and wide variety of strategies for moving around, catching and eating food, and bearing young. What makes a reptile a reptile? (scaly skin, cold-blooded, vertebrates, young look like small adults) Taxonomy (four living groups: turtles and tortoises; lizards and snakes; crocodilians; tuatara) The world through reptile senses (examples of special senses such as snakes’ ability to taste air with the tongue and detect infrared heat, chameleons’ ability to move eyes independently) Strategies for getting and eating food – some reptiles eat plants (turtles, iguanas), others eat meat. Hunters use many different strategies, including constriction (boas) and venom (many other snakes, gila monster, komodo dragon). Chameleon shoots its long tongue out to catch prey . The egg-eating snake unhinges its jaw to swallow eggs. Defenses – camouflage (chameleons) and mimicry, shells (turtles), venom, warnings (rattlesnake), and specific “wow” examples such as losing a tail (skinks), squirting blood from eyes (horned lizard), and unfurling a giant skin flap around its head (frilled lizard) Adaptations for different habitats – dealing with extreme heat and lack of water (scaly skin keeps water in, thorny devil collects water from dew with grooves on its spikes). Others are adapted for freshwater or marine life, or for life in the trees. Amazing moves – geckos’ ability to grip with their feet, “flying” geckos and snakes, basilisk lizard that runs on water. Reproduction – most reptiles lay eggs, a few bear live young; most don’t take care of offspring but some do guard eggs or young. Temperature of eggs, rather than genetics, determines whether offspring are male or female. Conservation – threats, endangered species, and a few examples of how people are helping to protect reptiles. Invitations to explore – sidebars throughout give readers tips for investigating reptiles where they live. Fast facts – eye-catching boxes provide information for fact-collectors: the smallest and largest reptiles, the fastest and slowest, the number of species today vs. in ancient times when reptiles “ruled.”

Far from the line drawings and black-and-white photos of the past, Infectious Diseases and Pathology of Reptiles features high-quality, color photos of normal anatomy and histology, as well as gross, light, and electron microscopic images of pathogens and diseases. Many of these images have never before been published, and come directly from

This outstanding clinical reference provides valuable insights into solving clinical dilemmas, formulating diagnoses, developing therapeutic plans, and verifying drug dosages for both reptiles and amphibians. The information is outlined in an easy-to-use format for quick access that is essential for emergency and clinical situations. - Discusses veterinary medicine and surgery for both reptiles and amphibians - Features complete biology of snakes, lizards, turtles, and crocodilians - Provides step-by-step guidelines for performing special techniques and procedures such as anesthesia, clinical pathology, diagnostic imaging, euthanasia and necropsy, fracture management, soft tissue surgery, and therapeutics - Covers specific diseases and conditions such as anorexia, aural abscesses, and digit abnormalities in a separate alphabetically organized section - 53 expert authors contribute crucial information to the study of reptiles and offer their unique perspectives on particular areas of study - The expansive appendix includes a reptile and amphibian formulary - A new full-color format features a wealth of vivid images and features that highlight important concepts and bring key procedures to life - 29 new chapters covering diverse topics such as stress in captive reptiles, emergency and critical care, ultrasound, endoscopy, and working with venomous species - Many new expert contributors that share valuable knowledge and insights from their experiences in practicing reptile medicine and surgery - Unique coverage of cutting-edge imaging techniques, including CT and MRI

For millions of years reptiles have walked, crawled, and slithered over the face of our Earth. From the mighty dinosaurs who dominated the land, the pterosaurs who took to the air, and the marine adapted ichthyosaurs, to the living reptiles today such as the lizards, snakes, crocodiles, and turtles, plus the single species of tuatara in New Zealand, reptiles have come in all shapes and sizes. In this Very Short Introduction Tom Kemp discusses the adaptations reptiles made to first leave the sea and colonise the land in dry conditions, such as their waterproof skin, their ability to expel almost dry waste products, their efficient use of external heat for maintaining their body temperature, and the amniotic egg that is laid and develops on dry land. Considering the different living groups of reptiles today, Kemp then describes how their respective bodies are adapted for their different ways of life, from snake feeding patterns to the way crocodiles breathe. Finally, Kemp assesses the threat of extinction to reptile species due to over-exploitation, habitat destruction, and climate change, and considers what can be done. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.

This document is designed to provide detailed guidance on material choice and installation methods for reptile, amphibian and small mammal fencing. It combines and builds upon information shared in existing best management practice guidelines from across the world and will be updated when new relevant information is published.