How Nature Works – serie

North America’s flying squirrels and Australia’s sugar gliders notwithstanding, the vast majority of them live in rainforests. Illustrated with arresting photographs, Catching Air takes us around the world to meet these animals, learn why so many gliders live in Southeast Asia, and find out why this gravity-defying ability has evolved in Draco lizards, snakes, and frogs as well as mammals. Why do gliders stop short of flying, how did bats make that final leap, and how did Homo sapiens bypass evolution to glide via wingsuits and hang gliders—or is that evolution in another guise?

More than 99 percent of all life forms have gone extinct during the 3.6-billion-year history of life on Earth. Other organisms have changed dramatically, but not our extreme survivors. Evolution may have altered their physiology and behavior, but their body plans have stood the test of time.  How have these living links with Earth’s prehistoric past survived? The search for answers is leading scientists to new discoveries about the past—and future—of life on Earth. The survival secrets of some of these ancient creatures could lead to new medicines and treatments for disease.  Written in a lively, entertaining voice, Extreme Survivors provides detailed life histories and strange “survival secrets” of ten ancient animals and explains evolution and natural selection. Extensive back matter includes glossary, additional facts and geographic range for each organism and a geologic timeline of Earth.F&P Level V

Through color, shape,size, and other adaptations, city fish and country fish have evolved to survive in their particular habitats.In City Fish, Country Fish, Mary Cerullo uses this powerful analogy and Jeffrey Rotman’s vibrant underwater photos to captivate young readers with the wild variety of ocean life. The second edition of this popular book includes new information about the effects of climate change on fish and their habitats and about great white sharks, who are among the few species who roam back and forth between cold and tropical waters.Fountas & Pinnell Level T

Scorpions and brown recluse spiders are fine as far as they go, but if you want daily contact with venomous creatures, the ocean is the place to be. Blue-ringed octopi, stony corals, sea jellies, stonefish, lionfish, poison-fanged blennies, stingrays, cone snails, blind remipedes, fire urchins—you can choose your poison in the ocean. Venoms are often but not always defensive weapons. The banded sea krait, an aquatic snake, wriggles into undersea caves to prey on vicious moray eels, killing them with one of the world’s most deadly neurotoxins, which it injects through fangs that resemble hypodermic needles.

Natural selection and speciation are all but ignored in children’s nonfiction. To help address this glaring deficiency, award-winning children’s science writer Sneed Collard traveled to the Galapagos Islands to see for himself, where Charles Darwin saw, how new species form. The result is this fascinating story of two species of iguana, one land-based and one marine, both of which developed from a single ancestor that reached the islands millions of years ago. The animals evolved in different directions while living within sight of one another. How is that possible?  Collard uses the iguanas to explore Charles Darwin’s great discovery.F&P Level V

Natural selection and speciation are all but ignored in children’s nonfiction. To help address this glaring deficiency, award-winning children’s science writer Sneed Collard traveled to the Galapagos Islands to see for himself, where Charles Darwin saw, how new species form. The result is this fascinating story of two species of iguana, one land-based and one marine, both of which developed from a single ancestor that reached the islands millions of years ago. The animals evolved in different directions while living within sight of one another. How is that possible? Collard uses the iguanas to explore Charles Darwin’s great discovery.F&P Level V

More than 99 percent of all life forms have gone extinct during the 3.6-billion-year history of life on Earth. Other organisms have changed dramatically, but not our extreme survivors. Evolution may have altered their physiology and behavior, but their body plans have stood the test of time.  How have these living links with Earth’s prehistoric past survived? The search for answers is leading scientists to new discoveries about the past—and future—of life on Earth. The survival secrets of some of these ancient creatures could lead to new medicines and treatments for disease.  Written in a lively, entertaining voice, Extreme Survivors provides detailed life histories and strange “survival secrets” of ten ancient animals and explains evolution and natural selection. Extensive back matter includes glossary, additional facts and geographic range for each organism and a geologic timeline of Earth.F&P Level V

Enormous jellyfish and fish with blood like antifreeze are just a few of the creatures captured in their unique habitat by underwater photographer Bill Curtsinger. This new edition is fully updated and traces the impacts of climate change and ice-shelf melt on the abundant life in the waters beneath a frozen desert.F&P Level W

Explores a question unasked by any other book for young readers: What can we learn about nature and evolution from the bizarre and exotic ways some animals have evolved to get life-giving oxygen? An inquiry-based book designed to stimulate active minds; a STEM standout from a celebrated nature photographer and writer.

Explores a question unasked by any other book for young readers: What can we learn about nature and evolution from the bizarre and exotic ways some animals have evolved to get life-giving oxygen? An inquiry-based book designed to stimulate active minds; a STEM standout from a celebrated nature photographer and writer.

North America’s flying squirrels and Australia’s sugar gliders notwithstanding, the vast majority of them live in rainforests. Illustrated with arresting photographs, Catching Air takes us around the world to meet these animals, learn why so many gliders live in Southeast Asia, and find out why this gravity-defying ability has evolved in Draco lizards, snakes, and frogs as well as mammals. Why do gliders stop short of flying, how did bats make that final leap, and how did Homo sapiens bypass evolution to glide via wingsuits and hang gliders—or is that evolution in another guise?

From zooplankton to phytoplankton, these small-scale superheroes are the foundation of the ocean’s food chain, keep our climate in check, generate up to fifty percent of the oxygen produced on the planet each year—and much more. Stunning microscopic photos and primary source research provide a seldom seen look at these dynamic drifters. “Science interpreter,” Mary Cerullo, dives into the wet world of plankton, and takes a deep look at the good and the bad, the tiny and even tinier. Readers will discover even the smallest actors can make a big difference. Glossary and informative sidebars included.