Scientists in the Field (HarperCollins)

A new addition to the acclaimed “Scientists in the Field” series, “Urban Coyotes” follows the scientists of the Urban Coyote Research Project as they track, study, and care for coyotes living among humans in one of America's largest cities, Chicago. But that's the thing about coyotes. They don't necessarily do what's typical or usual, nor what's expected or predicted. Coyotes are rule breakers. The fourth largest metropolitan area in North America is home to more than nine million people and a surprisingly large population of coyotes. Join the wildlife scientists of the Urban Coyote Research Project as they carry on their twenty-five-year mission: Studying the coyotes of Cook County, Illinois, home to the city of Chicago. Explore questions such as "Where did the coyotes come from-and why?," "Are they a danger to Chicagoans?," and "Do predators create healthier urban ecosystems?" with real-life scientists in the field. Started by urban ecologist Stan Gehrt in the late 1990s when coyotes were first noticed entering the Chicago region, the Urban Coyote Research Project's mission is to help coyotes and human city dwellers live together in peace. With stunning up-close photography by Tom Uhlman, author Mary Kay Carson offers an in-depth look into how these mystifying wild creatures, and those dedicated to studying and protecting them, navigate urban spaces.

In this groundbreaking, exceptionally researched installment of the award-winning Scientists in the Field series, discover how lizards rapidly adapt to life in the Caribbean islands, allowing scientists to study Charles Darwin’s theory of evolution by natural selection in real time. Award-winning author Dorothy Hinshaw Patent joins forces with scientists/filmmakers Neil Losin and Nate Dappen, whose work is detailed in the Smithsonian Channel documentary “Laws of the Lizard,” to explore how the small but mighty lizards we call “anoles” are used by scientists to study basic principles of evolution and ecology. Travel with the team to Florida and the Caribbean as they research how anoles followed similar but independent evolutionary paths on the four major islands of the Greater Antilles (Puerto Rico, Hispaniola, Jamaica, and Cuba). So while anoles on different islands may look like close relatives, they often are not! This is Darwin's principle of natural selection at work. And it makes anoles the perfect subjects for experiments that study how animals adapt to new challenges—such as climate change—in this exciting and timely addition to a celebrated series.

North Carolina's black bears were once a threatened species, but now their numbers are rising in and around Asheville. But what happens when conservation efforts for a species are so successful that there's a boom in the population? Can humans and bears live compatibly? What are the long-term effects for the bears? Author Amy Cherrix follows the scientists who, in cooperation with local citizen scientists, are trying to answer to these questions and more. Part field science, part conservation science, Backyard Bears looks at black bears-and other animals around the globe-who are rapidly becoming our neighbors in urban and suburban areas. What happens when conservation efforts for a species are so successful that there's a boom in the population? Part field science, part conservation science, Backyard Bears looks at black bears-and other animals around the globe-who are rapidly becoming our neighbors in urban and suburban areas. North Carolina's black bears were once a threatened species, but now their numbers are rising in and around Asheville. Can humans and bears live compatibly? What are the long-term effects for the bears? Author Amy Cherrix follows the scientists who, in cooperation with local citizens, are trying to answer to these questions and more.

This myth-busting new addition to the critically acclaimed Scientists in the Field series by Sibert medal winning team Sy Montgomery and Nic Bishop is perfect for nonfiction readers looking for more female scientist narratives, or a fresh perspective on an underrepresented animal-Hyenas! Timely and inspiring, The Hyena Scientist sets the record straight about one of history's most hated and misunderstood mammals, while featuring the groundbreaking, pioneering research of a female scientist in a predominately male field in this offering by Sibert-winning duo Sy Montgomery and Nic Bishop. As a scientist studying one of the only mammalian societies led entirely by females, zoologist Kay Holecamp has made it her life's work to understand hyenas, the fascinating, complex creatures that are playful, social, and highly intelligent-almost nothing like the mangy monsters of pop culture lore.

On November 14, 1963, a volcano fifteen miles off the shore of Iceland exploded under the sea, resulting in a brand-new island. Scientists immediately recognized Surtsey for what it was: an opportunity to observe the way life takes hold. Loree Griffin Burns follows entomologist Erling Ólafsson on a five-day trip to Surtsey, where since 1970 he has studied the arrival and survival of insects and other species. Readers see how demanding conditions on Surtsey can be, what it's like to eat and work while making the smallest impact possible, and the passion driving these remarkable scientists in one of the world's most unique fields ever!

Follow the scientists working in the Pacific Northwest to learn about the orca whale population there, as they race to save these remarkable mammals from extinction. Perfect for fans of The Great White Shark Scientist and readers looking for excellent nonfiction on this high-interest animal. Orcas have a reputation for being bloodthirsty, but that myth is being debunked as scientists learn more about these “killer" animals. Readers follow scientists in the Pacific Northwest who study the nuanced communication patterns, family structure, and socialization of orca whales, from marine biologists to specialists in the study of sound. With stunning photography and attention to field-based detail, The Orca Scientists paints a vivid picture of the individuals who have made it their life's work to better understand orcas, as well as the whales they are helping to avoid extinction.

One of the biggest differences between humans and animals is the ability to understand the idea of "If I do X, Y might happen." New Caledonian crows seem to possess the intelligence to understand this "causal" concept. Why do crows have this ability? What does the crow know and what does it tell us about brain size, the evolution of intelligence, and just who is the smartest creature on the planet? In the latest addition to the Scientists in the Field series, the creators of The Frog Scientist take us to a beautiful Pacific island, where a lively cast of both crows and scientists is waiting to amuse and enlighten us.

In this addition to the critically-acclaimed Scientist in the Field series, scientist Robin Tanamachi and her team are trying to save countless lives across America's heartland, chasing one tornado at a time. Robin Tanamachi has been captivated by tornadoes and extreme weather her entire life. When she realized people researched weather for a job, she was hooked. She now studies tornado genesis, or how tornadoes form, and what causes them to get weaker versus strengthen. For her, driving around in a Doppler radar truck aiming towards storms is a normal day in the office. The data she collects is then modeled and studied on computers-with math, physics, and computer science working hand in hand with meteorology. At the end of the day, knowing exactly how, when, and where these violent storms happen can give more warning time for everyone involved.

In the Arizona desert, scientists conduct studies and experiments aimed to help us better understand our environment and what sort of things are happening to it due to climate change. The location is Biosphere 2, an immense structure that contains a replica ocean, savannah, and rainforest, among other Earth biomes. It's a unique take on the Scientists in the Field mission statement - in this case, the lab is a replica that allows the scientists to conduct large-scale experiments that would otherwise be impossible.

In July of 2015 a robotic spacecraft reached Pluto after a nine-and-half-year journey. New Horizons is the first spacecraft mission to Pluto and revealed its five moons as never before seen. Images from the mission show a reddish surface covered in ice-water mountains, moving glaciers, and hints of possible ice volcanoes and an underground ocean. Pluto is geologically alive and changing! This addition to the Scientists in the Field series goes where no person or spacecraft has ever gone before. Follow along with the team of scientists as they build New Horizons, fly it across the solar system, and make new discoveries about a world three billion miles away.

In April of 1987 the last wild California condor was captured and taken to live in captivity like the other twenty-six remaining birds of its kind. Many thought that the days were over of of this remarkable, distinguished bird that had roamed the skies of North and Central American for thousands of years. Sy Montgomery employs her skill for on-the-ground reporting, shrewd observation, and stunning narrative prose to detail the efforts of scientists, volunteers, and everyday citizens to get California condors back in the wild. In particular, Montgomery profiles employees at the Santa Barbara Zoo who have worked tirelessly to raise abandoned chicks, nurse sick birds back to health, and conduct research that can support legislation to ban what is probably the largest threat to the existence of the wild condor: lead bullets. In turns affectionate and frustrated, hopeful and heartbreaking, Montgomery's powerful prose does justice to these ancient, sociable, and elegant creatures. Complete with world-class, full-color photography and helpful sidebars that provide details such as the history of the bird's fight back from extinction, the dangers of lead poisoning, and the relationship of condors to the Chumash nation, Condor Comeback is an inspiring story of groundbreaking science, perseverance, and cooperation.

The extinction of dinosaurs some sixty-five million years ago is one of the greatest biological catastrophes in the history of our planet. Yet in recent years, paleontologists have turned up increasing evidence that ancestors of one group of dinosaurs still fly among us: birds. Join Cathy Forster, one of the few female paleontologists working today on an expedition to Madagascar in search of clues to the mystery of bird evolution.

With three hearts and blue blood, its gelatinous body unconstrained by jointed limbs or gravity, the octopus seems to be an alien, an inhabitant of another world. It's baggy, boneless body sprouts eight arms covered with thousands of suckers-suckers that can taste as well as feel. The octopus also has the powers of a superhero: it can shape-shift, change color, squirt ink, pour itself through the tiniest of openings, or jet away through the sea faster than a swimmer can follow. But most intriguing of all, octopuses-classed as mollusks, like clams-are remarkably intelligent with quirky personalities. This book, an inquiry into the mind of an intelligent invertebrate, is also a foray into our own unexplored planet. These thinking, feeling creatures can help readers experience and understand our world (and perhaps even life itself) in a new way.

Ten million Americans live in hurricane danger zones, but how do we know if or when to evacuate? We must predict both when a storm will strike and how strong it will be. A daring NASA earth science mission may have finally found a way to crack this hurricane code. Dr. Scott Braun is the principal investigator for the Hurricane and Severe Storm Sentinel mission (HS3), which flies repurposed military drone over hurricanes so that scientists can gather data. But the stakes are high and time is running out. In the first Scientists in the Field book entirely about weather, meet the NASA team on the cutting edge of meteorological field science.

Asteroids bombard our atmosphere all the time. Some are harmless, burning up in a flash of light. But others explode with a great sonic boom, smashing windows and throwing people to the ground. Worst of all, some asteroids strike our planet, blasting out massive craters and destroying everything nearby on impact. Follow the award-winning author Elizabeth Rusch into the field with scientists as they search for dangerous asteroids in space, study asteroids that have smashed into the ground, and make plans to prevent an asteroid strike if one ever threatens our planet.

In this addition to the critically acclaimed Scientist in the Field series, Dorothy Patent follows the scientists trying to put a stop to a gruesome disease before it's too late. Tasmanian devils are dying at an alarming rate from a type of tumor that appears to be contagious. What scientists are learning while researching the Tasmanian devil has potential to affect all animals, and even humans, as they learn more about how to prevent and hopefully eradicate certain genetic diseases. In 1995, a deadly disease began sweeping across the Australian island state of Tasmania, killing every infected Tasmanian devil. The disease moved so fast that some scientists feared the species would be wiped out in the wild within a few decades. Where did this disease, named Devil Facial Tumor Disease, come from? What caused it-a virus, bacteria, or something else? How did it pass from one devil to another? What could be done to fight it? When author Dorothy Hinshaw Patent learned of the race to save the devil from her friend, Australian geneticist Jenny Graves, she felt compelled to travel to Australia to learn firsthand from scientists what they were finding out about these iconic Tasmanian animals and what they were doing to help it from disappearing in the wild. Follow Dorothy as she takes readers on a fascinating journey into the Australian mainland and Tasmania, visiting parks and wildlife refuges and joining geneticist, ecologists, and other researchers as they work tirelessly to save Tasmania's unique icon.

Considered the "lungs of the world," the Amazon provides a full fifth of the world's oxygen, and every year unsustainable human practices destroy 2.7 million acres. What can be done to help? That's where Project Piaba comes in. Join the award-winning author Sy Montgomery and the photographer Keith Ellenbogen as they traverse the river and rainforest to discover how tiny fish, called piabas, can help preserve the Amazon, its animals, and the rich legacy of its people. Amazon Adventure is an eye-opening-and ultimately hopeful-exploration of how humanity's practices are affecting and shaping not only the Amazon, but our entire environment.

Journey to the wave-battered coast of the Pacific Northwest to meet some of the engineers and scientists working to harness the punishing force of our oceans, one of the nature's powerful and renewable energy sources. With an array of amazing devices that cling to the bottom of the sea floor and surf on the crests of waves, these explorers are using a combination of science, imagination, and innovation to try to capture wave energy in the hopes of someday powering our lives in a cleaner, more sustainable way.

The August 2017 solar eclipse is the chance of a lifetime for astronomer Shadia Habbal-years of planning come down to one moment of totality. Will everything go off as planned? On August 21, 2017, much of America stood still and looked up as a wide swath of the country experienced totality-a full solar eclipse. Even in areas outside the path of totality, people watched in awe as the moon cast its shadow on the sun. For most, this was simply a once-in-a-lifetime experience. Not so for Shadia Habbal, who travels the world in search of solar eclipses in order to study the sun's corona. Solar wind and storms originating in the corona can have big effects on our planet. They can disrupt technology, expose aircraft to radiation, and even influence global climate change. In the months leading up to the 2017 eclipse, Shadia assembles a team of scientists to set up camp with her in Mitchell, Oregon. Years earlier, a long, expensive trip to Indonesia to study an eclipse failed when the skies remained too cloudy to see it. Shadia is determined to have the 2017 eclipse be a success. Will the computers fail? Will smoke from nearby fires change direction? Will the cloudy skies clear in time? Readers will be on the edge of their seats as they count down the months, days, hours, and finally minutes until totality.

No one ever thought the Pacific Northwest was due for an earthquake, let alone a catastrophic one. But geologists are transforming our understanding of the grave dangers the population in the region of Cascadia face-will there be a big one? And what can be done to save lives? America's Pacific Northwest has relatively few earthquakes-only a handful each year that cause even moderately noticeable shaking. But a couple decades ago, scientists discovered a geological feature running along the coast that in other parts of the world regularly triggers massive earthquakes of 8.0 magnitude and higher. Were there once massive earthquakes in this part of the world? Geologists think there were. Now a small group of scientists are studying things that you might not think have anything to do with earthquakes-marsh soil, ocean sediments, landslide debris, and ghost forests-and they have reason to believe that the Pacific Northwest is likely not as idyllic as it was once assumed. The population is likely in grave danger of a massive earthquake at some point. What can be done? The big one can't be stopped, but scientists are working tirelessly to learn as much as they can to prepare.

Are the snowy owls in trouble? Venture into the Alaskan arctic and the summer realm of these predator birds to find out. Discover the diverse species necessary to owl survival, how climate change is affecting the landscape of their nesting site of past millennia, and what it takes to do field research in this action-packed addition to the award-winning Scientists in the Field series. It's July on Alaska's North Slope, and scientist Denver Holt is in Utqiagvik surveying nests. Denver has been coming here since 1992, and the snowy owls he studies have been coming here much longer: thousands of years. With its mix of coastal, low-elevation tundra and a rich presence of lemmings, the North Slope is the only area in Alaska where snowy owls regularly nest. How do snowy owls decide where they will nest? How do they manage to arrive at locations where food will be abundant? What drives the success of these delicate tundra ecosystems? These are the mysteries Denver is trying to solve to help ensure a bright future for these elegant hunters.

It looks like a bear but isn't one. It climbs trees as easily as a monkey- but isn't a monkey, either. It has a belly pocket like a kangaroo, but what's a kangaroo doing up a tree? Meet the amazing Matschie's tree kangaroo, who makes its home in the ancient trees of Papua New Guinea's cloud forest. And meet the amazing scientists who track these elusive animals.

Without honeybees the world would be a different place. There would be no honey, no beeswax for candles, and, worst of all, barely a fruit, nut, or vegetable to eat. So imagine beekeeper Dave Hackenburgs horror when he discovered twenty million of his charges had vanished. Those missing bees became the first casualties of a mysterious scourge that continues to plague honey bee populations today. In The Hive Detectives, Loree Griffin Burns profiles bee wranglers and bee scientists who have been working to understand colony collapse disorder, or CCD. In this dramatic and enlightening story, readers explore the lives of the fuzzy, buzzy insects and learn what might happen to us if they were gone.

The Asian longhorned beetle (ALB) has made news across the United States. These beetles came to America from China, living in wood turned into shipping material. At first the beetles invaded urban areas, where hardwood trees were in limited supply-Chicago was able to declare itself ALB-free in 2006. But right now there is bad news in Massachusetts, New York, New Jersey, and Toronto-infestations have erupted in the area's hardwood forests, and these beetles, while bad at flying, are very good at killing trees. Clint McFarland's job? Stop the ALB at any cost. How do you balance the needs of residents, the impact to the environment, and an invasive species primed to wipe out entire forests? It takes the help of everyday people, such as children playing baseball at a playground, teams of beetle-sniffing dogs, and science-minded people (bug scientists and tree doctors) to eradicate this invasive pest. * "A splendid example of science controversy in everyday life." -Kirkus, starred review "Burns delivers a fascinating look at the origins of an invasive species and efforts to combat the damage it causes." -Publishers Weekly * "This fascinating, timely book might just change the way readers look at insects and trees for good." -Booklist, starred review "The subject and the youth of many of the participants give this title an immediacy unusual even in this excellent series, bridging the gap between scientist and reader in a way that invites kids into the process." -Bulletin "Clear photographs, charts, diagrams, and a straightforward text with appropriate scientific vocabulary outline the problem, from the beetle's invasion and difficult discovery to the trees' destruction and replanting." -Horn Book Magazine * "Abundant, close-up, color photos of the insect (from egg to pupa to mature adult), damaged trees, onsite workers, and informative labeled diagrams and maps help tell this disquieting story...A timely, well-told story and a call to action." -School Library Journal, starred review

In this exhilarating installment of the award-winning Scientists in the Field series, journey to the isolated islands of Isle Royale National Park where the longest predator/prey study in the world is being conducted along with a controversial genetic rescue to save not only the wolves and moose, but the entire island ecosystem. On Isle Royale, a unique national park more than fifty miles from the Michigan shore and about fifteen miles from Minnesota, a thrilling drama is unfolding between wolves and moose, the island's ultimate predator and prey. For over sixty years, in what has been known as the longest study of predator and prey in the world, scientists have studied the wolves and moose of Isle Royale and the island's ecology to observe and investigate wildlife populations. But due to illness and underlying factors, the population of wolves on the island has dropped while the number of moose has increased, putting the Isle Royale ecosystem in jeopardy. Now, for the first time ever, scientists are intervening. Join celebrated author Nancy Castaldo in this exciting journey to Isle Royale to document the genetic rescue experiment scientists there are embarking on. If they can successfully relocate twenty to thirty wolves from the mainland to Isle Royale, scientists can potentially restore the balance among wolves, moose, and trees of the island's ecosystem. Now the living laboratory experiment begins.

Dr. Greg Skomal, biologist and head of the Massachusetts Shark Research Program, is investigating a controversial possibility: Might Cape Cod's waters serve as a breeding ground for the great white shark, the largest and most feared predatory fish on Earth? Sy Montgomery and Keith Ellenbogen report on this thrilling turning point in marine research and travel to Guadeloupe, Mexico, to get up close and personal with the sharks. This daring expedition into the realm of great whites shows readers that in order to save the planet and its creatures, we must embrace our humanity and face our greatest fears. This is an ideal read for Shark Week or anytime!