Prescription and over-the-counter medications are the most commonly abused drugs by high school students after marijuana. One in five young people abuses prescription meds - cotton, rits, beans, tuss, and bricks - street names for these non-street drugs. Street Pharma looks at this growing problem and gives young readers the information they need to say no before they start using or find help to quit when they've become addicted.
A recent survey on drug use recorded 729,000 youths 12 years of age or older who had used inhalants and solvents for the first time within the past year. These substances, along with prescription and over-the-counter medications, can be found in almost every home and have become an easy-access entry point to drug use for young people. This important book carefully examines the facts and fiction about "huffing," and provides information on addiction and treatment, as well as useful alternatives to drug use.
Party drugs are a group of drugs used by young people at parties, clubs, concerts, and events. From ecstasy to GHB and ketamine, party drugs have a popular reputation for not being as harmful as other hard street drugs, but they are just as dangerous and addictive. This informative book details the history of these drugs and how they became so popular. A special section provides readers with useful resources for fighting addiction and remaining drug free.
Discover how Larry Page and Sergey Brin started out as two ordinary computer science graduate students at Stanford University, but together, created Google, the world's most powerful information search engine on the Internet. Readers will learn about the power of innovation, creativity and tech smarts.
Ellen Ochoa's has a passion for engineering, space, and science. Readers will find out how Ochoa used this passion to earn a doctorate from Stanford and become the first Hispanic American female in space. Learn how she uses this passion to inspire students of all ages to work hard in school and follow their dreams.
A tour of the Rio Grande and its surrounding area.
When we think of wild animals, we don't immediately associate them with the cities we live in. But a closer look soon reveals that we share our urban environment with a great many untamed creatures. Heavily illustrated and full of entertaining and informative facts, City Critters examines how and why so many wild animals choose to live in places that, on first glance at least, seem contrary to their needs. How do those deer, raccoons, squirrels, skunks, coyotes, crows, gulls and geese-not to mention the alligators, eagles, otters and snakes-manage to survive in the big city? What special skills do city critters have that many of their wilderness cousins lack? Why have they developed these skills? And what are our responsibilities in ensuring that these animals can continue to share our city lives?
Discusses the Apollo project, space flight to the moon.
The farmers, workers, and pioneers of America in the 1800s were nourished by a tradition of hearty, down home cooking that is still a part of our national cuisine - New England baked beans, roast beef, turkey, corn on the cob, and pumpkin pies. With roots in the British Isles, and with important contributions from Native American food plants and cooking techniques, American food and drink quality and seasonal variety was vastly improved during the 1800s by new technologies in transportation, food storage, hygiene, and preservation, growing national and world markets, and not least the delicious ethnic cuisines of new immigrant groups. Hungry for innovation, quality, and economy, Americans in the 1800s became the best fed nation in the history of the world!
Medicine developed into a science in the 1800s, but it was a long evolution from folk remedies and superstition to a modern understanding of how the human body works and how disease is spread. Throughout much of the century, the life expectancy of the average American was decades shorter than it is now. A lack of understanding of simple hygiene contributed to the early death of many women after childbirth, and children routinely died of common childhood diseases like measles. An incorrectly treated broken arm could kill a healthy young man, and pain, disfigurement, and epidemic disease was the fate of many Americans. Traditional herbal remedies were sometimes the best treatments available, while patent medicines often contained toxic substances, and medical procedures were often painful, disgusting, and ultimately useless. The dedicated scientists and medical researchers of the 1800s made a tremendous contribution to the health and happiness of Americans.
Using the graphics, students can activate prior knowledge--bridge what they already know with what they have yet to learn. Graphically illustrated biographies also teach inference skills, character development, dialogue, transitions, and drawing conclusions. Graphic biographies in the classroom provide an intervention with proven success for the struggling reader.
Real-life crime dramas on television intrigue us with the details of postmortem examinations leading to the arrest of murder suspects, but how do forensic pathologists, the doctors who investigate unnatural deaths and chilling crime scenes, actually bring criminals to justice? The story lies in the body of evidence. Literally. The human body provides a wealth of scientific evidence that allows forensic pathology, or legal medicine, to help resolve criminal cases and convict even most elusive perpetrators. The human body records the story of a crime in the language of cuts, wounds, and bruises, and in the fingerprints and bloodstains. Forensic pathologists are trained to scrutinize and interpret this evidence in ways no other scientist can. Examining victims remains from the outside in, forensic pathologists investigate every inch of the human landscape to discover when, how, and why the victim died. Sometimes, a time of death is all a jury needs to convict a suspect of murder, and forensic pathologists are experts at uncovering this crucial evidence. Visiting crime scenes, collecting bodies in the middle of the night, and excavating suspicious burial grounds are all in a days work for the sake of bringing justice to victims who can no longer speak for themselves.
Who committed the crime? When? Even the smallest of witnesses can tell scientists stories that will make or break a criminal case. Insects and pollen grains help forensic scientists bring criminals to justice. A suspect escapes a crime scene, leaving not a trace of evidence behind - except for the hind leg of a grasshopper, which helps convict him of murder. A thief runs through a cornfield, relieved that no one saw him commit the crime - unaware of the tiny grains of pollen stuck to his shirt. Plants and insects hold clues to guilt or innocence. Evidence from nature is all around us, silently and swiftly leaving fingerprints, unnoticed by even the most cunning of criminals.
The famous Lindbergh kidnapping in the 1930s was solved, in part, through a detailed analysis of the kidnapper's handwriting. Other criminal cases, such as selling phony manuscripts, forgery, and fraud can be broken with detailed analyses of handwriting, typewriting, photocopied documents, and the inks and papers used on documents. The science of analyzing documents has been growing for more than a century. In this book, readers will learn how to document analysis has helped solve various crimes, from kidnappings and famous forgeries, to bombings and other violent crimes. Readers will also see how document examiners present their findings in court. Crime leaves a paper trail, and document analysis provides the techniques for following that trail.
The digital age we entered in the twenty-first century has rapidly become an age of digital crime. Cyber crimes like spoofing, phishing, and hacking are on the rise, and computer forensic technicians are on the case. Even traditional crimes like murder, fraud, and child abuse can be both facilitated by computers and solved through computer investigation. Computer Investigation helps readers understand how cyber crimes are committed, and how investigators help solve them and bring the perpetrators to justice. Readers will also gain a few tips for protecting themselves online and protecting their computers from intrusions and hacks.
Most people cringe when they hear the word physics. Physics is a very technical science that most people rely on every day, but do not really care to understand. Things work, and that is enough for most of us. Solving Crimes with Physics delves into the use of this challenging science to give readers a basic understanding of how the principles of physics can be used to solve crimes. From ballistics to bomb blasts, the knowledge of the theories of physics are powerful tools in the hands of a skilled forensic scientist.
Why are programs such as CSI, Law & Order, and Cold Case so popular? Our culture is fascinated with crime, and these television shows reveal investigators’ procedures and secrets. With so many forensic-based television programs, it might seem that North America’s morbid curiosity is a new phenomenon. The truth is, however, that humanity has always been fascinated by that which also frightens them. What’s more, humans are attracted to puzzles, and forensic science offers opportunities to solve mysteries while at the same time catching the bad guys. Modern media has only magnified the tendencies of previous generations. This book takes a look at the ways this fascination with crime shapes modern news media, television programming, movies, and the Internet. It also provides information on the real-life opportunities for forensic careers. Forensic Science is more than just a cultural obsession: it is a fast-growing professional field. Forensics in American culture will reveal this field’s intriguing mixture of science, mystery, excitement, and justice.
A flake of skin, a strand of hair, a fleck of saliva, a drop of blood - everywhere we go we leave behind bits of ourselves that are as unique as fingerprints. Each cell contains genetic material called DNA, which holds information that scientists can use to learn about the person who left those cells behind. In the past twenty-five years, researchers have made significant advances in all disciplines of science, including the study of genetics. As science has leapt forward, the effect on forensics has been remarkable. New knowledge of DNA has dramatically changed the amount of information available to forensic scientists at the scene of a crime, opening doors that were never open before.
Welcome to the exciting world of forensic investigation, the science of solving crimes. This introduces the field of forensic anthropology, where scientists and criminal investigators use the human skeleton to solve some of the worlds most mysterious and violent crimes. From the nineteenth century murderer who boiled his wife in a vat of acid, to the modern day pig farmer accused of murdering more than sixty women, forensic anthropology shows how even the tiniest fragments of bones can reveal the identities of victims as well as killers. From mass-transit accidents to war to genocide and terrorist attacks, this science also pieces together the most scattered and seemingly unidentifiable remains. Using recent finds such as bags of bones in the woods, or the five-thousand-year-old skeleton of a victim of foul play, forensic detectives use the smallest clues, revealing a massive crime-recording device: the human body. See how the dead do tell tales to those who know how to listen!
Television programs and feature films present criminal psychology and profiling as a blend of psychic visions, supernatural intuition, and evidence analysis. The reality, however, is quite different. Using true-crime case studies from history and the present, examples from current and former FBI profilers and informative sidebars, Criminal Psychology & Personality Profiling explores the many roles and responsibilities criminal psychologists and profilers fill as they support other professionals in addressing crime and its consequences. From crime-scene analysis to offering expert testimony in court, these behavioral scientists offer an understanding of crime, the criminal mind, and those affected by crime.
Crimes happen every day all around the world. Sometimes, criminals think they have taken every possible precaution to avoid capture, but they are often mistaken. Every crime leaves a trace, and forensic science has evolved to find the tiniest bits of evidence imaginable at a crime scene. Mark & Trace Analysis gives readers some insights about the tricks and techniques used by forensic scientists and crime-scene investigators when evidence is scarce. Criminals always leave a trail. The trick is finding it.
Women have made major contributions to science throughout history, including in the environmental sciences. Learn about the lives of some of the most amazing women in environmental science, from Rachel Carson to Lena Ma, as well as their exciting and important work. Discover what it takes to work in the environmental sciences. Find out about the opportunities for women in the field. Read Women in the Environmental Sciences to see if following in the footsteps of the many brilliant women who have made their mark in environmental science is something you want to do.
Women have made major contributions to science throughout history, including in the field of chemistry. Learn about the lives of some of the most amazing women in chemistry, from Alice Hamilton to Darleane Hoffman, as well as their exciting and important work. Discover what it takes to be a chemist. Find out about the opportunities for women in the field. Read Women in Chemistry to see if following in the footsteps of the many brilliant women who have made their mark in chemistry is something you want to do.
Women have made major contributions to science throughout history, including in the field of medicine. Learn about the lives of some of the most amazing women in medicine, from Rita Levi-Montalcini to Margaret Chan, as well as their exciting and important work. Discover what it takes to be a doctor. Find out about the opportunities for women in medicine. Read Women in Medicine to see if following in the footsteps of the many brilliant women who have made their mark in medicine is something you want to do.
Women have made major contributions to science throughout history, including in building the foundation of our current scientific knowledge. Learn about the lives of some of the most amazing women who have changed our scientific understanding, from Marie Curie to Ellen Swallow Richards, as well as their exciting and important work. Discover what it takes to be a leader in science. Find out about the opportunities for women in the field. Read Women Who Built Our Scientific Foundations to see if following in the footsteps of the many brilliant women who have made their mark in science is something you want to do.