What is forensic science and how is it used to solve a crime? Explore the fascinating, and sometimes gory, world of forensics, where science helps crack the case. How do you know if a red stain is blood or ketchup, or whose blood it is? Can computers really recognize your face in a crowd? Why are fingerprints so important in an investigation? Learn why it is critical to quickly secure a crime scene, and how DNA sampling works. Find out how maggots can reveal how long someone has been dead, or how a single fabric fibre can lead to the murderer. From the scene of the crime to testing in the laboratory, you will get to know how all the clues are put together to tell a story and reveal the guilty person. Discover how methods have changed since the days of Sherlock Holmes, the latest technology in use today, and techniques of the future. Flip to the reference section to learn about pioneers in the field, see a timeline of forensic firsts, and locate museums and special websites to visit for further inspiration and exploration. The glossary gives you all the vocab you need to sound like a real CSI expert.

What is forensic science and how is it used to solve a crime? Explore the fascinating, and sometimes gory, world of forensics, where science helps crack the case. How do you know if a red stain is blood or ketchup, or whose blood it is? Can computers really recognize your face in a crowd? Why are fingerprints so important in an investigation? Learn why it is critical to quickly secure a crime scene, and how DNA sampling works. Find out how maggots can reveal how long someone has been dead, or how a single fabric fibre can lead to the murderer. From the scene of the crime to testing in the laboratory, you will get to know how all the clues are put together to tell a story and reveal the guilty person. Discover how methods have changed since the days of Sherlock Holmes, the latest technology in use today, and techniques of the future. Flip to the reference section to learn about pioneers in the field, see a timeline of forensic firsts, and locate museums and special websites to visit for further inspiration and exploration. The glossary gives you all the vocab you need to sound like a real CSI expert.

What is forensic science and how is it used to solve a crime? Explore the fascinating, and sometimes gory, world of forensics, where science helps crack the case. How do you know if a red stain is blood or ketchup, or whose blood it is? Can computers really recognize your face in a crowd? Why are fingerprints so important in an investigation? Learn why it is critical to quickly secure a crime scene, and how DNA sampling works. Find out how maggots can reveal how long someone has been dead, or how a single fabric fibre can lead to the murderer. From the scene of the crime to testing in the laboratory, you will get to know how all the clues are put together to tell a story and reveal the guilty person. Discover how methods have changed since the days of Sherlock Holmes, the latest technology in use today, and techniques of the future. Flip to the reference section to learn about pioneers in the field, see a timeline of forensic firsts, and locate museums and special websites to visit for further inspiration and exploration. The glossary gives you all the vocab you need to sound like a real CSI expert.

This lively introduction to the fascinating world of science explores the different kinds of science, what scientists do, and the amazing things that scientists study: animals and plants; oceans and space; earthquakes and volcanoes; sound and light; inventions and more! Make sure kids' first experience of the wonders of science is a thrilling eye-opener with this fun reference book. Fun activities, games, and simple experiments encourage interactive learning, showing kids that anyone can use scientific observation and experimentation to be a scientist and discover new things. With bright images and age-appropriate text, this book inspires kids to be curious, ask questions, and explore the world around them. And, maybe even grow up to be a scientist one day, too! Topics touched on include astronomy, botany, paleontology, malacology (that's the science of clams, snails, and other animals with shells!), zoology, and more.

Forensic scientists apply scientific analysis in a legal context and play a vital role in solving crimes. Sometimes the collection of forensic evidence is the only way to establish or exclude an association between suspect and victim or crime scene, or to establish a likely order of events. Profiting from recent scientific developments and the advancement of technological equipment, forensic science is a rapidly evolving discipline that encompasses many sciences and the law. This dictionary covers in over 1300 entries the key concepts within forensic science, including a wide array of relevant specialist terms from areas such as chemistry, biology, anthropology, art, engineering, firearms, toolmarks, trace evidence, crime scene investigation, case history, biographies of investigators and criminals, as well as forensic computing. Ranging from crime scene to fibers and fluorescence to RAM, this new dictionary is the most up-to-date of its kind and is international in scope. Entry-level web links to online resources are listed and regularly updated on a companion website, expanding the scope of the dictionary and pointing to more in-depth supplementary material. Many entries are complemented by case examples (Dr Crippen, Mary Ann Cotton, etc.), figures, and photographs, which makes this A to Z an ideal reference for students of forensic science, as well as professionals and those with an interest in forensics.

In this contemporary adventure, Steven and Sarah learn how to use a camcorder. They enjoy filming, but a thief is about, and before long they have several crimes to solve. Macmillan English Explorers have been written specifically for young learners of English. They bring first language teaching methods to reading lessons in international classrooms.

Jane wants to watch the chimpanzees. What tool does she use? Binoculars! In this simple, boldly illustrated lift-the-flap board book, little readers will discover simple facts about five different scientists, each in a different field! Kids will meet: Jane Goodall Marie Curie Stephen Hawking Mae Jemison Charles K. Kao Each spread describes something scientists do or study, then includes a satisfying lift-the-flap that reveals a scientist in action using a familiar tool! A perfect introduction to exciting science role models!

As gripping as it is gruesome, How to Solve a Murder is a fascinating insight into the career of a forensic scientist. Includes a foreword from Dr Richard Shepherd, bestselling author of Unnatural Causes. FRACTURED SKULLS. GAS MASKS. BRAIN BUCKETS. VATS OF ACID. PICKLED BODY PARTS. Not the usual tools of trade, but for Chief Forensic Medical Scientist Derek and Forensic Secretary Pauline they were just part of a normal day in the office inside the world-famous Department of Forensic Medicine at Guys Hospital in London. Derek has played a pivotal role in investigating some of the UKs most high-profile mass disasters and murder cases. Dereks innovative work on murder cases, in particular, has seen him credited as a pioneer of forensic medical science, after developing ground-breaking techniques that make it easier to secure a conviction and also identify a serial killer. Warmly recalled and brilliantly told, these intriguing revelations will open your eyes to the dark world inhabited by those who investigate death and murder (typically most horrid), and unveil the secrets of how each case is solved.

As gripping as it is gruesome, How to Solve a Murder is a fascinating insight into the career of a forensic scientist. Includes a foreword from Dr Richard Shepherd, bestselling author of Unnatural Causes. FRACTURED SKULLS. GAS MASKS. BRAIN BUCKETS. VATS OF ACID. PICKLED BODY PARTS. Not the usual tools of trade, but for Chief Forensic Medical Scientist Derek and Forensic Secretary Pauline they were just part of a normal day in the office inside the world-famous Department of Forensic Medicine at Guys Hospital in London. Derek has played a pivotal role in investigating some of the UKs most high-profile mass disasters and murder cases. Dereks innovative work on murder cases, in particular, has seen him credited as a pioneer of forensic medical science, after developing ground-breaking techniques that make it easier to secure a conviction and also identify a serial killer. Warmly recalled and brilliantly told, these intriguing revelations will open your eyes to the dark world inhabited by those who investigate death and murder (typically most horrid), and unveil the secrets of how each case is solved.

From brainy biologists and clever chemists to magnificent mathematicians and pioneering physicists, discover 100 remarkable scientists who shaped our world.Containing a universe of knowledge, 100 Scientists Who Made History tells the story of the people who increased our grasp of almost everything around us. From Aristotle and Rosalind Franklin, to Marie Curie and Stephen Hawking and Brian Cox, get the low down on the people whose thirst for knowledge has shaped the way we live today.With beautiful photography and illustrations, 100 Scientists Who Made History is a fascinating look at the most important scientists and their discoveries. It's the perfect way for kids to meet science's most important people.

From brainy biologists and clever chemists to magnificent mathematicians and pioneering physicists, discover 100 remarkable scientists who shaped our world.Containing a universe of knowledge, 100 Scientists Who Made History tells the story of the people who increased our grasp of almost everything around us. From Aristotle and Rosalind Franklin, to Marie Curie and Stephen Hawking and Brian Cox, get the low down on the people whose thirst for knowledge has shaped the way we live today.With beautiful photography and illustrations, 100 Scientists Who Made History is a fascinating look at the most important scientists and their discoveries. It's the perfect way for kids to meet science's most important people.

This book peers through the microscope to reveal TINY unimaginable wonders. Discover bizarre minibeasts and peculiar plants, meet the millions of microbes that live around and inside you, and marvel at miniature technology. The perfect introduction to a fascinating area of science.

Meet the people who changed the world of science and technology, biology, chemistry, and physics! Read the stories of the brainiest people who ever lived and the scientific discoveries they made. Each page illustrated a famous scientist's life and what made their contribution to this fascinating field so important. Scientists is an exciting book perfect for children ages 7-9 years. Inside you will find: - Features the stories of more than 50 scientists such as Isaac Newton both famous and lesser-known - Comprehensive coverage of the most important scientific advancements of all time - Stories of scientists from all over the world specialising in different areas of science - Engaging Steam information inline with the national curriculum The biggest scientific breakthroughs in history have something in common: super smart people who kept looking for the answers to some of the world's most interesting questions! The pages of this science book are filled with the stories of famous scientists such as physicists Neil DeGrasse Tyson and Stephen Hawking, biologist Marie Curie, palaeontologist Mary Anning and lesser-known trailblazers such as Chika Kuroda, who became Japan's first female Bachelor of Science. Filled with great detail and following a storytelling format, this is a thrilling book that will capture the imagination of young children and encourage them to explore the world of science. Beautiful descriptions of the scientists' lives are brought to life through stunning watercolour illustrations and fantastic photography highlights the detail of their discoveries.

At Deepdean School for Girls, Daisy Wells and Hazel Wong have set up their own detective agency. But they are struggling to find any real crimes to investigate. (Unless you count the case of Lavinia’s missing tie. Which they don’t.) Then Hazel discovers the Science Mistress, Miss Bell, lying dead in the Gym. To add to the mystery, when she and Daisy return five minutes later, the body has disappeared. Now Hazel and Daisy not only have a murder to solve: they have to prove one happened in the first place. Determined to get to the bottom of the crime before the killer strikes again Hazel and Daisy must hunt for evidence, spy on their suspects and use all the cunning and intuition they can muster. But will they succeed? And can their friendship stand the test?

At Deepdean School for Girls, Daisy Wells and Hazel Wong have set up their own detective agency. But they are struggling to find any real crimes to investigate. (Unless you count the case of Lavinia’s missing tie. Which they don’t.) Then Hazel discovers the Science Mistress, Miss Bell, lying dead in the Gym. To add to the mystery, when she and Daisy return five minutes later, the body has disappeared. Now Hazel and Daisy not only have a murder to solve: they have to prove one happened in the first place. Determined to get to the bottom of the crime before the killer strikes again Hazel and Daisy must hunt for evidence, spy on their suspects and use all the cunning and intuition they can muster. But will they succeed? And can their friendship stand the test?

Meet Private Detective C. W. Sughrue. Private detectives are supposed to find missing persons and solve crimes. But more often than not Sughrue is the one committing the crimes – everything from grand theft auto to criminal stupidity. All washed down with a hearty dose of whiskey and regret. At the end of a three-week hunt for a runaway bestselling author, Sughrue winds up in a ramshackle bar, with an alcoholic bulldog. The landlady’s daughter vanished a decade ago and now she wants Sughrue to find her. His search will take him to the deepest, darkest depths of San Francisco’s underbelly, a place as fascinating, frightening and flawed as he is.