"Emmeline lives on a remote island with her father, who teaches her about the natural world through her senses. What he won't explain are the mysterious scents stored in the drawers that line the walls of their cabin, or the origin of the machine that creates them. One day the unforeseen happens, and Emmeline is vaulted out into the real world -- a place of love, betrayal, ambition, and revenge. To understand her past, Emmeline must unlock the clues...

Many advances have been made in the last decade in the understanding of the computational principles underlying olfactory system functioning. Neuromorphic Olfaction is a collaboration among European researchers who, through NEUROCHEM (Fp7-Grant Agreement Number 216916)-a challenging and innovative European-funded project-introduce novel computing paradigms and biomimetic artifacts for chemical sensing. The implications of these findings are relevant...

Everything about the sense of smell fascinates us, from its power to evoke memories to its ability to change our moods and influence our behavior. Yet because it is the least understood of the senses, myths abound. For example, contrary to popular belief, the human nose is almost as sensitive as the noses of many animals, including dogs; blind people do not have enhanced powers of smell; and perfumers excel at their jobs not because they have superior...

"Ted, a dog who gets his news each day by smelling out The Daily Sniff, investigates when his town is overcome by an usual odor, which turns out to be a skunk family"--

Alexandra Horowitz, author of the bestseller Inside of a Dog, explores what dogs know in even greater depth, following their lead to learn about the dog's spectacular nose and how we mere humans can improve our underused sense of smell. Here Horowitz, a leading researcher in dog cognition, continues to unpack the mystery of a dog's nose-view, in order to more fully understand our companions. She follows the dog's nose--exploring not only its abilities...

"Smell is such a powerful and revealing sense because it detects actual little pieces of things in the world. It gives us direct evidence of what those things are made of-unlike the indirectness of vision or hearing, which register light waves and air movements. Those little pieces are volatile molecules, so little that they're able to break away from their source and fly invisibly through the air to reach our nose. To begin to understand a thing's...