The extraordinary inner-workings of the world’s amazing, adaptable insects A tiny textbook to learn on your own How Insects Work goes beyond the typical field guide to show us not only what insects look like but why. Arguably the most successful land animals—still going strong after five mass extinctions—insects have evolved a spectacular array of real-life superpowers to help them thrive in virtually every environment: Bumblebees’ wingbeats leave a faint electrical signal at each flower they visit to show that the nectar’s already been taken (see page 57), and houseflies defy gravity with tiny leg hairs that stick to the smoothest wall or ceiling (see page 69). In this in-depth, photo-filled handbook, discover the ways insects are even more astounding than you know—inside and out: Evolution Exoskeleton and Body Segments Senses Circulation Digestion Respiration Reproduction Metamorphosis Movement And much, much more!

Originally published in 1989 by Ticknor & Fields, Brian Kiteley's Still Life with Insects is the intensely focused chronicle of Elwyn Farmer, an amateur entomologist, who uses the field notes of his insect sightings to examine and reweave the tattered fragments of his life. In a series of visually powerful and emotionally breathtaking vignettes Kiteley distills the transient beauty of the natural world and lays bare the suffering and joy of one man's life from his maturity in the post–war years to very old age in the 19809's. His striking narrative technique aptly captures the experience we all have as we struggle to make sense of what it means to be human in the face of the inevitable passage of time.

A long-awaited update of the standard textbook on insect structure and function, revised by a team of eminent insect physiologists.

This book, the first to catalogue ecologically important insects by their roles, gives us an enlightening look at how insects work in ecosystems--what they do, how they live, and how they make life as we know it possible. Waldbauer combines anecdotes from entomological history with insights into the intimate workings of the natural world, describing the intriguing and sometimes amazing behavior of these tiny creatures. As entertaining as it is informative, this charmingly illustrated volume captures the full sweep of insects' integral place in the web of life.

Engineered by evolution to thrive in the wild How Birds Work goes beyond the typical field guide to show us not only what birds look like but why. Why do many owls have asymmetrical ear openings? (Hint: It helps them pinpoint prey; see page 40.) And why does the Grey Heron rest on one leg at a time? (Hint: Not because it’s tired; see page 66!) Birds boast a spectacular array of adaptations suited to their incredibly diverse diets and habitats. In this in-depth handbook, discover the ways they’re even more astounding than you know—inside and out. Detailed analysis and illustrations illuminate: Skeleton Muscles Circulation Digestion Respiration Reproduction Feathers Colors and Patterns And much, much more!

An introduction to insect societies and how they work together.

Stunning photographic guide to bugs, from the beautiful to the bizarre and every bug in between Smithsonian Handbook of Interesting Insects presents striking photographic profiles of insects, each one specially selected from the 34 million specimens found in one of the oldest and most important entomology collection in the world, held by London's Natural History Museum. The book showcases more than one hundred significant bug species, including the ruby-tailed wasp, the garden tiger moth, the jewel beetle, the flying stick insect, the orchid bee, and many others. Magnificent full-color photographs show the bugs in detail, so that readers can learn to distinguish, for example, the translucent abdomen of the great pied hoverfly from the yellow or orange markings on a giant scoliid wasp. Each detailed and dazzling photograph is accompanied by a caption describing the bug's lifestyle, distribution, size, and key characteristics. An insightful introduction also explores the different orders and families found in the insect classes and an explanation of how they have evolved. Based on the most up-to-date science and accessibly written, the book will appeal to scientists and amateur science readers alike.