"This paperback revision will be especially helpful to specialists working among the forest of ill-defined and undescribed Ichneumonidae (the most speciose insect family). Luhman adopts a particularly modern presentation: a model for future ichneumonid revisions with good discussions of character analysis and phylogeny supporting his detailed diagnoses and thorough morphological descriptions." (Foster Purrington, Department of Entomology, Ohio State University, From Annuals of the Entomological Society of America, Vol. 84, no. 5).

Introduces the world of insects, their body parts, behavior, life cycles, and orders of classification. Includes activities such as capturing live insects.

Common among moths is a mate-finding system in which females emit a pheromone that induces males to fly upwind along the pheromone plume. Since the chemical pheromone of the domesticated silk moth was identified in 1959, a steady increase in the number of moth species whose pheromone attractants have been identified now results in a rich base for review and synthesis. Pheromone Communication in Moths summarizes moth pheromone biology, covering the chemical structures used by the various lineages, signal production and perception, the genetic control of moth pheromone traits, interactions of pheromones with host plant volatiles, pheromone dispersal and orientation, male pheromones and courtship, and the evolutionary forces that have likely shaped pheromone signals and their role in sexual selection. Also included are chapters on practical applications in the control and monitoring of pest species as well as case studies that address pheromone systems in a number of species and groups of closely allied species. Pheromone Communication in Moths is an invaluable resource for entomologists, chemical ecologists, pest management scientists, and professionals who study pheromone communication and pest management.

Over half a century of brilliant scientific detective work, the Nobel Prize-winning biologist Karl von Frisch learned how the world, looks, smells, and tastes to a bee. More significantly, he discovered their dance language and their ability to use the sun as a compass. Intended to serve as an accessible introduction to one of the most fascinating areas of biology, Bees (first published in 1950 and revised in 1971), reported the startling results of his ingenious and revolutionary experiments with honeybees.

In his revisions, von Frisch updated his discussion about the phylogenetic origin of the language of bees and also demonstrated that their color sense is greater than had been thought previously. He also took into consideration the electrophysiological experiments and electromicroscopic observations that have supplied more information on how the bee analyzes polarized light to orient itself and how the olfactory organs on the bee's antennae function.

Now back in print after more than two decades, this classic and still-accurate account of the behavior patterns and sensory capacities of the honeybee remains a book "written with a simplicity, directness, and charm which all who know him will recognize as characteristic of its author. Any intelligent reader, without scientific training, can enjoy it." Yale Review"

The book concentrates on physiology and biochemistry and is not diluted by taxonomy/systematics - this makes it different from the competitor books and increases its worth at the postgraduate level and beyond. It makes a very good companion book to a second text that concentrates on taxonomic aspects, such as McGavin. It emphasizes the importance of a rigorous understanding of species-specific details. This is even more successful because of the depth of each chapter. The chapter on symbiosis is different, and very interesting and relevant. There is 'hidden depth', nuance and richness in many chapters, which explore a huge range of themes and relevant topics. The book puts emphasis on insect diversity and its implications for experimental design and interpretation, highlighting caveats in experimental design. It is extremely thought provoking. The writing style is easy to follow with very good descriptions of complicated topics. The edition is published in full color throughout. Ideal for upper level undergraduate and graduate students (in college course system, 300 level and above). For the first-time learners, the level of difficulty is comparable to the introductory level courses for Genetics.

This book presents an overview of the Pentatomidae species, covering their biology, phylogeny and reproductive behavior, main plants used in their diet and their nutritional exigencies, predatory stinkbugs, interactions between herbivores-plants and natural enemies, use of pheromone for monitoring phytophagous populations, and chemical and vibrational communication signals. It also presents possible technologies to be applied in field crops for pest management that could be developed as the basis of the interplay of stink bug communication signals.

The bright colours and fascinating ways of this small but important group of insects attract immediate attention. Cicindelidae, or tiger beetles, are frequently encountered, but they are difficult to capture, since they are alert and elusive, and still more difficult to identify. This intensive study of the distinguishing characteristics, geographical distribution and variation, and habits and habitats of tiger beetles in Canada - the culmination of the author's main interest for many years - will provide a much-needed reference work. Studies of insect families are scarce, and professional and amateur entomologists alike will find this book a most useful aid in their investigations and a stimulus to further research.

View a collection of videos on Professor Wilson entitled "On the Relation of Science and the Humanities"

Species of the genus "Pheidole" are the most abundant and diverse ants of the New World and range from the northern United States to Argentina. In this richly illustrated book, Edward O. Wilson untangles its classification for the first time, characterizing all 625 known species, 341 of which are new to science, and ordering them into 19 species groups. The author's keys and drawings, the latter showing complete body views arranged in the style of field books, allow rapid identification by anyone with an elementary understanding of entomology. In presenting all of "Pheidole," the book covers one-fifth of the known ant species of the Western Hemisphere, including many of the commonest forms.

Wilson also summarizes our knowledge of the natural history of each species, much of it previously unpublished. In addition, he provides a general account of hyperdiversity, confirming that it is not a statistical artifact but a genuine biological phenomenon that can best be understood by detailed analyses of groups of organisms such as the "Pheidole" ants.

An important innovation in this book is the inclusion of a CD-ROM containing high-resolution digital images of the type specimens. The CD-ROM is designed to allow quick retrieval of information such as known range, group membership, measurements, and color. The CD-ROM thus will be useful in creating "instant" field guides, comparison charts, and local checklists.

The California Tortoiseshell, West Coast Lady, Red Admiral, and Golden Oak Hairstreak are just a few of the many butterfly species found in the floristically rich San Francisco Bay and Sacramento Valley regions. This guide, written for both beginning and experienced butterfly watchers by one of the nation's best-known professional lepidopterists, provides thorough, up-to-date information on all of the butterfly species found in this diverse and accessible region. Written in lively prose, it discusses the natural history and conservation status for these butterflies and at the same time provides an integrated view of butterfly biology based on studies conducted in northern California and around the world. Compact enough for use in the field, the guide also includes tips on butterfly watching, photography, gardening, and more. It discusses and identifies more than 130 species. Species accounts include information on identifying butterflies through behavior, markings, and host plants. Beautiful full-color plates illustrate top and bottom views of wings for easier identification. It also includes a species checklist and a glossary.

Ants are probably the most dominant insect group on Earth, representing ten to fifteen percent of animal biomass in terrestrial ecosystems. Flowering plants, meanwhile, owe their evolutionary success to an array of interspecific interactions--such as pollination, seed dispersal, and herbivory--that have helped to shape their great diversity. "The Ecology and Evolution of Ant-Plant Interactions" brings together findings from the scientific literature on the coevolution of ants and plants to provide a better understanding of the unparalleled success of these two remarkable groups, of interspecific interactions in general, and ultimately of terrestrial biological communities.
"The Ecology and Evolution of Ant-Plant Interactions" synthesizes the dynamics of ant-plant interactions, including the sources of variation in their outcomes. Victor Rico-Gray and Paulo S. Oliveira capture both the emerging appreciation of the importance of these interactions within ecosystems and the developing approaches that place studies of these interactions into a broader ecological and evolutionary context. The collaboration of two internationally renowned scientists, "The Ecology and Evolution of Ant-Plant Interactions" will become a standard reference for understanding the complex interactions between these two taxa.

The familiar European hive bee, "Apis mellifera," has long dominated honey bee research. But in the last 15 years, teams in China, Japan, Malaysia, and Thailand began to shift focus to the indigenous Asian honey bees. Benjamin Oldroyd, well known for his work on the genetics and evolution of worker sterility, has teamed with Siriwat Wongsiri, a pioneer of the study of bees in Thailand, to provide a comparative work synthesizing the rapidly expanding Asian honey bee literature. After introducing the species, the authors review evolution and speciation, division of labor, communication, and nest defense. They underscore the pressures colonies face from pathogens, parasites, and predators--including man--and detail the long and amazing history of the honey hunt. This book provides a cornerstone for future investigations on these species, insights into the evolution across species, and a direction for conservation efforts to protect these keystone species of Asia's tropical forests.

An accessible but comprehensive overview of beetles, illustrated with 4,500 photographs. Among Stephen Marshall's many other natural history titles are Insects: Their Natural History and Diversity and Flies: The Natural History and Diversity of Diptera, two of the most respected books on the insect world published in the last 20 years. More admirable than the books' rigorous science, however, is that they are wholly suitable for a lay audience, including student readers from high school on. The books have been adopted as classroom texts and assigned as required reading at the university level and are on the references shelves of many practicing entomologists. In Beetles: The Natural History and Diversity of Coleoptera, Marshall has again applied his deep knowledge of the insect world. Comprehensive and packed with 27 pages of richly illustrated keys and 4,500 colour illustrations, it provides the reader with a colourful and enjoyable introduction to the natural history of a huge group of organisms, along with an overview of the diversity of fascinating families included in the group. The subject of this book is an enormous one, since the beetles, or Coleoptera, include almost 400,000 named species. Marshall opens with a description of what makes a beetle a beetle, and then introduces the natural history of the order with copious examples and explanations. Part one of the book includes: 1. Life Histories of Beetles: Form and Function: Eggs; Larvae; Pupae, Prepupae and Cocoons; Adults; Courtship and Mating Behaviors. 2. Defense and Deception: Tanks, Tricks and Coleopteran; Chemical Warfare; Brilliance and Bioluminescence in the Beetles. 3. Freshwater and Marine Beetles: Freshwater beetles; Marine beetles. 4. Beetle Associations with Fungi, Dung and Carrion: Beetles and Fungi; Beetles and Dung; Beetles and Dead Bodies 5. Beetles, Plants and Plant Products: Beetles and Flowers; Phytophagy and Beetle Diversity; Aposematic Beetles and Their Plant Hosts; Beetles as Agricultural and Garden Pests; Beetles and Biological Control of Weeds; Beetles and Trees 6. Beetles and Other Animals: Dangerous Beetles; Coleoptera and Culture; Beetles Indoors; Rare, Endangered and Threatened Beetles; Beetles, Birds and Wild Mammals; Beetles and Other Invertebrates. Part two of Beetles is a guided tour of the diversity of the order, with fascinating stops for all of the world's 180 or so families of beetles as well as most of the significant subfamilies. Thousands of photos, almost all taken in the field by the author, are used to capture the range of form and function in each family, with pages of examples of the popular groups - such as fireflies, tiger beetles, jewel beetles - but also with unique photographs of little-known groups ranging from longlipped beetles to the rarest rove beetles. Essential information about importance, range, behaviour and biology is provided for each group, and easily used photographic keys to most families are provided for those wishing to use the book as an identification guide. The profusely illustrated keys in Beetles, linked to the unprecedented photographic coverage of the world's beetle families and subfamilies, enable readers to identify most families of beetles quickly and accurately, and to readily access information about each family as well as hundreds of distinctive genera and species. Like its companion titles, Insects and Flies, Beetles will be welcomed by the scientific, academic and naturalist communities, including the next generation of students of entomology.

'Although there is much in this world that is incomprehensible, you can nevertheless discover a meaning as long as you have managed to limit your field of search.' Fredrik Sjoeberg - collector, romantic, explorer - spends his life tracing the smallest details of the natural world. In these two beautifully wrought tales he meditates on the joy of little things, childhood memories, long-forgotten Swedish entomologists, earthworms, wine-making, the National Parks of the United States, the richness of life and the strange paths it leads us on. 'Digressive, discursive and delightful' Daily Telegraph 'A joy . . . Fredrik Sjoeberg's best-selling memoir The Fly Trap marked him as a maestro of the episodic. Here, he completes a trilogy' Nature 'Thoroughly entertaining, beguilingly uncategorizable ... By his own admission Sjoeberg has a "butterfly mind" ... What insures this approach against triviality is the author's patient alertness to pattern, to telling correspondence' Nat Segnit, The Times Literary Supplement

Harold Maxwell-Lefroy, the founder of Rentokil, was a maverick and a man of enormous drive and energy. From an early age he was fascinated with the insect world, and his thorough understanding of species' life cycles and habits, in its practical application, was to change the face of agriculture in several parts of the world. He was among the first really to apply the scientific method to dealing with insect pests, and the agriculture of the Caribbean and India still owes him an enormous debt. His book Indian Insect Pests is still in print, an invaluable resource to Indian agriculturalists. In the Caribbean he saved the sugar crop which had been ravaged by pests, and was then sent to India as the official entomologist. Here his energy and drive led to an education programme for Indian farmers that for the first time showed them that the devastating consequences of insect pests were avoidable, along with the destruction of livelihoods that had always been an occupational hazard. He became the first Professor of Entomology at Imperial College and developed patented anti-pest chemical treatments that led him to create Rentokil towards the end of his life - trademark rules barred him from calling it Entokil, as he had wanted to. He went on to save the roof of Westminster Hall from the death-watch-beetle infestation that would certainly have led to its collapse. But he was also an inveterate risk-taker, who drove without regard for his own safety, and applied the same principles to his scientific practice. He died at the young age of 48, overcome by the poisonous gases he was developing - without the proper breathing equipment. Rentokil is his most tangible legacy, but it all began with one man's single-minded dedication to the application of science.

The common fruit fly, "Drosophila, " has long been one of the most productive of all laboratory animals. From 1910 to 1940, the center of "Drosophila" culture in America was the school of Thomas Hunt Morgan and his students Alfred Sturtevant and Calvin Bridges. They first created "standard" flies through inbreeding and by organizing a network for exchanging stocks of flies that spread their practices around the world.
In "Lords of the Fly, " Robert E. Kohler argues that fly laboratories are a special kind of ecological niche in which the wild fruit fly is transformed into an artificial animal with a distinctive natural history. He shows that the fly was essentially a laboratory tool whose startling productivity opened many new lines of genetic research. Kohler also explores the moral economy of the "Drosophilists": the rules for regulating access to research tools, allocating credit for achievements, and transferring authority from one generation of scientists to the next.
By closely examining the Drosophilists' culture and customs, Kohler reveals essential features of how experimental scientists do their work.

As ravagers of crops and carriers of diseases affecting plants, humans and animals, insects present a challenge to a growing human population. In Pest and Vector Control, H.F. van Emden and Mike Service describe the available options for meeting this challenge, discussing their relative advantages, disadvantages and future potential. Methods such as chemical and biological control, host tolerance and resistance are discussed, intergrating--often for the first time--information and experience from the agricultural and medical/veterinary fields. Chemical control is seen as a major component of insect control, both now and in the future, but this is balanced with an extensive account of associated problems, especially the development of pesticide-tolerant populations. The authors are leading authorities in their respective fields and two of the best known entomologists of their generation.