Bees are often thought of as yellow and black striped insects that live in hives and produce honey. However, Australia’s abundant native bees are incredibly diverse in their appearance and habits. Some are yellow and black but others have blue stripes, are iridescent green or wasp-like. Some are social but most are solitary. Some do build nests with wax but others use silk or plant material, burrow in soil or use holes in wood and even gumnuts! A Guide to Native Bees of Australia provides a detailed introduction to the estimated 2000 species of Australian bees. Illustrated with stunning photographs, it describes the form and function of bees, their life-cycle stages, nest architecture, sociality and relationships with plants. It also contains systematic accounts of the five families and 58 genera of Australian bees. Photomicrographs of morphological characters and identification keys allow identification of bees to genus level. Natural history enthusiasts, professional and amateur entomologists and beekeepers will find this an essential guide.

Bees are the darlings of the insect world. It is a joy to see these insects hard at work, peacefully buzzing from flower to flower. Many people recognise the worth of bees, as well as that they face multiple threats. But very few know about the diversity and importance of our native bee species. There are an estimated 2000 to 3000 bee species in Australia, yet we know very little about the vast majority of these and there are many that are yet to be described. Bees of Australia introduces some of our incredible native bees, many of which, if you look closely, can be found in your own garden. Open this book wherever you like or read it from cover to cover. The combination of photography and contributions from some of Australia’s leading bee researchers allows anyone to become enthralled by our native bees. Don’t be surprised if you find yourself looking closer at every flower that you pass in search of our wonderful native bees.

Combining the expertise of many of Australia’s leading native bee researchers, this book is a guide to observing and keeping Australia’s broad range of native bee species. Australian Native Bees, now in a slightly updated new edition, provides a wealth of advice on how you can support and enjoy our native bees, whether you grow broad-acre crops or have an urban backyard. You can learn about: • how bees build nests, forage and provide crucial pollination services • how you can examine and recognise our solitary and semi-social bees: blue banded bees, teddy bear bees, carpenter bees, leafcutters, resin bees, cuckoo bees and more • urban bee ecology • how to build a bee hotel • how to keep the popular stingless bees in specialised hives • the importance of native bees and other crop pollinators, and how managed native bees can be used to pollinate crops • bee biosecurity.

The long nineteenth century (1789-1914) has been described as an axial age in the history of both bees and literature. It was the period in which the ecological and agronomic values that are still attributed to bees by modern industrial society were first established, and it was the period in which one bee species (the European honeybee) completed its dispersal to every habitable continent on Earth. At the same time, literature – which would enable, represent and in some cases repress or disavow this radical transformation of bees’ fortunes – was undergoing its own set of transformations. Bees, Science, and Sex in the Literature of the Long Nineteenth Century navigates the various developments that occurred in the scientific study of bees and in beekeeping during this period of remarkable change, focusing on the bees themselves, those with whom they lived, and how old and new ideas about bees found expression in an ever-diversifying range of literary media. Ranging across literary forms and genres, the studies in this volume show the ubiquity of bees in nineteenth-century culture, demonstrate the queer specificity of writing about and with bees, and foreground new avenues for research into an animal profoundly implicated in the political, economic, ecological, emotional and aesthetic conditions of the modern world.

A beautifully illustrated introduction to the incredible variety of bees from around the world When many people think of bees, they are likely to picture the western domesticated honey bee, insects that live in large, socially complex societies inside a hive with a single queen and thousands of workers. But this familiar bee is just one of more than 20,000 species of bees—and almost none of the others is anything like it. In Bees of the World, Laurence Packer, one of the world’s foremost experts on wild bees, celebrates the amazing diversity of bees—from size and appearance to nests and social organization. Providing clear, accurate accounts of the seven bee families, Bees of the World presents all the key information on generic characteristics, habits, and habitat, illustrated with incredible and often rare photographs that show bees in their natural habitats—foraging, nesting, raising their young, and more. The book reveals the secrets of these extraordinary insects as well as their importance in the global ecosystem and the ways humans can help protect them. Provides a richly illustrated exploration of bees from around the world Examines more than 100 genera of bees, giving a taste of the remarkable breadth of bee appearance and biology Explores bee anatomy, behavior, classification, evolution, life cycle, and habitats

World Bee Day takes place on the 20th of May, commemorating the date on which we acknowledge the influence of the most popular pollinator species, bees, in plant diversity and our society. The aim of this Research Topic is to raise awareness of the importance of pollinators in urban areas, the threats they face and their contribution to sustainable development. It is in this spirit that Frontiers is launching a new article collection to coincide with this UN day. This occasion not only offers an opportunity to acknowledge the sustainable approach that is protecting wildlife in any form in urban areas, but also to consider the importance of bees in our ecosystem and their positive impact on human society. This Frontiers in Sustainable Cities Research Topic aims to address Urban Greening and Resource Management-specific dimensions of this UN day, highlighting the importance of having healthy green areas and all-level decision-making and considering how pollinators interact with many levels of our society. Topics may include, but are by no means limited to: - Technology and practices for urban greening and pollinator populations - Urban solutions for declining bee populations - Influence of community gardens on pollinator populations - Increases of the awareness of the importance of pollinators in local community gardens and urban greening - Policy making to protect pollinators in urban areas - Facilitating urban management of natural resources for the benefit of pollinator populations - Harnessing SDGs for urban pollinators population - Citizen science to monitor pollinators - Pollination service in urban areas - Effects of environmental contaminants, climate warning and light on pollinators - Plant pollinator networks in cities and urban areas

Rare, unique and irreplaceable – precious native rainforests occupy a precariously small part of Australia while retaining a remarkable level of both biological and chemical diversity unrivalled by any other ecosystem. Australia's ancient history and traditions are intimately intertwined with the rainforest plants that humans have utilised as both food and medicine. Phytochemistry of Australia's Tropical Rainforest is a record of this history and details how our understanding of these plants has led to the discovery of anaesthetics, analgesics, steroids, antimalarials and more. It provides an insight into the habitat, ecology and family associations of hundreds of species and explores their future therapeutic potential, alongside phytochemical studies of the ancient plant lineages. Toxicological evaluations of important poisonous plants are also included. Rainforests provide shelter for unique flora and fauna that are counted among the rarest species on Earth, many of which are illustrated in this book. This comprehensive work is an essential reference for phytochemists, ethnobotanists and those with an interest in rainforests and their medicinal and botanical potential.

The Flowering of Australia’s Rainforests provides a comprehensive introduction to the pollination ecology, evolution and conservation of Australian rainforest plants, with particular emphasis on subtropical rainforests and their associated pollinators. This significantly expanded second edition includes new information on the impact of climate change, fire, fragmentation and invasive species. Rainforests continue to be a focus of global conservation concern, not only from threats to biodiversity in general, but to pollinators specifically. Within Australia, this has been emphasised by recent cataclysmic fire impacts, ongoing extreme drought events, and the wider consideration of climate change. This second edition strengthens coverage of these issues beyond that of the first edition. The Flowering of Australia’s Rainforests makes timely contributions to our understanding of the nature and function of the world’s pollinator fauna, plant-reproduction dependencies, and the evolutionary pathway that has brought them to their current state and function. Illustrated with 150 colour plates of major species and rainforest formations, this reference work will be of value to ecologists and field naturalists, botanists, conservation biologists, ecosystem managers and community groups involved in habitat restoration.

The Australian Beekeeping Manual is the most comprehensive reference for both novice and experienced beekeepers in Australia. The accessible yet detailed text, supported by over 350 full-colour photographs and illustrations, covers all the key areas, including the beekeeping equipment needed, how to obtain bees, where to locate them in the garden, and the basics of colony management. There are also in-depth chapters on the lifecycle of the honey bee, extracting honey, creating a bee-friendly garden, entering honey in competitions, pests and diseases, native bees, and rearing queens. A feature of this 2nd edition is the addition of a new chapter on the Flow Hive. The result is an invaluable beekeeping resource that will be referred to time and again, and which can be taken out to the hive for use as an immediate step-by-step guide or read at leisure.

The most up-to-date and authoritative resource on the biology and evolution of solitary bees While social bees such as honey bees and bumble bees are familiar to most people, they comprise less than 10 percent of all bee species in the world. The vast majority of bees lead solitary lives, surviving without the help of a hive and using their own resources to fend off danger and protect their offspring. This book draws on new research to provide a comprehensive and authoritative overview of solitary bee biology, offering an unparalleled look at these remarkable insects. The Solitary Bees uses a modern phylogenetic framework to shed new light on the life histories and evolution of solitary bees. It explains the foraging behavior of solitary bees, their development, and competitive mating tactics. The book describes how they construct complex nests using an amazing variety of substrates and materials, and how solitary bees have co-opted beneficial mites, nematodes, and fungi to provide safe environments for their brood. It looks at how they have evolved intimate partnerships with flowering plants and examines their associations with predators, parasites, microbes, and other bees. This up-to-date synthesis of solitary bee biology is an essential resource for students and researchers, one that paves the way for future scholarship on the subject. Beautifully illustrated throughout, The Solitary Bees also documents the critical role solitary bees play as crop pollinators, and raises awareness of the dire threats they face, from habitat loss and climate change to pesticides, pathogens, parasites, and invasive species.