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This is a collection of articles, originally published in The British Bee Journal. This 20 page A4 reprint is full of information gained by Clara over many years when she was a particularly successful competitor at The National Honey Show. An excellent text that provides completely reliable information on handling beeswax and making candles. Full of important details, hints and tips. Revised and enlarged with Candle Customs and Judging Beeswax Candles, this edition reproduced from the original publication in June 2022.

The Honey Bee Solution to Varroa explains the practical steps beekeepers can take to identify and select for easily observable Varroa-resistant traitsin their colonies. The science behind the bees' mechanisms for controlling their mite populations is explained, in what is a bee-led solution to the biggest challenge facing the European honey bee.About the authorSteve Riley is the current Chair and Education Officer at Westerham Beekeepers, a club in the south-east of England. He is a member of the "Path to Varroaresistance in the UK" team that launched the education and science website: www.varroaresistant.uk in April 2023. He presents on "Identifying Varroaresistance Traits" to beekeeping associations around the UK, including sessions and seminars at the BBKA Spring Convention and National Honey Show.

Introduction: Delve into the world of beekeeping mastery by following one of the UK's foremost bee farmers, Paul Horton. This comprehensive and beautifully illustrated guide navigates the maximising of honey crop yields while prioritising honey bee health, leveraging available forage, and integrating modern management techniques. Authors' Backgrounds: Paul Horton, a second-generation bee farmer from Lincolnshire, and a director of the Bee Farmers' Association, joins forces with Steve Donohoe, an author, blogger, and magazine editor with a passion for beekeeping. Paul's remarkable achievements in honey yields and Steve's commitment to the craft create a dynamic collaboration that promises valuable insights for beekeepers of all levels. Key Themes and Concepts: Embark on a journey inspired by the classics of beekeeping literature, 'Honey Farming' by R.O.B. Manley and 'Honey By The Ton' by Oliver Field. From fundamental principles to navigating the beekeeping season, harvesting, processing, and marketing; everything is covered. Don't miss the indispensable sections on honey bee health, queens, forage plants, and moving bees, all delivered with an honest and humorous narrative. Positive Feedback: Murray McGregor of Denrosa Apiaries lauds the book, stating, "All can benefit from the knowledge included, and the easily assimilated style in which it is written. I recommend this book to all with any interest in beekeeping and acquiring an understanding of taking a hobby or smaller bee farm on to the next stage." Unique Insights: Explore the distinctive realm of migratory beekeeping in the UK, a subject rarely covered well elsewhere. Paul Horton's specialisation unfolds, from the pollination of top fruit in spring to honey crops like oilseed rape, field beans, and borage in summer, culminating in the heather-covered moors of Yorkshire. Closing Statement: 'Healthy Bees, Heavy Hives' provides refreshing perspectives into the world of commercial beekeeping. Packed with powerful methods applicable to both hobbyists and professionals, every reader will discover something of value for fostering healthy bees and cultivating hives laden with honey.

The book describes the development, construction and operation of the "People's Hive" of Abbé Émile Warré. The original L'Apiculture Pour Tous ran to twelve editions in French. This a translation of the last edition by Patricia & David Heaf is the first such in English. Warré's hive can be easily made by anyone with basic woodworking skills or is available from suppliers in the UK, USA or continental Europe. The title will be attractive to all who wish to follow a natural way of keeping bees which the author describes. ¿¿A translation by Mr & Mrs Heaf of the 12th French edition of L'Apiculture Pour Tous which suggests simple and productive beekeeping.¿¿This translation was made from the 1948 French Edition.

This book is a comprehensive view of the breadth of different honeybee diseases covering: ClassificationBiologyTransmissionSymptomsHow to identify the diseaseImpact on the colonyAdvice on mitigationIn its own right this has required a significant amount of research. AI has helped to detail the content for each of about 100 diseases into the categories above. About the authorPaddy Walker is retired and is an apiarist who lives in West Yorkshire, England.He graduated with a degree in Ergonomics and Cybernetics and was awarded a scholarship to study at GMI in Michigan and has a DMS. He also studied at Harvard.His working career was mainly as a business consultant working for GM, Pwc and IBM.

Alan began beekeeping in the Loire Valley in France, where he lived and worked for 23 years. His apiary there was the target of heavy predation by Asian Hornets.He moved to England in 2020 and now manages 20 colonies and breeds queens in 3 apiaries in Hampshire.He serves as Hampshire Beekeepers Association Asian Hornet Coordinator and is the author of the Hampshire AH Contingency Plan.Alan writes regular blogs and articles, and gives talks around the country on Beekeeping, the Asian Hornet, the Wines of the Loire Valley, and the 1982 Falklands War.He is blissfully married to the disability advocate, speaker, author and blind baker Penny Melville-Brown OBE.

Among the fly family Syrphidae are many examples of bee mimics, mostly of the genus Eristalis, among which we found the world-wide common dronefly, Eristalis tenax, most convenient for detailed study, as there is no sting. As would be expected for a fly, the eye is much larger than that of the honeybee.Our analysis revealed it as a typical fly visual system with some specialised differences related to detection of movement and foraging among flowers for nectar. Eristalis does not mimic the honeybee in any way except appearance. The life histories are totally different. Eristalis has an aquatic larva that lives in nutritious rubbish, in which it has travelled independently around the world in bilge water of ships.

This fascinating book, first published in 1942 under the title The Life of Langstroth, is a graphic and gracefully written biography of the man who invented the modern beehive now used throughout the world. Telling the story of a great and noble life and presenting a clear picture of the history of beekeeping, it is here reissued with an informative new foreword by Roger A. Morse, Professor of Apiculture at Cornell University.Rated among the five or six prime founders of modern theory and practice of bee culture, Langstroth was a clergyman who took up beekeeping as a hobby during a period of poor health. In 1851, in the course of his patient experiments with bees, he discovered a new fact about their behavior, and he used his knowledge to design a hive so perfectly adapted to the bee's uses and to the keeper's needs that it revolutionized beekeeping throughout the world. He then developed a skillful system of apiary management and described it in a sound, practical book that became a classic of bee literature. His name was known throughout the beekeeping fraternity.But Langstroth's life had its darker side. Owing partly to the difficulty of protecting his patent rights, he received little financial reward for his ingenious invention, and throughout his life he was troubled by a mysterious nervous ailment that at times made him hate the sight of a bee. Generous quotations from Langstroth's Journal and other writings give a refreshing immediacy to Miss Naile's narrative. Her book is a fitting tribute to the unusual man who took the mystery out of beekeeping.LORENCE NAILE, who was secretary of the Ohio Bee Keepers Association when she discovered Langstroth's journal, gave years of work to collecting material for this book."When this book was laid on my desk about three o'clock this afternoon, I read it clear through at a sitting. taking only enough time to eat my evening meal before I got clear through it."

Say "queen rearing" to most beekeepers, and they will probably run a mile! This book aims to de-mystify the mysteries of simple queen rearing. It sets out to explain a method of queen rearing on a small scale, which can be used by any beekeeper with a few years of experience and a small number of hives, perhaps only three or four (or even two).Bruce Henderson Smith lives in Cornwall and has been keeping bees simply for over 35 years. He is an Honorary Life Member of the Cornwall Beekeepers Association and a past Chairman of the CBKA Council.As a change from honey production, he started queen rearing in 2019. He is very keen on encouraging and persuading beekeepers of all standards to learn more. Hence this book to improve both local bees and the expertise of local beekeepers everywhere.

A nuc, or nucleus colony, is simply a small colony of bees that have been created by a beekeeper to use for a range of purposes. This is where the simplicity ends! To go beyond that definition, it is important to explore some of the reasons that beekeepers want to create smaller colonies - after all much of the season is spent trying to produce and maintain the largest colonies possible to maximise their nectar gathering potential and the subsequent honey crop!Beginning with the format that most beekeepers are familiar with, a nuc can be a half size colony.

"Nuestras investigaciones han proporcionado informaciones fiables sobre el valor que cada raza y ecotipo local tiene para la selección, sobre la relación genética existente entre diferentes grupos de razas, sobre aspectos morfológicos y fisiológicos que las diferencias y sobre la medida de sus variabilidades. En relación a estos importantes detalles, antes teníamos un interés superficial o del todo inexistente.Pero solamente este preciso conocimiento puede ser la base para crear cruces o por una selección por combinaciones que sean fiables".

Your interest in bees may be inspired by the humble honey bee and how they live together as individuals and yet act as one organism. Or you may want to help native bees thrive and multiply. Or you may want to harvest honey and beeswax for your own consumption or as part of a side hustle. Whatever the reason or reasons, this workbook is designed to help give you some basic information to help you decide how you might engage with native bees or keep honey bees.This primer is intended to introduce you to the most essential information you need to help you decide if you want to pursue the path of gardening for native bees and/or adopting your own bee hive.

The present book is an original study on beekeeping which, apart of course for the existing modern literature, is based on four pillars:1. the study of the relevant ancient Roman and Byzantine literature; 2. the study of the works by foreign travelers who visited Greece from the 17th to the 19th centuries to gather information on beekeeping and wicker hives;3. the study of archival, mainly unpublished, material; and4. the results of the author's on-the-spot investigations throughout Greece during the last seventeen years. All types of Greek woven hives are explored, as well as the methods of practicing beekeeping by these means during the last centuries. Their construction techniques and the materials used, both by the beekeepers themselves and by professional basket weavers, are also recorded. The proposed theses of the possible use of woven hives during the Bronze Age are examined, as well as all written sources concerning beekeeping with this sort of hive during Greco-Roman antiquity and the Middle Ages. The possible introduction of open-at-the-bottom wicker hives to the Greek region is also being investigated.Finally, the influence of a specific type of Greek woven hive, namely the open-at-the-top with movable combs, on the evolution of world beekeeping, both in the developed and the developing world, is examined.

Born in 1879, Mr Snelgrove originated from Sutton Veny, near Warminster where his father was a blacksmith. He was educated at Culham College, Oxford and Bristol University. Mr Snelgrove became an assistant master at Weston-super-Mare Central School for Boys in 1900. In 1909 he became headmaster and in 1914 was appointed Inspector of Schools for Somerset Education Committee, a position he held for 31 years.After several years as an evening student at Bristol University Mr Snelgrove went to Queen's University, Belfast, as a graduate. In 1907 he took an honours science degree in physics and chemistryand in 1920 was awarded a M.Sc. degree for research on the etiology of the then named "Isle of Wight Disease of Bees". As a result of his research in Latin literature relating to Roman Bee Lore he obtained his MA degree in 1922. This volume is a copy of a previously unpublished typescript dated 1922 based on his MA research which was presented by his daughter Miss I Snelgrove to the IBRA(Biographical information taken from Somerset Beekeepers and Beekeeping Associations by David Charles 2005)

Bumblebee keeping is a unique enterprise. Forget what you know of (honey) beekeeping: this is a different game, and Nelson Pomeroy lays it bare.In a candid account of his career as a student, scientist, businessman and teacher, he details most aspects of working with bumblebees: outdoor nesting sites, laboratory observation hives, crop pollination and commercial-scale rearing. His innovations range from specialist concrete to electric heating systems, mass-producible colony starting containers and bumblebee feeding systems. Bumblebee colonies are small, with a peak of up to a few hundred bees. He grapples with this from various angles-from measuring colony productivity and foraging strength to measuring pollination stocking rates.Bumblebee Keeper blends a personal narrative with practical information. It will interest readers from pollination management through bee biologists to those with an interest in agro-technologies. It concludes with a selection of bumblebee conservation issues and challenges decision-makers on the best approach to sustainability of pollination for food security.

Alan Wade is a research scientist and has kept bees for well over forty years. In Highways and Byways of Beekeeping he ventures down some of the many back roads beekeepers have taken. He explores the limits of our knowledge and understanding of honey bees while introducing us to some of the lost arts of beekeeping practice. Highways and Byways also explores the world of bees not amenable to being kept in hives.Highways focuses on the overarching life cycle of bees: the queen in the hive and the colony mission to reproductively swarm, elements of bee proclivity that the beekeeper needs to master. It then segues to hive management and hive construction practices that have enhanced their keep.Byways courses a broader view of what we know about the twelve or so species of honey bee and their many opportunistic foes. It also sketches the contributions of lesser known but exemplary beekeepers who have so fundamentally influenced the way Alan keeps bees.Highways and Byways of Beekeeping is a discursive take on the social life of bees and the way we interact with them. It calls for progressive beekeeping practice while avoiding a prescriptive approach to setting up and operating bee hives. Highways and Byways scopes the biology of honey bees and the very remarkable ways that beekeepers have kept them.

There are several sources of serious confusion in the investigations of how bees and humans see grey and black. First, von Frisch trained bees to go to a coloured paper, and then tested whether they could distinguish that colour from a palette of 15 shades of grey placed together on a test board. Unfortunately, he used papers made from wood pulp, which do not reflect ultraviolet, so the UV receptors were excluded. Secondly,16 years later it was shown that bees require a 25% difference in brightness to discriminate grey levels, so his test was uncertain. Thirdly, bees are dichromats, and detect only green contrast and the fraction of light that stimulates the blue receptors. The most interesting confusion is that grey photons do not exist, but that does not affect bees because they are functional dichromats and treat grey like any other colour. No problem. The UV receptors in the compound eyes of the bee are used to detect the direction of the sky to stabilize flight and escape upwards when disturbed. The bee is a sexless herbivore, which may account for its relatively simple retina. Additional colour types of receptor have been found by recording from eyes of some flies, butterflies and dragonflies, presumably for unique recognition of the other sex or prey. However, this is one-purpose vision which does not require much processing or large brain. Full colour vision requires at least three colour types of receptors and a large visual cortex, as in primates.Human vision is more difficult to understand in this context. Black is entirely a hallucination because there are no black photons. White is detected normally with three receptor types acting together, but the brightest objects in sight also look white even though they are green or red, maybe as a calibration. The edges of shiny objects also look white although clearly they are not. Grey is hallucinated as various levels of black where there is white but insufficient illumination to see it as white.These topics are discussed in historical context. However, some who work on the vision of the bee still believe that bees have full colour vision, and many believe that their dog or cat sees only black and white, so called achromatic vision. However, like the bee, they all evolved in world where green predominated, and many things of interest were less blue (e.g., yellow) or more blue than green (e.g., blue), so most mammals evolved as dichromats, without UV or red receptors.

There has been a change in the beekeeping environment since the first edition in 2012. Today there is a heightened concern about global warming, the natural environment, biodiversity and the need to be guided by science. Among beekeepers there is a greater awareness of these issues with a shift towards sustainable beekeeping; locally-adapted colonies, reduced use of chemicals and concern for pollinators and forage. These concerns are reflected in this second edition. The increased engagement of beekeepers and the questioning of otherwise accepted practices has prompted the title of this edition, Having Healthy Honeybees - the beekeeping & science. This edition both updates the first and extends its scope.Aim is to help beekeepers establish healthy colonies.Emphasis on proper set-up and keeping it simple.Diseases are dealt with in a concise format.New chapters, The Bees & Sustainable Colonies and Forage & Honey.There are over 220 references many on open access. About the AuthorJohn McMullan keeps honeybee colonies in North County Dublin and has an out-apiary in County Galway. He was Honorary Secretary of his local beekeeping Association for twenty five years and has been in contact with many members' colonies over the years. He is an engineer by profession and in 2007 received a doctorate in Zoology (parasitology) from Trinity College Dublin. His particular interest is in the parasites of the honeybee, mainly parasitic mites, and has authored several scientific papers.