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Thanks to the indefatigable pollinating bees, beekeeping plays an essential role both in terms of agricultural yields and the maintenance of plant and tree biodiversity throughout the world. Scientists all agree that 35% of our food worldwide is dependent on their work! In addition bees provide different honeys as food supplements but also noble products used in apitherapy such as pollen, royal jelly, propolis, venom and wax. Via this website, the world's No. 1 portal for the apicultural sector, Apiservices offers beginner's articles, thousands of papers for professionals, scientific papers on the impact of pesticides on bees and databases on all topics related to bees, apiary techniques, treatments against apiary diseases, tricks against predators. Also listed are the coordinates of over a hundred beekeeping equipment suppliers for apiaries and honeyhouses, bee products, populated colonies, package bees and queens, veterinary drugs, service providers, apiculture trade unions and others. Welcome everybody! |
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This staternent gives the scientific background and concepts on why this mode of production leads to a violation of the definition of honey. Different strategies for the detection of this mode of honey fraud are discussed.
This publication explores the roles pesticides may play in bee health, examines the latest knowledge in this fast-developing field of research, and discusses the regulatory effort to determine the risk of pesticides to honey bees and other pollinators.
Using data from a USDA survey of beekeepers, this report quantifies honey bee colony movements over the four seasons and provides a basis for understanding how the transport of honey bee colonies affects pollination services.
Today, the many threats to honey bee health — including parasites, pests, disease, pesticides, and inadequate nutrition — make achieving this goal a major challenge.
Recent advances in Internet of Things (IoT) and Tiny Machine Learning (TinyML) enable low-power, real-time monitoring directly on edge devices, offering scalable and non-invasive alternatives.
In this article we examine the factors, which provide suppression of the development of Varroa mites population in a honey bee hive, at temperatures below critical for mites.
Ascopherosis, Aspergillus and other fungal diseases of bees and brood are not only difficult to cure diseases, but also have a high degree of danger to humans.
Oxalic acid is a very effective active substance against Varroa mites if applied in the absence of brood and with sufficient humidity in the hive.
Effective control of them, based on knowledge of the characteristics of their life and reproduction, can lead to the suppression of the uncontrolled development of the Tropilaelaps mite population in honey bee families.
The well-known method of thermal action on Varroa mites has proven itself more or less successfully only in thermal chambers.
This work will take a few weeks, thank you for your understanding and patience.
Table of contents for all articles from the Apis Information Resource Center - Author Malcolm Sanford.
Articles are currently being migrated from https://beekeep.info to https://www.apiculture.com/en/
