Edycja projektu EPI

Details of the project EPI

Top quality honey produced in the sustainable environment of a smart hive ensuring better bee colony health

01-01-2023 do 20-12-2024

2 283 612,00

EFRROW; national public funds; own funds

https://www.apisprofuturo.com/

The purpose of the operation is to produce superior quality honey using an IoT (Internet of Things) system. The application of the information system, which relates to the Internet of Things technology, will enable the sourcing of product, technology, methods of organization and marketing and support of the local market for excellent quality honey, thanks to the reduction of bee diseases and honey contamination., The main objective of the operation is to produce the highest quality honey based on the technology of honeybee rearing, including the native subspecies A. m. mellifera kept in areas poor in benefits, using the IoT (Internet of Things) system to support decision-making on interference in the life of the bee colony. The specific objectives of the operation are to develop: 1/ a product - an IoT information system used for remote monitoring of phenomena occurring in bee colonies, used for /a/ management of decision-making processes in the course of the beekeeping season and /

The implementation of the operation will be divided into a number of stages in accordance with the schedule for the creation of new prototype elements (hardware and software) and the development of a system for assessing honey quality - an element necessary for the development of a methodology for granting quality passports. The newly developed prototype elements will be tested under field conditions on an ongoing basis. The operation will be carried out on the farms of Andrzej Karbowy (Szczecin) and Aniela Staszewska (Białystok), as well as in UPP's experimental apiaries located in Swadzim, Trzebin and Silnow. The locations were chosen to ensure a diversity of benefits and habitat and climatic conditions. It is planned to use a system of smart hives equipped with an IoT (Internet of Things) system and a new type of frame in the honeybee, and a system of conventional hives, with 12 hives of each type in each location. The honey bee Apis mellifera L. carnica, i.e. the subspecies most commonly used in commercial beekeeping, will be used; and in two apiaries, half of the colonies will also be introduced with A. m. mellifera, a subspecies of honey bee native to Poland and much of Europe. All apiaries will be under constant zootechnical and veterinary monitoring by UPP's Beekeeping Laboratory staff. Veterinary monitoring will also include an assessment of the degree of colony infestation by bee viruses, performed using molecular techniques by geneticists from the Animal Reproduction Laboratory of UPP's Department of Genetics. The data from the sensors mounted in the hives will be analyzed on an ongoing basis by beekeeping specialists, in order to develop recommendations for the direction of further action by engineering and IT specialists from Vivende sp. z o.o. working on the development of the prototype. In parallel with the sensorization and "informatization" of the hives, and the interpretation of the data obtained from the sensors and the IT

The operation will help ensure stable production of top-quality honey. In developed countries, of which Poland is one, food quality and its health-promoting aspects are increasingly appreciated, but so is the welfare of the animals from which food is obtained. The smart hive system will improve bee welfare by reducing the number of interventions by the beekeeper in the life of the colony, which will significantly reduce the bees' exposure to stress and promote the maintenance of bee colony health. As a result of the operation, it is planned to obtain excellent quality honey, produced in accordance with the ideas of sustainable agriculture, which can be offered to consumers on the domestic market or be a lucrative export commodity to the markets of many European countries and the world. Widespread implementation of the results of the operation in other regions of the country may result in obtaining quality marks and certificates for environmentally friendly food in the long run. Ob

The operation will contribute to improving processes to preserve the environment, adapt to and mitigate climate change. The operation has an outstanding pro-environmental and environmentally friendly character. The central concept of the operation is new technologies for modernizing the beekeeping sector to make it more climate-friendly through the use of IoT technologies powered by renewable energy sources. Reducing energy consumption and abandoning the use of conventional energy sources in favor of renewable energy will help reduce CO2 emissions. IoT technology will also make beekeeping more resilient to climate change by facilitating production using native honey bee subspecies (in the case of Poland, A. mellifera mellifera), which have a naturally high resistance to disease, are well adapted to local conditions and make good use of often poor forage, and are highly adaptable. On the other hand, these bees are often nervous and prone to aggression, and are eager to swarm. Therefore,

The overarching development objective of Apis Pro Futuro is to implement systemic innovative solutions in the beekeeping sector resulting in increased efficiency of honey production, improved bee health, reduced labor intensity of the apiary management process. The Apis Pro Futuro project contributes to food security. It will help balance the size of Apis mellifera populations against wild pollinators. The project is also part of the reduction of greenhouse gas emissions in the EU by reducing CO2 emissions (using the green energy component), the possibility of shortening the supply chain resulting from the production and distribution of honey. The Apis Pro Futuro project thus supports the implementation of the EU's "field to table" or "hive to jar" strategy, which is at the heart of the European Green Deal, which aims to address the challenges and accelerate the transition to sustainable food production, creating an economic, social and environmental basis for food security for current and future generations. The need and importance of the Apis Pro Futuro project are obvious.In the volume of imports (the EU imports 40% of honey from third countries of countries) as much as 14% do not have the required quality (unfair practices of mixing honey with sugars). The Apis Pro Futuro project will also contribute to the provision of information on honey quality, allow the full integration of beekeepers' communities together with supporting institutions: veterinary or scientific spheres. Honeybee colonies are indispensable for agriculture and the environment, providing reproduction of plants through pollination, while beekeeping contributes to rural development. Beekeeping is practiced in all EU countries and is characterized by varying production conditions, yields and management practices. The EU is the second most important producer of honey after China. However, in the EU, honey production covers only 60% of consumption, and 40% is imported from third countries. Within the EU, the countries with the highest honey production (Romania, Spain, Hungary, Germany, Italy, Greece, France and Poland) are mainly located in Southern Europe, where climatic conditions are more favorable for beekeeping. The EU offers a variety of bee products, not just honey, including pollen, propolis, royal jelly and wax. All honey sold in the EU must meet the quality and labeling rules of the Directive (200/1110/EC). EU member states implement national beekeeping programs that cover three-year periods. Beekeeping programs for 2020-22 were approved by EU Executive Decision 2019/974 in all EU countries. The projected budget is €240 million, an increase of 11% compared to the funding available for 2017-19. Half of this will come from the EU budget and the other half from EU countries, according to EU Executive Decision 2019/974. The allocation of EU funds for these programs depends on the number of hives in each member country. The legal basis for this support is EU Regulation 1308/2013 establishing a common organization of markets in agricultural products, supplemented by EU Regulation 2015/1366. EU Implementing Regulation 2015/1368 lays down detailed rules for the application of national beekeeping programs.

The first result of the operation will be an innovative IoT (Internet of Things) System consisting of beehives equipped with temperature sensors, humidity sensors, motion sensors, weight sensors, acoustic sensors, infrared cameras, power supply, and software. The IoT system, developed on the basis of the potential of Polish IT specialists, will be dedicated to supporting decision-making processes in beekeeping management, including supporting the determination of when to perform the necessary inspection in a bee colony, and will also facilitate the control of bee health. Another result of the operation will be an innovative honey extraction technology using a new type of honey collection system. Patent Another outcome of the operation will be innovative marketing methods through quality passport, scientific marketing and direct marketing, as well as support the development of a local market for excellent quality honey. Not to be underestimated is the aspect of production economics, where it is anticipated that personnel costs associated with apiary operation will be significantly reduced and the shortage of reluctant workers for honey collection and bee colony handling, as well as the associated risks and responsibilities, will be alleviated. Reducing the number of necessary colony inspections will encourage beekeepers to maintain the native honeybee subspecies, which will contribute to increasing biodiversity and protecting vanishing genetic resources. The final outcome will be scientific publications in world-renowned scientific journals (MEiN scoring min. 100 points) on newly discovered biological aspects of honey bee colony life.

food quality / food processing and nutrition