|
|
Intelligent beekeeping system
Hrubý, Jan ; Zeman, Václav (referee) ; Kiac, Martin (advisor)
The aim of this thesis is to design and develop an intelligent beekeeping system that can measure the frequency in the colony, the weight of the hive to monitor the loss or to inform the beekeeper if the bees are carrying honey. Furthermore, the security of the hive against theft is also being considered. Communication between multiple intelligent beekeeping systems is important for the functionality. This is why part of the work focuses on choosing the best possible communication, taking into consideration battery consumption and reliability. In this work, a many-to-one communication system of modules is used, which means that the number of hives can be freely expanded without affecting the functionality of the system. The resulting system is powered by a combination of battery and solar panels.
|
|
|
Native Mobile Application for Bee Side Monitoring
Osolsobě, Jan ; Herout, Adam (referee) ; Grézl, František (advisor)
The aim of this work is to create a multiplatform mobile application, that can help beekeepers who own devices from Forsage.net. This application has been developed by using the framework Nativescript for Android and iOS operating systems. The created result provides the beekeeper with the option to receive notifications, to display a web application and to use Bluetooth to obtain data from sensors. The major benefit of this application is that it provides the beekeeper with an overview on his beehives and warns him in a situation which needs to be responded to immediately.
|
|
|
Multiplatform Mobile Beekeeping Diary
Drábek, Petr ; Koutenský, Michal (referee) ; Pluskal, Jan (advisor)
The aim of this work is to create a transparent and intuitive mobile application replacing the classic paper recording of data about bee colonies for beekeepers. Furthermore, to provide the possibility of linking this application to the hive scale for even greater insight into bee colonies. The application is developed on Xamarin platform for Android and iOS. The result of this work is to help beekeepers to work with bees, store their data in a database and enable them to work with them on different devices. Provide the beekeeper with an upto-date overview of their apiaries, colonies and hives, as well as statistics from this data.
|
|
|
Rozbor možností uplatnění včelařství jako součásti přidružené lesní výroby
Ferus, Václav
The bachelor's thesis deals with the possibility of applying beekeeping as part of non-wood forest production within forest property. It introduces the natural conditions, the current tree composition and the current habitats of beekeepers with the approximate number of bee colonies. It also introduces the costs that the owner of forest property would have to incur in order to raise and care for bee colonies, as well as the costs of tools for obtaining individual bee products and defines the subsequent possible profit and return. Part of the thesis is a questionnaire that was implemented on the website www.survio.com, while the questionnaire was targeted at beekeepers in beekeeping groups.
|
|
|
Technické a alternativní metody k šetrnému tlumení varoózy
NOVOTNÝ, Josef
Varroosis is a disease afflicting beehive on every continent except for Australia. Since 2000 the disease is known to be caused by the Varroa destructor mite. This thesis' first goal was to summarize information about this parasite and the methods limiting its impact. The second goal was to prepare and conduct a test verifying the effectiveness of the ultrasound method, which was carried out with the Varroa-Killer-Sound device. In order to enable the analysis, bee samples from two hives were chosen and those were then tested for the quantity of Varroa destructor females using the sugar shake method. The first sample group consisted of bees treated with the ultrasound method, the latter were control beehives, which were not experimentally treated. Furthermore, other factors were continually measured: temperature, relative humidity, and dew point of the external environment. The results of the research were analyzed by the STATISTICA 12 program.
|
|
|
Business plan for the establishment of a beekeeping farm
KLEJNA, Martin
The aim of my diploma thesis "Business plan for the establishment of a beekeeping farm"was an analysis of the business plan for the establishment of a beekeeping farm and its complete documentation, taking into account the specificity of beekeeping. The diploma thesis consists of two parts - theoretical and practical. The aim of the theoretical part was to explain the most important concepts related to the business plan and acquaintance with legal regulations. A lot of new information was obtained about beekeeping in our country and abroad, at the same time a lot of information about grant programs was obtained. In the practical part, a business plan for the establishment of a beekeeping farm was developed. In this plan, three variants of results were elaborated - pessimistic, realistic and ideal ones. In the end, the acquired knowledge was summarized and the profitability of the farm was evaluated.
|
|
|
Intelligent beekeeping system
Hrubý, Jan ; Zeman, Václav (referee) ; Kiac, Martin (advisor)
The aim of this thesis is to design and develop an intelligent beekeeping system that can measure the frequency in the colony, the weight of the hive to monitor the loss or to inform the beekeeper if the bees are carrying honey. Furthermore, the security of the hive against theft is also being considered. Communication between multiple intelligent beekeeping systems is important for the functionality. This is why part of the work focuses on choosing the best possible communication, taking into consideration battery consumption and reliability. In this work, a many-to-one communication system of modules is used, which means that the number of hives can be freely expanded without affecting the functionality of the system. The resulting system is powered by a combination of battery and solar panels.
|
|
|
Native Mobile Application for Bee Side Monitoring
Osolsobě, Jan ; Herout, Adam (referee) ; Grézl, František (advisor)
The aim of this work is to create a multiplatform mobile application, that can help beekeepers who own devices from Forsage.net. This application has been developed by using the framework Nativescript for Android and iOS operating systems. The created result provides the beekeeper with the option to receive notifications, to display a web application and to use Bluetooth to obtain data from sensors. The major benefit of this application is that it provides the beekeeper with an overview on his beehives and warns him in a situation which needs to be responded to immediately.
|
|
|
Multiplatform Mobile Beekeeping Diary
Drábek, Petr ; Koutenský, Michal (referee) ; Pluskal, Jan (advisor)
The aim of this work is to create a transparent and intuitive mobile application replacing the classic paper recording of data about bee colonies for beekeepers. Furthermore, to provide the possibility of linking this application to the hive scale for even greater insight into bee colonies. The application is developed on Xamarin platform for Android and iOS. The result of this work is to help beekeepers to work with bees, store their data in a database and enable them to work with them on different devices. Provide the beekeeper with an upto-date overview of their apiaries, colonies and hives, as well as statistics from this data.
|
|
|
Effect of temperature and humidity of the environment on reproduction of honeybees (Apis mellifera)
KAŠPARŮ, Miroslav
The dissertation on the influence of temperature and humidity of the environment on the reproduction of the honey bee (Apis mellifera) describes the effect of the observed physical quantities on the entire bee during the growing season. Three habitats were monitored under different conditions. The measuring devices were always located inside and outside one colony of each habitat. In cooperation with colleagues from the Faculty of Electrical Engineering, ČVUT in Prague, the physical parameters monitoring was extended by monitoring the sound and weight of the hives - hive assemblies at the site located at the Agricultural Faculty of the University of South Bohemia. The data collection system in beehives was designed as a fully autonomous modular system. Measured data was processed and evaluated by statistical programs. The results showed that the hives observed differ in the number of bee queens found in the growing season and also in the number of frames found. Near-fetal temperatures were measured for correct development of the bee (32 °C to 36 °C). Colonies in the observed periods of 2014, 2015 and 2016 had to actively increase the relative humidity inside the hive in spring and summer. The colony reacts to changes in air temperature by varying intensity of sound. The results revealed the differences between the intensity of bee sounds in different temperature conditions. The highest sound intensity was detected at temperatures below 10 ° C (36.71 W.m-2), the lowest being at temperatures above 29.4 °C (26.25 W.m-2). The correlation coefficients were very low (r = 0.180) to medium (r = 0.463) and the correlation coefficient (r = 0.555) changed with a change in the temperature group. In order to evaluate the optimal conditions for honeybee rearing, the temperature and humidity monitoring can be used. The most suitable temperatures were in the range (29.5-34.3 °C) and temperatures above 34.4 °C. In terms of humidity, the temperature range (20-29.4 °C) and (29.5-34.3 °C) are the most appropriate. Changes in the observed values also affect the queen's bee in the colony. The data obtained from the long-term monitoring of these variables can help us to construct a THI index for bees, which would be a suitable tool to evaluate the optimal conditions for bees.
|
guest ::
