LLU team created a 3D model of the case to safely use the SAMS monitoring system in the open environment. […]

Now energy efficient system based on ESP8266 Wi-Fi microchip is developed, which can be used for individual colony weight, temperature and humidity monitoring. […]

Now it is possible to calculate the bee colony monitoring system battery life, depending on different system’s operation states. Calculator is available here: https://sams.science.itf.llu.lv/battery-life […]

Team from Latvia University of Life Sciences and Technologies published a new artcile with title “Application of fuzzy logic for honey bee colony state detection based on temperature data” in the Biosystems Engineering journal. Article is open-access and everyone can read it.

Link here: https://www.sciencedirect.com/science/article/pii/S1537511020300507 […]

Project partner from Latvia developed instruction on how to connect general bee colony monitoring hardware to the SAMS data warehouse. Anyone interested in testing data warehouse are welcome to try it. Instruction is available here: DW data sending guide.

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05.2019: Between the 7^th and 10^th May 2019 the team from Latvia University of Life Sciences and Technologies attended the “10^th International Biosystems Engineering Conference” in Tartu, Estonia. […]

Be always up to date on the SAMS project, our activities and on other bee related topics – follow us on twitter – https://twitter.com/SAMS_EU_H2020 […]

The SAMSwiki serves as a wiki like approach that allows further extensions by consortium members, researchers or any interested people and even future adaptions like the translation of the content to local languages to support the dissemination of knowledge gained within SAMS or already available from other research.

SAMSwiki website: https://wiki.sams-project.eu/index.php/Main_Page  […]

Second SAMS newsletter is available for the download. […]

First SAMS newsletter is available for the download. […]