MIC-Cam

Project Details

Funding

Wirtschaftsagentur Wien

Grant Number

Innovation 2016 - 1583681

Duration

2016/07/01-2018/06/30

Contact

Martin Kampel & Melanie Gau

Persons

Martin Kampel
Melanie Gau
Sebastian Zambanini
Stefan Schurischuster

Mite Invasion Control Camera (MIC-Cam)

In Austria currently 25,500 beekeepers are managing about 380,000 bee colonies. Pesticides in agriculture and climatic changes and most of all the introduction of the Varroa mite confront beekeepers in Europe and North America with increasingly difficult challenges.

Varroamilbe auf Biene

Only with a regular Varroa mite diagnosis and combat it is possible to ensure the survival of the bees and the pollination of crops and natural biodiversity. Current counting methods are invasive, time-consuming, and what is more, unreliable.
In the project MIC-Cam a system for the automated detection of mites is developed monitoring the bees by camera when departing and landing at the flight board to recognise attached mites in real time without restricting the bees. We apply innovative methods of digital image processing and machine learning implemented on single board processors for a robust and real-time detection of mites in the image sequences. Thus, an exposure profile of a colony can be created automatically in order to be able to initiate timely measures for a mite-killing treatment.

Publications

Schurischuster S., Zambanini S., Kampel M., Lamp B.: “Sensor Study for Monitoring Varroa Mites on Honey Bees (Apis mellifera)”. Proceedings of the Visual observation and analysis of Vertebrate And Insect Behavior (VAIB) Workshop. Cancun/Mexico. December 2016
Mramor C., Lamp B., Seitz K.: “Die heimischen Honigbienen: Was tut sich? Wie geht es ihnen?”, vet journal 12/16. Wien. 2016
Lamp B., Seitz K., Rümenapf, T.:Honigbienen – Wunderbare Nutztiere”, Tierarzt-Journal “Mein Haustier”. Wien. 2017

Project Partners

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