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HoBBIT: Honey Bee Monitoring with Bioacoustics and Imaging Technology

Beefutures, SINTEF and NINA are joining forces to gain insight into bee decline and environmental stressors impacting ecosystem health and biodiversity.

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Background

A third of the global food production relies on pollination by bees: Humanity simply cannot survive without them. However, farming practices and climate change are causing a decline in bee colonies and their efficiency, which directly threatens food security and biodiversity. 

New insights from precision beekeeping

To address this, HoBBIT aims to generate novel insights from precision beekeeping data, while also contributing to its ongoing development. Through real-time monitoring of bee colonies, we seek to learn how agricultural practices can be adapted for healthier bees.  HoBBIT aims to benefit both managed and wild pollinators, contributing to overall ecosystem health. 

Here we closely monitor the bees with BeeFutures' sensor platform (light gray) mounted under regular beehives. Photo: Gelderblom/SINTEF

Will promote bee health

HoBBIT will leverage AI to analyse data from BeeFutures' advanced on/in-hive sensors, including audio, video, temperature, humidity, and weight measurements. This collaborative effort between BeeFutures, SINTEF, and NINA aims to promote healthier bees, increase crop visitation, and guide farmers towards regenerative, pollinator-friendly agricultural practices through AI-based precision beekeeping. 

Key facts

Project duration

2025 - 2029

Funding

The Research Council of Norway (IPN)

Partners

BeeFutures and NINA

Project coworkers

Tor Arne Reinen

Tor Arne Reinen

Senior Research Scientist
Ahmed Kedir Mohammed

Ahmed Kedir Mohammed

Research Scientist
Benjamin Kwanen Tapley

Benjamin Kwanen Tapley

Research Scientist