Innovative Pollination Monitoring Trial to Enhance Almond Production in Europe

AgriSound, a UK-based agri-tech company, has initiated a groundbreaking European field trial in collaboration with Importaco, a prominent food group. This initiative aims to make pollination a measurable and actionable factor in improving almond orchard performance across commercial farms.

Trial Overview and Objectives

Set for the 2026 blooming season, the trial will utilize AgriSound’s innovative Polly™ technology to monitor pollination in two almond orchards managed by Importaco in Spain and Portugal. This project will involve the installation of over 120 field sensors, making it one of the most comprehensive pollination monitoring programs in European almond production.

Key Insights into Pollination Dynamics

Pollination is vital for maximizing almond yields, yet current management practices rely heavily on indirect measures, such as hive counts and episodic field observations. According to Casey Woodward, founder and CEO of AgriSound, these methods often miss critical insights into pollinator behavior across orchards during bloom.

“While growers may know the number of hives in an orchard, they often lack insight into actual pollinator activity and whether it meets the orchard’s specific needs,” Woodward explained. The Polly system aims to bridge this gap, offering real-time visualization of pollinator performance.

Regenerative Practices and Orchard Management

The trial will take place at Importaco’s orchards located at Zurria in Spain and Freixo in Portugal. Sensor placement is tailored to the unique geometry of each orchard, ensuring comprehensive monitoring and minimizing microclimatic biases. This initiative aims to correlate pollinator activity with nut set, yield, and kernel quality, providing commercial evidence of how regenerative farming can enhance biodiversity and productivity in tree nut systems.

Impact on Orchard Performance and Decision Making

As the project progresses, AgriSound aims to establish a direct link between pollination activity and overall orchard performance. Although the correlation between effective pollination and almond yield is well-established, the challenge has been in rendering this connection actionable at scale.

“Understanding how variations in pollination performance affect yield allows for smart capital investments and informed management decisions,” Woodward stated. This approach aims not only to improve yield outcomes but also to enhance long-term resilience and decision-making processes.

Strategies for Long-term Resilience and Risk Reduction

Continuous monitoring of pollination can influence both immediate decisions and long-term strategies, particularly in response to climate variability and other ecological challenges. Woodward emphasized the importance of visibility in building resilience, stating, “Early detection of pollination-related issues can mitigate potential economic losses.”

Implications for Sustainable Sourcing and Business Efficiency

For Importaco, the collaboration with AgriSound merges productivity with sustainability goals. Woodward believes that improved pollination insights can lead to more stable sourcing, mitigating hidden risks while enhancing operational efficiency. “This project is not merely about boosting immediate yields but about achieving consistent orchard performance in the long run,” he concluded.

Looking Ahead: Scalability of Pollination Monitoring

Beyond the initial trial, there are ambitious plans to scale the pollination monitoring technology. Success will depend on not just the deployment of sensors but also on effective data interpretation and actionable insights. “If we can harness this information effectively, precision pollination monitoring could transform orchard management on a larger scale,” Woodward expressed.