Canola · Core study

33% higher yield in a pollinator-exclusion experiment

The experiment was conducted in the Argentine Pampas and compared an Apis mellifera-only treatment with a pollinator-exclusion treatment.

Study result33% higher yieldCrop yield
Crop
Canola
Metric
Crop yield
Journal / year
Journal of Pollination Ecology · 2026

What was evaluated

The experiment was conducted in the Argentine Pampas and compared an Apis mellifera-only treatment with a pollinator-exclusion treatment.

Comparator and study design

The technical comparator was pollinator exclusion; the result describes the experimental design conducted in the Argentine Pampas.

Method and metric

Canola is self-compatible and still responded to insect visitation under the conditions studied.

How to interpret it

What this result shows in the study context.

The approved public statement is 33% higher yield, accompanied by the comparator and experimental context.

Commercial application requires local assessment of the crop, flowering window and operating plan.

How this enters planning

AgroBee connects evidence to the actual area: crop, flowering window, logistics, management and the metric defined for follow-up.

Primary source

Effect of honey bees (Apis mellifera) and wild insect pollination on rapeseed (Brassica napus) yield in the Argentine Pampas: Results of a caging experiment

Journal of Pollination Ecology, 2026.

DOI: 10.26786/1920-7603(2026)856

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In the crop

Canola

Self-compatible canola also responded to insect pollination, with measurable effects on yield and production components.

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Next step

Bring the study metric and context into a conversation about your area and flowering window.

From evidence to operations

Would you like to discuss your flowering window?

The next step is to assess crop, area and operating design with the AgroBee team.