Soybean · Core study

13% higher yield across three soybean seasons

Research conducted at Embrapa Soybean over three consecutive seasons in Londrina compared 5,565 kg/ha with hives against 4,926 kg/ha without pollinator access.

Study result13% higher yieldYield in kg/ha
Crop
Soybean
Metric
Yield in kg/ha
Journal / year
Journal of Apicultural Research · 2023/2024

What was evaluated

Research conducted at Embrapa Soybean over three consecutive seasons in Londrina compared 5,565 kg/ha with hives against 4,926 kg/ha without pollinator access.

Comparator and study design

The experiment compared areas with hives and areas without pollinator access, preserving the complementary-pollination context.

Method and metric

Soybean is self-pollinating, and the research design evaluated the contribution of bee visitation on top of the crop’s self-fertilization system.

How to interpret it

What this result shows in the study context.

The approved public statement is 13% higher yield. The number is the rounded average increase observed in the three-season experiment.

The evidence describes soybean and the experimental conditions evaluated; self-pollination is a biological trait, while field response depends on context.

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

Soybean yield is increased through complementary pollination by honey bees

Journal of Apicultural Research, 2023/2024.

DOI: 10.1080/00218839.2022.2161219

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In the crop

Soybean

A program designed to coordinate pollinator presence with chemical and biological management and field operations during flowering.

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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.