- Self-fertilization and response to visitation are compatible phenomena.
- AgroBee’s evidence anchor remains the three-season Embrapa Soybean study.
- The operating decision must coexist with applications, cultivar, environment and farm management.
Self-pollination coexists with visitation
Soybean is known for self-pollination, and a self-pollinating flower can also receive pollen from other individuals. The intensity and effect of this visitation follow floral biology and field conditions.
The response depends on what was measured and on the design used to compare conditions: self-pollination and visitation belong to different questions.
The three-season evidence remains the anchor
Research conducted at Embrapa Soybean over three consecutive seasons compared 5,565 kg/ha with hives against 4,926 kg/ha without pollinator access. This is the context for the 13% higher-yield result.
Other studies help explain the response: Milfont and colleagues observed effects of wild pollinators and hives under field conditions, while Strelin and colleagues studied premature pollen development and its relationship with visitation.
How to bring the question into the field
Commercial assessment considers cultivar, environment, field history, flowering window and resources for pollinators, together with coordination of applications and team movement.
At AgroBee, science and operations are different layers: studies explain possibilities; the plan translates the farm context into a decision that can be monitored.
Science to guide. Field execution to operate during flowering.
The literature helps explain mechanisms and results. AgroBee takes that interpretation into a plan that considers crop, area, flowering, logistics, management and follow-up.
View the soybean page →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.
Read the study note →- Open publicationHigher soybean production using honeybee and wild pollinators, a sustainable alternative to pesticides and autopollinationField study with wild pollinators and Apis mellifera.
- Open publicationPremature pollen development hinders autonomous self-pollination and promotes insect pollination in soybeanFloral biology, visitation and seed set.
Soybean
A program designed to coordinate pollinator presence with chemical and biological management and field operations during flowering.
View crop page →Bring the question into the reality of your area and talk to AgroBee about the next flowering window.