Honeybee and Pollination Conference 2026 in Calgary, Canada

Earth Precision Agriculture

August 10-14, Calgary, Alberta, Canada

Honeybee and Pollination Conference Track

Advancing Crop Productivity and Sustainability through Honeybee Health and Precision Pollination

About the Honeybee and Pollination Conference Track

The Honeybee and Pollination Conference track at the Earth Precision Agriculture Conference brings together agricultural producers, apiculturists, and researchers to explore the vital role of managed pollinators in modern food production. As global food security increasingly relies on effective pollination, this track highlights innovative strategies to enhance crop yields, improve fruit and seed quality, and support the economic strength of both farming and beekeeping. We will delve into how precision apiculture—powered by IoT, AI, and genomics—is revolutionizing hive management, combating pests and diseases, and optimizing pollination for key agricultural crops. Our goal is to create a collaborative environment where scientific breakthroughs become practical, on-farm solutions that build a more resilient agricultural ecosystem.

Honeybee Pollination Conference Research Themes

We invite submissions that explore a wide range of research at the intersection of apiculture, crop science, and technology, including but not limited to:

Precision Apiculture and Smart Pollination Services

Smart Hive Monitoring for Agricultural Insights: Applying in-hive sensors and data analytics to monitor colony strength, foraging activity, and honey production, delivering actionable insights for beekeepers and growers.
AI-Driven Pollination Management: Using artificial intelligence to forecast pollination needs, optimize hive placement in orchards and fields, and predict the impact of environmental variables on pollinator performance.
Robotics and Automation in Commercial Apiculture: Developing robotic systems for large-scale apiary management, including automated health inspections, Varroa mite treatments, and honey harvesting to reduce labor costs and improve efficiency.

Securing Honeybee Health for a Productive Future

Disease and Pest Management: Developing and implementing integrated pest management (IPM) strategies for controlling Varroa mites, foulbrood, and other significant pathogens, with an emphasis on sustainable and biosafe solutions.
Honeybee Nutrition and Forage: Investigating the nutritional requirements of honeybee colonies in agricultural settings and the role of supplemental feeding and diverse forage in enhancing colony resilience and productivity.
Environmental Stress Factors: Assessing the sublethal impacts of pesticides, climate change, and habitat fragmentation on honeybee health and developing mitigation strategies to reduce these stressors.
Advanced Health Monitoring Systems: Utilizing molecular diagnostics, sensor data, and AI-driven models to create early-warning systems for detecting and predicting health declines in honeybee colonies.

Advanced Breeding and Genetic Solutions

Breeding for Commercially Valuable Traits: Genetically selecting and breeding honeybees for traits critical to agriculture, such as disease resistance, gentle temperament for easier management, and foraging preferences for specific crops.
Integrated Health Management in Agricultural Landscapes: Crafting strategies to manage honeybee health in environments with pesticide exposure and monoculture cropping, including the development of novel therapeutics and probiotics.
Diagnostic Tools for Apiary Health: Creating rapid, field-deployable diagnostic tools for the early detection of pathogens and pests, enabling timely interventions to prevent colony losses.

Optimizing Pollination for Enhanced Crop Yield and Quality

Quantifying the Value of Pollination Services: Analyzing the economic contribution of managed pollinators to the yield and quality of high-value crops like almonds, apples, and canola.
Bee Vectoring for Crop Protection: Innovatively using honeybees to deliver targeted biological control agents to flowers during pollination, reducing the need for chemical fungicides and pesticides.
Supplemental Forage and Nutrition: Researching the use of cover crops and wildflower strips to provide supplemental nutrition for honeybees in agricultural landscapes, thereby improving colony health and pollination effectiveness.

Ecology and Economics of Pollination in Agriculture

Landscape-Level Pollinator Management: Studying how farm management practices, landscape composition, and habitat conservation efforts influence pollinator health and diversity.
Economic Models for Pollination Services: Developing economic models to inform contracts between growers and beekeepers, ensuring a fair and sustainable market for pollination services.
Climate-Smart Pollination Strategies: Investigating the impact of climate change on pollinator populations and crop-pollinator interactions, and developing adaptation strategies for resilient agricultural systems.