3D Tree Monitoring

In this session the Speakers share their latest research on utilizing 3D technology in almond orchard management. One of the speakers explains their 3D measurement and modeling framework, Helios, which simulates orchard systems to optimize designs and management practices using GPU technology for faster simulations. This framework integrates various models relevant to almond production, such as water use and yield dynamics, and is open source. Another Speaker focuses on the root systems of almond orchards, detailing their research on using lidar technology to map tree structures and integrating irrigation design with AI models for better management. They emphasize the importance of understanding root dynamics and the impacts of different management practices on root distribution and tree growth, aiming to enhance overall orchard sustainability and productivity.

After completing this course, learners will be able to:

• Understand the application of 3D technology in almond orchard management and its potential to optimize designs and management practices.
• Explore the Helios framework, a 3D measurement and modeling tool that uses GPU technology for faster simulations in almond production, including water use and yield dynamics.
• Evaluate the benefits of using open-source tools like Helios for improving decision-making in almond orchard management.
• Examine the role of lidar technology in mapping tree structures and understanding root systems in almond orchards.
• Discuss the integration of AI models with irrigation design to enhance management practices and improve overall orchard productivity.
• Recognize the importance of root dynamics and their impact on tree growth and distribution, as well as the effects of different management practices on root health.
• Aim for enhanced orchard sustainability and productivity through the adoption of advanced technologies and informed management strategies based on research findings.