- Data-driven agronomy: Key metrics and how AI can power the future
Data-driven agronomy: Key metrics and how AI can power the future
The future of agronomy is data‑driven — but success starts with understanding and mastering the right metrics. In this class, we will dive into the critical KPIs that underpin modern turf management and how AI can help unlock even greater potential.
We will review essential agronomic metrics such as Growing Degree Days (GDD), Clipping Yield Volume, Nitrogen Use Efficiency (NUE), Soil Moisture Dynamics, Evapotranspiration (ET), and Field Capacity / Irrigation Thresholds.
The class will then explore how AI‑powered tools can transform the use of these indices, providing predictive insights, enhancing decision‑making, and optimising interventions with real‑world examples and case studies.
Attendees will be equipped with a practical checklist of data metrics to monitor, and show how AI can enhance interpretation, efficiency, and performance outcomes.
Learning outcomes
- Essential KPIs for enhanced decision making a data‑driven agronomy programme tailored to local conditions
- How AI refines, predicts, and improves turf management decisions.
- Bridging traditional agronomy and emerging digital tools
Presented by:

Valentine Godin
Founder & CEO Maya Global
Valentine Godin is the founder and CEO of Maya, an AI-powered platform for precision turf and land management trusted by leading golf courses and sports venues worldwide. With proven experience in engineering leadership and AI implementation, Valentine specialises in translating complex agronomic and environmental data into practical, actionable strategies that greenkeepers can immediately apply. Her work focuses on making AI and data analytics accessible for turf professionals, helping them leverage connected technology to enhance turf quality, optimise resources, and support sustainable management practices while preserving the craftsmanship that defines exceptional course management.