Agricultural systems may differ across continents, climates and production systems, but many of the challenges are shared. Understanding those differences and similarities is a central part of Alex Woodley’s work within AgNUE.
For Associate Professor Alex Woodley at North Carolina State University, improving agricultural sustainability begins in the field.
His research focuses on how agricultural systems can maintain productivity while reducing environmental losses, with particular attention to nitrogen cycling, nitrous oxide emissions, soil productivity and nutrient management. Originally from Ontario, Canada, Alex holds B.S. and M.S. degrees in Environmental Science and a Ph.D. in Land Resource Science from the University of Guelph.
Before joining North Carolina State University, he worked as a Postdoctoral Fellow with Agriculture and Agri-Food Canada, where he investigated mechanisms driving nitrogen losses from agricultural soils and explored management practices aimed at maintaining crop productivity while reducing environmental impacts.
Today, as Co-Principal Investigator of AgNUE for the United States, Alex Woodley brings this field-based perspective into the project’s transatlantic research platform.
“Primary data from field-based experimentation continues to be essential for improving our understanding of nitrogen loss pathways and is the foundation for model improvement and validation,” Alex Woodley says.
Connecting field measurements across systems
Within AgNUE, Alex Woodley helps coordinate and oversee project activities across the U.S. partners and is responsible for deliverables related to U.S.-based project activities.
He also serves as Co-Lead of Work Package 1, where AgNUE establishes and harmonizes its network of supersites across Europe and North America. This work is central to building a shared measurement foundation for the project, ensuring that nitrogen budgets, nitrogen use efficiency and nitrogen loss pathways can be studied across different agricultural systems and environmental conditions.
As Co-Lead of Task 1.1, Alex contributes to the setup and standardisation of AgNUE’s supersites. This includes aligning measurement infrastructure, protocols, data processing methods and quality assurance procedures across research locations, so that results can be compared and integrated across regions.
Translating results beyond the field
Alex also contributes to AgNUE’s work on science translation as Co-Lead of Work Package 6. In this role, he helps support the communication of AgNUE’s findings to researchers, policymakers, industry stakeholders and farmers. This connection between field measurements, stakeholder dialogue and practical decision-making is essential to the project’s ambition of turning high-quality nitrogen research into knowledge that can support future agricultural management