What is AgNUE?

AgNUE is an international research platform focused on improving how nitrogen dynamics are measured, modelled and managed in agricultural systems.

The platform brings together expertise across field experimentation, data science and modelling to address key uncertainties in nitrogen cycling.

Photo: SmartField

Our goal

The overarching goal of AgNUE is to enhance NUE in agricultural systems and determine the extent to which this can reduce environmental N losses—particularly N₂O emissions and nitrate leaching.

To achieve this, AgNUE will establish a network of experimental sites across contrasting agro-ecological zones, equipped with state-of-the-art instrumentation. This infrastructure will allow the quantification of complete N input–output budgets, providing proof of concept for improved, region-specific management strategies to enhance NUE and reduce losses.

Vision and mission

Keeping global agroecosystem N balances within planetary boundaries.

To advance the accuracy of models that predict field-scale N cycling to improve NUE and reduce N losses. 

Our supersites

Supersite network

Twelve intensively monitored fields across Europe and the United States. Hover a marker for the site summary, then follow the link to its supersite page.

SmartField Supersite A — Foulum Aarhus University · Denmark An established SmartField site representing temperate Nordic agriculture. Learn more SmartField Supersite A — Foulum SmartField Supersite B — Hadsten Aarhus University · Denmark The second Danish SmartField site, on contrasting soil under the same cropping framework. Learn more SmartField Supersite B — Hadsten South-East Norway Norwegian University of Life Sciences · Norway Cereal systems on marine clay in a cool, humid Scandinavian climate. Learn more South-East Norway Helsinki University of Helsinki · Finland Boreal cropping with long winters and a short, intensive growing season. Learn more Helsinki Wageningen Wageningen University & Research · Netherlands Intensively managed lowland field representing high-input North Sea agriculture. Learn more Wageningen Munich–Fürstenfeldbruck Germany Pre-alpine arable systems on loamy soils in southern Germany. Learn more Munich–Fürstenfeldbruck Grignon / Estrées-Mons INRAE · France Long-term instrumented cropping sites in the Paris basin and Picardy. Learn more Grignon / Estrées-Mons Aranjuez Universidad Politécnica de Madrid · Spain Irrigated Mediterranean cropping under high evaporative demand. Learn more Aranjuez Matera Italy Rainfed durum wheat systems in a dry southern Mediterranean setting. Learn more Matera North Carolina Coastal Plain NC State University · United States Humid subtropical row-crop systems on coastal plain soils. Learn more North Carolina Coastal Plain North Carolina, Tidewater Tidewater Research Station · United States Poorly drained, artificially drained soils near the North Carolina coast. Learn more North Carolina, Tidewater Central Illinois University of Illinois · United States Maize–soybean rotation on deep Mollisols in the US Corn Belt. Learn more Central Illinois

Hover or tab to a marker to see its summary; click to open the supersite page.

Scope and Funding

The platform runs over five years and includes research activities across Europe and the United States.

AgNUE is funded by the Novo Nordisk Foundation, with additional support from US-based Foundation for Agriculture and Research.