On-farm experimentation (OFE) embeds the conduct of agronomic research within normal
farm business operations such that experiments are driven by farmers' needs for business …

On-farm experiments are used increasingly in agronomic research because they are
commercially relevant, but they can carry greater risks of failure than traditional small plot …

Statistical methods used for small plot analyses are unsuitable for large-scale on-farm
experiments because they fail to take into account the spatial variability in treatment effects …

The aim was to evaluate if maize (Zea mays L.) grain and silage yield can be estimated from
unmanned aerial systems (UAS) imagery. A fixed-wing UAS was used to collect imagery …

CONTEXT Reliable stability zone delineation requires considering spatial variability from
each year and temporal variability across at least three years. Yet, in cases where farms lack …

Agronomy research traditionally relies on small, controlled trial plots, which may not
accurately represent the complexities and variabilities found in larger, real-world settings. To …

The design and analysis of on-farm experimentation (OFE) have received growing attention
because of the availability of precision machinery that promotes data collection. Even …

Inadequate nitrogen (N)-fertilisation practices, that fail to consider seasonally variable
weather conditions and their impacts on crop yield potential and N-requirements, cause …

Agriculture is putting pressure on the ecosystems and practices need to evolve towards a
more sustainable way of producing food. Farmers are doing this by conducting on-farm …

While the nitrogen (N) cost for maize fertilization increases, new products, such as
biologicals, may offer a cheaper and more sustainable alternative as an N source. Before …