Within-field variability of crop yield levels has been extensively investigated, but the spatial
variability of crop yield responses to agronomic treatments is less understood. On-farm …

Abstract Maize (Zea Mays L.) yield responsiveness to nitrogen (N) fertilization depends on
the yield under non-limiting N supply as well as on the inherent productivity under zero N …

Nitrogen (N) fertilizer recommendations based on yield goals are common and do not
consider variability in soil N supply between fields. Nitrogen transformations in soils are …

Farmers' interest in precision nitrogen (N) fertilization has grown in the inland Pacific
Northwest due to significant within-field spatial variability in yield and protein content …

Improving corn (Zea mays L.) N fertilizer rate recommendation tools is necessary for
improving farmers' profits and minimizing N pollution. Research has repeatedly shown that …

Nitrogen (N) is an essential and limiting nutrient for crop production, as it is a structural part
of plants and is involved in various processes. Worldwide, agricultural soils lack one or more …

Greenhouse production of chilies requires constant irrigation and fertilization. Due to climate
change, water availability is decreasing, and thus new techniques are being developed, one …

Abstract Nitrogen Use Efficiency (NUE) is one of the established metrics for benchmarking
management of Nitrogen (N) in various systems. Numerous approaches to calculate NUE …

Water stress and nutrient supply are two of the most ubiquitous global changes that surely
drive substantial variations not only in agricultural productivity but also extend to alert soil …

The availability of in‐season N to corn (Zea mays L.) following fall‐seeded cover crops
depends on seasonal patterns of nitrogen (N) transformations that are site‐and year …