Different methods of management zone (MZ) delineation have been established over the past 2 decades based on approaches, which have been largely constrained by the available …
Data-driven techniques help boost agricultural productivity by increasing yields, reducing losses and cutting down input costs. However, these techniques have seen sparse adoption …
Site-specific management promotes the identification and management of areas within the field, which represent subfield regions with homogeneous characteristics (management …
Agronomic input and management practices have traditionally been applied uniformly on agricultural fields despite the presence of spatial variability of soil properties and landscape …
Agriculture faces the challenge of feeding a growing population with limited or depleting fresh water resources. Advances in irrigation systems and technologies allow site-specific …
Current nitrogen (N) management strategies for worldwide cereal production systems are characterized by low N use efficiency (NUE), environmental contamination, and …
Fast and accurate assessment of within-field variation is essential for detecting field-wide heterogeneity and contributing to improvements in the management of agricultural lands …
Wheat yield and protein content in a field are spatially variable due to inherent variability of soil properties and landscape. In Mediterranean environments yield variability in space and …
This study aimed at investigating the performance of multiple irrigation zoning scenarios on a 73 ha irrigated field located in west Tennessee along the Mississippi river. Different …