Technological advancements have led to an increased use of the internet of things (IoT) to
enhance the resource use efficiency, productivity, and cost-effectiveness of agricultural …

Organic agriculture is often regarded as less damaging to the environment than
conventional agriculture, though at the expense of lower yields. Field-specific precision …

Meeting global food demand while reducing biodiversity loss will require strategies that
quantify and minimize conservation and production tradeoffs in agroecosystems. Ecological …

Few mechanisms turn field-specific ecological data into management recommendations for
crop production with appropriate uncertainty. Precision agriculture is mainly deployed for …

Accurate pre-harvest crop yield estimation is vital for agricultural sustainability and economic
stability. The existing yield estimating models exhibit deficiencies in insufficient examination …

Low nitrogen use efficiency (NUE) is ubiquitous in agricultural systems, with mounting global
scale consequences for both atmospheric aspects of climate and downstream ecosystems …

The Internet of Things (IoT) has been developed using the current Internet architecture. The
IoT concept aims to increase productivity, accuracy, and financial gains. The purpose of this …

The Precision Nitrogen Project (PNP) worked with more than 80 corn and winter wheat
producers to inexpensively design and implement randomized, replicated field strip trials on …

The surge in global agricultural input prices, particularly for nitrogen (N) fertilizers, has
presented challenges for farmers facing stagnant crop prices and rising production costs …

The thickness or depth of fine-textured soil (zf) dominates water storage capacity and exerts
a control on nutrient leaching in semi-arid agroecosystems. At small pixel sizes (< 1 m;'fine …