The digitalization of agriculture is rapidly changing the way farmers do business. With the
integration of advanced technology, farmers are now able to increase efficiency, productivity …

There are currently many in-field methods for estimating soil properties (eg, pH, texture, total
C, total N) available in precision agriculture, but each have their own level of suitability and …

Abstract The agricultural Internet of Things (Ag-IoT) paradigm has tremendous potential in
transparent integration of underground soil sensing, farm machinery, and sensor-guided …

Excessive agricultural water consumption threatens safe access of billions of people to
potable water. Smart irrigation systems offer more efficient water use in irrigated agriculture …

Precise use of fertilizers has been a focal point in world agriculture for years because it
increases crop production and reduces the negative impact of over-fertilization. Smart …

Soil acidification is caused by natural paedogenetic processes and anthropogenic impacts
but can be counteracted by regular lime application. Although sensors and applicators for …

By-tree information gathering is an essential task in precision agriculture achieved by
ground mobile sensors, but it can be time-and labor-intensive. In this paper we present an …

Estimation of plant canopy using low-altitude imagery can help monitor the normal growth
status of crops and is highly beneficial for various digital farming applications such as …

Measuring soil texture and soil organic matter (SOM) is essential given the way they affect
the availability of crop nutrients and water during the growing season. Among the different …

This chapter provides a brief overview of the development of remote sensing tools that are
used to assess crop health. Today there are a wide variety of sensing options available to …