With the increasing global water scarcity, efficient assessment methods for crop water stress
have become a prerequisite to perform precision irrigation scheduling. The 1accessibility of …

Precision agriculture (PA) utilizes tools and technologies to identify in-field soil and crop
variability for improving farming practices and optimizing agronomic inputs. Traditionally …

Low-altitude remote sensing (RS) using unmanned aerial vehicles (UAVs) is a powerful tool
in precision agriculture (PA). In that context, thermal RS has many potential uses. The …

In order to meet the demand for increased global food production under limited water
resources, implementation of suitable irrigation scheduling technique is crucial, particularly …

To identify drought-tolerant crop cultivars or achieve a balance between water use and yield,
accurate measurements of crop water stress are needed. In this study, the canopy …

Mapping maize water stress status and monitoring its spatial variability at a farm scale are a
prerequisite for precision irrigation. High-resolution multispectral images acquired from an …

Infrared thermal radiometers (IRTs) are an affordable tool for researchers to monitor canopy
temperature. In this maize experiment, six treatments of regulated deficit irrigation levels …

Water management is becoming a critical issue for sustainable agriculture, especially in the
semi-arid region, where problems with water scarcity are rising. More accurate water status …

There is a growing interest of using canopy temperature (T c) based methods, including crop
water stress index (CWSI), for irrigation management. However, different approaches exist to …

Abstract Characterization of the spatio-temporal variability of tree water status is a
prerequisite to conducting precise irrigation management in fruit tree orchards. This study …