Precision agriculture (PA) is the application of geospatial techniques and sensors (eg,
geographic information systems, remote sensing, GPS) to identify variations in the field and …

Remote sensing is the art and science of gathering information about the objects or area of
the real world at a distance without coming into direct physical contact with the object under …

As digitalization in the agricultural sector has intensified, the number of studies addressing
adoption and use of digital technologies in crop production and livestock farming has also …

Farmer's management decisions and environmental factors are the main drivers for field
spatial and temporal yield variability. In this study, a 22 ha field cultivated with corn for more …

Abstract The adoption of Precision Farming (PF) in Germany has been studied by several
mail surveys, telephone interviews and personal interviews with farmers, advisors, teachers …

This paper describes the development of a systems based model to characterise farmers'
decision-making process in information-intensive practices, and its evaluation in the context …

Spatial heterogeneity of crop growth within fields is rarely quantified but essential for
estimating yield and optimizing crop management. Relationships in fields between crop …

Farmers have access to many data‐intensive technologies to help them monitor and control
weeds and pests. Data collection, data modelling and analysis, and data sharing have …

Highlights•Precision irrigation is useful when is a high soil variability.•Thermal imaging was
validated to obtain canopy temperature.•Micro-UAV platform with a thermal camera used for …

Threats to global food security from multiple sources, such as population growth, ageing
farming populations, meat consumption trends, climate-change effects on abiotic and biotic …