The agriculture sector, worldwide, faces grand challenges that significantly threaten food
security and environmental sustainability. Smart farming technologies (SFTs) have emerged …

Recently, new agricultural technologies have emerged to increase sustainable food
production, often referred to as “Agriculture 4.0.” They consist of more advanced precision …

With high analytical capability, Artificial Intelligence (AI) provides insights suitable to the
context that add value to decision making and finds its applications in different sectors …

Precision Agriculture (PA) technologies are well known to be useful in addressing field
heterogeneities and enabling informed site-specific management decisions. While …

Climate change and its associated weather extremes pose a threat to agriculture. To slow
down climate change and reduce its associated risks, governments around the world are …

In the modern era, the imperative of digitalisation to enhance competitiveness spans various
sectors, with agriculture being no exception. Agriculture 4.0, strategically positioned to …

As part of a precision agricultural approach, drones have increasingly been employed within
agriculture for more than a decade and are shown to provide many benefits. However, little …

This paper examines the role of peer effects on farmers' decision to adopt Unmanned Aerial
Vehicles (UAVs). This relationship is analysed by means of a Bayesian spatial …

Agricultural drones (AUAVs) contribute greatly to sustainable agriculture by reducing input
use. The literature on this topic is scarce, so there is little information on the adoption of …

The global population growth requires moving from traditional to modern agriculture. A new
generation of agriculture is needed for responding to food security, which relies on smart …