In the last decades, geostatistics has been widely used for precision agriculture (PA)
producing quite exciting results. Research on this topic is important for sustainable …

This study aimed to evaluate the use of multiple covariates in robust geostatistical modeling
of soil chemical properties characterized by the presence of outliers. Different spatial …

Thematic maps are essential tools in precision agriculture to demonstrate the information of
spatially distributed phenomena. A thematic map can be created from sampling data, a …

Precision agriculture has emerged as a promising approach to improve crop productivity
and reduce the environmental impact. However, effective decision making in precision …

Spatial and temporal variability of the soil's apparent electrical conductivity (ECa) and other
soil attributes can be analyzed using specific digital platforms for precision agriculture …

The quality of agriculture depends on the quality of the yield, which is usually obtained
through the well-being of the crop. The quality of any crop depends on the minerals in the …

By using precision agriculture as the basis for site-specific input applications, this study
describes the development and implementation of a web-based computational tool for the …

Remote sensing can help evolution of agricultural practices by providing periodic
information about the status of a given crop over the harvest season, at different scales, and …

The objective of this work was to develop and provide a free web application able to
generate thematic maps. The initiative aims to incorporate the functionalities of the “Software …

Monitoring the climatic conditions of crops is essential for smart agriculture development and
adaptation of agricultural systems in the era of global change. Thereby, it is possibly better to …