pHYBi project partners are regularly active on this site to collect samples, monitor and map the site using digital tools such as remote sensing via drones and the Veris system, a vehicle-mounted sensor that measures soil electrical conductivity (EC). In addition, the team engages with local farmers who are seeking solutions to improve soil conditions and increase crop productivity, incorporating their experience to identify practical opportunities for more sustainable land management. In March 2026, the team from the University of Burgos welcomed colleagues from INDUROT (University of Oviedo) and AGRAE SOLUTIONS to support the development of a remote sensing model for detecting soil salinity.
The joint field campaign involved extensive onsite work, including the collection of 150 soil samples and multiple drone flights to capture high–resolution imagery. With the support of AGRAE, this work is complemented by advanced soil mapping technologies such as the VERIS Q2800 which measure apparent soil electrical conductivity at depths of 36 and 90 cm to generate high-resolution maps of soil variability. This integrated approach allows detailed identification of soil salinity patterns together with soil texture and organic matter distribution, providing valuable information to support more precise and sustainable management of salinity-affected agricultural soils.
This collaborative effort exemplifies the pHYBi project’s commitment to advancing practical, sciencebased solutions for land and soil monitoring. By combining fieldwork, digital technologies, and strong regional partnerships, the team is contributing to cleaner soils and reducing salinity impacts in Europe’s agricultural landscapes.