Mingachevir State University hosted the “Innovative Solutions for Regional Erosion Mapping” competition to promote sustainable soil resource management, strengthen the scientific assessment of erosion processes in regions, and advance modern digital approaches in this field. The event was organized by the Lifelong Learning School.

During the competition, participants analyzed the causes of soil erosion, its impact on agriculture and ecosystems, and the role of climate and relief factors in this process. At the same time, ideas were proposed for the identification and mapping of erosion risks using modern analytical approaches and Geographic Information Systems (GIS).

Among the solutions presented by the teams, satellite data processing, remote sensing technologies, machine learning algorithms, and digital mapping platforms played a key role. These approaches aimed to enable more precise identification of erosion risk zones and better forecasting of soil degradation.

One of the main objectives of the event was to enhance participants’ ability to apply theoretical knowledge to real ecological problems. Within this framework, the teams developed scientifically grounded, technologically feasible solutions while also considering their practical effectiveness.

Throughout the competition, participants worked intensively in a research and team-oriented environment, transforming their ideas into actionable concepts in a short period. This process further strengthened their analytical thinking, data processing, and innovative problem-solving skills.

In the final stage, the submitted projects were evaluated by an expert panel, taking into account innovation level, scientific justification, implementation potential, and environmental benefits. The most successful solutions were selected, recommendations for future development were provided, and collaboration opportunities were discussed.

The “Innovative Solutions for Regional Erosion Mapping” competition has been recognized as an important initiative that strengthens students’ technological approach to ecological challenges, develops their skills in geographic analytics, and contributes to sustainable soil management.