In a significant academic initiative, M.Sc. third-semester students from Tribhuvan University embarked on a two-week field visit to Dhorpatan, located in the Dhaulagiri region, to study disaster risk reduction (DRR) practices. The visit, part of their course curriculum, focused on understanding the complex dynamics of natural disasters and sustainable mitigation measures in a region prone to environmental challenges.
Dhorpatan, known for its rich biodiversity and remote geography, provided a unique learning environment for the students. During the visit, they engaged with local communities, observed vulnerable infrastructures, and studied the impacts of landslides, floods, and other natural hazards. The students also analyzed the preparedness and response measures in place to protect the area's inhabitants and resources.
Faculty members from the university, who accompanied the students, emphasized the importance of hands-on experience in understanding the ground realities of disaster management. They expressed that the field visit allowed the students to apply theoretical knowledge to real-world situations, helping them develop critical skills in risk assessment and disaster resilience.
The students also collected data on local adaptation practices and explored potential strategies to improve disaster readiness in Dhorpatan. This field visit is expected to contribute significantly to their final research projects, helping bridge the gap between academic learning and practical applications in disaster risk reduction.
As part of their outreach, the students conducted awareness sessions on DRR for local schools and communities, focusing on preparedness for earthquakes, landslides, and other natural hazards. The trip marked a crucial step in fostering collaboration between academic institutions and local bodies to create more resilient communities.
This field visit highlights the growing need for academic institutions to integrate disaster risk management into their curriculum, especially in regions like Nepal, which are highly vulnerable to climate-induced disasters.
