Year: 2026
Type: article
Abstract: Introduction Dien Bien province is situated in the Northwest region of Vietnam. It plays a significant role in national security, both within the region and nationwide. The province benefits from historical sites, scenic landscapes, and significant potential for agricultural and forestry development. These advantages provide favorable conditions for the growth of services, tourism, and agroforestry processing industries. Methods However, the road transport infrastructure in Dien Bien province remains inadequately developed, limiting connectivity and posing a significant barrier to the socio-economic development of the locality, as well as neighboring regions. In recent years, some plans for road transport infrastructure have been implemented, producing measurable outcomes. Nevertheless, the development of road transport in Dien Bien continues to face many challenges and obstacles. Results The paper analyzes the development of the road transport system in Dien Bien province during the period from 2016 to 2024. It further identifies key challenges and limitations while proposing several strategic solutions aimed at enhancing road infrastructure. Discussion The development of the road system in Dien Bien province faces major challenges such as limited investment, mountainous terrain, and slow adoption of digital technologies. Despite the province having strengths in cross-border connectivity, tourism, and land resources, it also struggles with low road density and disaster risks. Thus, solutions should focus on mobilizing diverse investments, applying modern technologies, and promoting sustainable, climate-resilient road development. Conclusion Enhancing the transport network will significantly contribute to the province’s sustainable socio-economic development in the future.
Source: The Open Transportation Journal
Authors: Bui Thi Ngoc Lan, Dinh Tuan Hai
Institution: Hanoi Architectural University
Language: English
Subfield: Civil and Structural Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W7128777477