Hanoi, Vietnam – May 25, 2017: Project to demonstrate effective bioengineering application in northern Vietnam draws to a close
After over four years, the ADB Capacity Development Technical Assistance project Promoting Climate Resilient Rural Infrastructure in Northern Vietnam has drawn to a close. The recent final workshop was used as an opportunity to review the project outputs and explore a way forward, including the identification of entry points and next steps for using the project outputs to mainstream bioengineering in Vietnam.
The objective of the project is to increase resilience of infrastructure in the northern provinces of Vietnam. It has demonstrated how non-conventional engineering solutions can strengthen rural infrastructure, resist the hazards associated with climate changes and provide opportunities to enhance community livelihoods. The project focuses on bioengineering as a low-cost alternative to conventional slope stabilization and protection techniques.
The project has centred on testing various measures and tools for assessment, design, construction and monitoring of cost-effective climate resilient bioengineering-focused works at five locations in four sites, across three provinces in northern Vietnam (Bac Kan, Son La and Thai Nguyen). Two of the demonstration sites focus on riverbank slope protection, while the remaining two focus on roadside slope protection.
The final workshop took place in Hanoi on 5 May, and brought together project team members, representatives from the target provinces and communes across the four project sites, and national government representatives.
“It is imperative that climate change adaptive action is a key component of development going forward,” said UNDP Project Advisor, Ms. Jenty Kirsch-Wood. “The cost of adaptation will be huge, and the numbers are staggering. Without effective action, sustainable development will be more difficult. This project is about methods of mainstreaming effective adaptation into government cycles, focusing on low-cost, low-regret […]