VFD and IWRP are shared the visions and interests in both programs conducted by VFD and IWRP and there is strong potential for synergy and complementary support to natural water management institutions, provincial leaders, and water management agencies of the Ca River and Red River basins.
The overall goal of this MoU between the USAID-funded VFD Project, and IWRP is to provide a framework for both parties to collaborate in water resources development and management at river basin scale. This MoU articulates partnership principles and possible arrears for future cooperation. VFD and IWRP agree to:
VFD is being implementing by Government of Vietnam MARD and provincial governments, and other partners including SNV, SRD since 2012. The Program was initiated to support climate change resilience planning and action from community to national level. It will support four provinces including Thanh Hoa, Nghe An, Nam Dinh, Long An in addressing long term, climate change risks and vulnerabilities in both upland forest and delta landscapes. The VFD program has provided ongoing supports to the Nghe An province in developing a water accounting plus (WA+) framework in Ca river basin that assesses the availability and consumption of available water resources, using remote sensing data freely available on the internet, to serve for effective water resources management and strategic planning in the long term.
IWRP is a part of MARD. IWRP’s formal function is to advise MARD, the Directorate of Water Resources and local provinces in formulating water resources planning, regulating water use in river basins as well as protecting and developing water resources and the environment in a sustainable way in order to help facilitate socio-economic development. IWRP is working in a number of initiatives that promote the use of modern earth observation technology, i.e. remote sensing and GIS database to improve the efficiency of water resources management in Red River and Ca River Basin. IWRP will begin the implementation of the research project named “Study and calculation of runoffs to facilitate the management and utilization of water resources within the Ca river basin, applying mathematical models and remote sensing technology” funded by MOST in late 2015. The project aims to applying mathematical models and remote sensing technologies in run off calculation and water demand, to serve water resources management and utilization in Ca river basin.