VietNamNet Bridge – Thousands of households living on the corridor of Red River dyke system in Ha Noi will likely be moved as part of the flood prevention plan, authorities and experts have said.

Several old houses in Chuong Duong Ward, Hoan Kiem District in Ha Noi which face a high risk of collapse in the event of a flood. Thousands of households living on the corridor of Red (Hong) River dyke system in Ha Noi will likely be moved as part of the flood prevention plan. – VNA/VNS Photo Ngoc Ha

The plan, recently approved by the Prime Minister, calls for renovating or relocating some 2,000 households along the river, which runs through Ha Noi’s wards of Chuong Duong and Phuc Tan in Hoan Kiem District, Thanh Luong and Bach Dang in Hai Ba Trung District, and Ngoc Thuy, Bo De and Bat Trang in Long Bien District, as well as other neighbouring areas of Vong La-Hai Boi, Dong Ngac-Nhat Tao, Bac Cau and Dong Ngan.

Professor Ha Van Khoi from the University of Water Resources spoke to Tien Phong (Vanguard) newspaper, noting that the average water level continuously fell in the past decade, with the lowest recorded level of some 0.1m in 2010, creating favourable conditions for those households set a living along the river.

Meanwhile, a representative from the Bach Dang People’s Committee said these households were not included with the hundreds of illegal households built there since 1970.

The representative complained about the difficulties in relocating such households, as they were unprepared for the relocation and often seek to avoid cooperating with authorities.

Meanwhile, Dr Le Viet Son from the Institute of Water Resources Planning said the new Government’s flood prevention planning scheme presented a very progressive subject, particularly for the population residing outside the dyke system.

While providing prohibitions to those who violate the law on dyke protection or cause harm to dykes, the plan encourages households to reside and grow crops on islets or fertile lands along the river, according to the expert.

Earlier this year, Prime Minister Nguyen Tan Dung approved a planning scheme for flood prevention and dyke systems along the Red and Thai Binh rivers.

The two rivers flow through 15 cities and provinces – Ha Noi, Hoa Binh, Ha Nam, Nam Dinh, Ninh Binh, Hung Yen, Hai Duong, Thai Binh, Hai Phong, Quang Ninh, Phu Tho, Vinh Phuc, Bac Ninh, Bac Giang and Thai Nguyen.



The plan aims to help the localities take the initiative in preventing floods and storms, contributing to their socio-economic stability as well as national security and defence. It will also help relevant

ministries, agencies and localities manage efforts to prevent damage caused by floods and storms, and outline investment plans for related projects until 2030, with a vision towards 2050.


Apart from forecasting the flood tide in these areas, the scheme proposes anti-flood solutions and methods to effectively use river shores, in line with the Dyke Law and relevant legal documents, in the service of national socio-economic development. It further defines prioritised items and estimates resources necessary for the realisation of solutions.



From 2016-2030, efforts will be focused on planting administrative border markers along dyke corridors, completing operational procedures of large reservoirs located on the upper parts of the rivers, upgrading dykes, afforestation plans, as well as infrastructure and equipment supporting the work.

Many parts of Hong and Thai Binh rivers in the north have seen its average water levels dramatically reduced – falling by 2m in 20 years. This has caused massive droughts among hundreds of thousands of hectares of farmland, blocked waterway transport and seriously polluted rivers. Experts said that the flow of the Hong River needs to remain at some 1,200 cubic metres per second to supply enough water for the Red River delta.



However, in the past several years the flow fell to 900 cu.m per second. The River covers Ha Noi and 25 other provinces in the north, with a population of 26 million people and an agricultural area of nearly 1.1 million hectares.

VNS