Author: Duong Quoc Nghi
AIT Library Call Number: AIT Thesis no. HS-93-03
Year: 1993
Academic Program: Human Settlement (HS)
Type: Thesis (M.Sc.) – Asian Institute of Technology, 1991
Examination Committee: Harvey Demaine (Chairperson); Hans Detlef Kammeier, Jayant Kumar Routray (Examination Committee Members)
Abstract: The problems of rural settlements related to the actual spatial development in the Hong River delta of Vietnam have been identified critical. They are the high population pressure , the shortage of l and resource , poor rural infrastructure and low rural community development. The planning interventions to overcome these problems play important role to facilitate the process of rural development in the region. However , the actual planning spatial planning in Vietnam revealed the in effectiveness on the process, due to its deficiencies involved he planning method , technique sand the application at local levels . In this regard, a feasible method for an effective spatial planning for ruural settlements development has been identified and suggested in the study , on the basis of t he advanced s partials planning methods and techniques, advocated by ESCAP, FAO and other planning school s. The effectiveness of such a planning method implies in the suggestion of appropriate planning approach, contents and supportive techniques , as a feasible planning version for Vietnam conditions which planners at different local level can apply t his method as an effective tool to introduce feasible planning intervention to facilitate rural settlements development. An comprehensive application of the proposed planning method has been thoroughly carried out in Cam Binh district , Hai Hung Province where the problems related to spatial development of rural settlements have been identified, analyzed and effective planning solutions of possible integrated planning strategies and project s have been suggested . This provides the possibility to in traduce the method for large application in rural development in the Hong River delta , Vietnam.
Scholarship Donor(s): The Government of Japan
Note: A thesis submitted in partial fulfillment of the requirements for the award of the Degree of Master of Science, School of Engineering and Technology
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