The Project for Capacity Development of the Department of Climate Change Adaptation and Strategic Risk Management for Strengthening of Public Infrastructure, Phase II
Transportation
February 29th, 2016
El Salvador
2016/8/9 – 2021/8/8
Department of Climate Change Adaptation and Strategic Risk Management, Ministry of Public Works, Transportation, Housing and Urban Development
Due to its geographical conditions, El Salvador has been extremely vulnerable to a variety of natural disasters, such as hurricanes, tropical storms, earthquakes and volcanic eruptions, which frequently affect its territory and people.
The recent trends of increasing natural hazards have posed risks not only on human lives but also on public infrastructures such as roads, bridges and urban drainage systems.
Given this situation, MOPTVDU has established the Department of Climate Change Adaption and Strategic Risk Management (hereinafter referred to as "DACGER"), in order to integrate and promote the risk prevention and mitigation for public infrastructures.
This initiative of reducing the vulnerability of infrastructure from natural disasters is included in the Five-Year Development Plan 2014-2019 and the MOPTVDU's Institutional Strategic Plan 2009-2024.
GOJ and JICA have been supporting the disaster risk management sector in El Salvador, as one of the priority areas of cooperation. In 2012-2015, the Project for capacity development of the department of climate change adaptation and strategic risk management for strengthening of public infrastructure, phase I, was implemented for DACGER to improve their capacity of the risk management primarily against rain. Based on the new request from GOES, the GOJ has decided to implement the Project (Phase Ⅱ) and entrusted it to JICA.
1-1 | Review of earthquake-resistance design standards and analyzing them. |
1-2 | Setting earthquake-resistance standards for bridges and road slopes. |
1-3 | Collection and organization of basic information on bridges and road slopes during phase 1. |
1-4 | Formulation of manuals and formats of risk diagnosis. |
1-5 | Implementation of risk diagnosis |
1-6 | Planning of road disaster risk reduction projects with total risk assessment of rain and earthquake risk |
1-7 | Prioritization of road disaster risk reduction projects through countermeasure alternative studies with benefit-cost analysis. |
2-1 | Formulation of standard specifications (monitoring of movement state, quality management, construction management) for road disaster risk reduction projects |
2-2 | Formulation of design guide for road disaster risk reduction projects. |
2-3 | Formulation of cost estimation standards for road disaster risk reduction projects. |
2-4 | Request for the approval of standard specification, design guide, cost estimation standards |
3-1 | Selection of several pilot projects for road disaster risk reduction |
3-2 | Implementation of Environmental and Social Consideration Study |
3-3 | Construction ordering of pilot projects subject to standard specifications |
3-4 | Implementation and management of pilot projects subject to standard specifications |
4-1 | Strengthening communication between MOPTVDU and public about the project progress and outcomes |
4-2 | Technical transfer of the Project outcomes to infrastructure-related organizations and local governments by DACGER as master trainers |
4-3 | Technical exchanges among engineers who are assigned public infrastructure projects for sharing the Project outcomes (technical tour invitation to pilot projects site at implementation time) |
4-4 | Sharing of the risk diagnosis manual and standard specifications with Central American Secretary for Economic Integration (hereinafter referred to as "SIECA") and countries of Central America |
Inputs Summary by Japanese Side
Input Summary by El Salvador Side
MOPTVDU will take necessary measures to provide at its own expense: