El Salvador - GFDRR
El Salvador - GFDRR
El Salvador - GFDRR
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II. POPULATION AND AFFECTED AREAS | 81<br />
3)<br />
4)<br />
5)<br />
6)<br />
It is recommended that a nationwide Water and Sanitation Risk Management Plan be formulated<br />
and implemented. This plan should clearly identify the prevention efforts to be carried out to<br />
address the periodic occurrence of natural events, and all social and political stakeholders from<br />
various areas of national, departmental and municipal governments should be involved in the<br />
plan’s design and development.<br />
Developing and keeping contingency plans up-to-date with regard to natural threats should be<br />
a priority of the institutions that administer water and sanitation systems.<br />
To prevent and mitigate the risks of effects on water and sanitation systems, it is necessary<br />
to implement engineering measures as well as measures to raise awareness about the value<br />
of water resources. Thus, it is important to strengthen the participation of national and local<br />
authorities responsible for protecting water resources, and the community.<br />
The coordinated efforts of public organizations, international coordination and NGOs have been<br />
important in dealing with the emergency, especially in providing the means to make up for the<br />
interruption in water and sanitation services.<br />
B.3.2 <strong>El</strong>ectricity Sector<br />
The transmission and part of the generation of electricity in <strong>El</strong> <strong>Salvador</strong> are in the hands of state enterprises<br />
(ETESAL and CEL), while distribution is the responsibility of private enterprises that provide public services.<br />
In the zones affected by the disaster, DELSUR and AES operate the electricity distribution networks.<br />
As a result of precipitation, high-water levels in rivers, and landslides falling from higher zones, the<br />
system’s assets were partially destroyed and there were changes in the sector’s economic flows due to<br />
increased operating costs in distribution, reduced sales of electricity to users, and—something rather unusual<br />
in this type of disaster—savings in hydropower generation.<br />
IMAGE 31. TRANSMISSION TOWERS<br />
Source: CEL.