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Iran - Sistan River Flood Works Rehabilitation Project (Inglês)

The key objectives of the project are to : a) reduce the risks to human life and prevent damage to public and private property and infrastructure due to major floods; b) minimize disruptions to the local economy; c) provide protection against major floods for habitats and cultural property; and d) mitigate environmental degradation and health hazards caused by floods. The project consists of: 1) rehabilitating and upgrading 100 km of dikes along the eastern shore of Hirmand Lake; 2) rehabilitating and upgrading 130 km of dikes along both sides of the Sistan River, and providing a bridge across the river; 3) upgrading 30 km of dikes along the Niatak floodway, including six bridges and an intake structure; 4) remodelling the feeder canal to three existing storage reservoirs; 5) developing a rock quarry; 6) strengthening project management; 7) undertaking physical and mathematical modelling works for river training; 8) providing maintenance equipment and vehicles; 9) providing a flood warning program; and 10) acquiring land for rehabilitating flood control works.

Detalhes

  • Data do documento

    1992/05/05

  • TIpo de documento

    Relatório sobre Avaliação do Pessoal

  • No. do relatório

    10467

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    Irã, República Islâmica do

  • Região

    Oriente Médio e Norte da África,

  • Data de divulgação

    2010/06/18

  • Disclosure Status

    Disclosed

  • Nome do documento

    Iran - Sistan River Flood Works Rehabilitation Project

  • Palavras-chave

    social and environmental;protection against flood;maintenance of flood control;civil works;management of flood control;contract terms and conditions;project monitoring and evaluation;flood control work;bank supervision missions;flood protection work;Accounts and Audit;floating exchange rate;water storage reservoir;Sustainable Economic Development;prequalification of bidders;rural flood;lack of knowledge;emergency response;reduction of poverty;land management technique;official exchange rate;maintenance and repair;conservation of wetland;management of water;labor and materials;safety of people;environmental quality monitoring;oil exporting countries;procurement of equipment;human resource development;Letter of Credit;bank lending strategy;flood damage mitigation;senior operations;variable interest rate;river training works;foreign currency requirements;per capita income;management of risk;average annual rainfall;irrigation and drainage;agricultural extension service;flood protection facility;fruit and vegetable;purchasing power parity;foreign exchange requirement;flood protection program;procurement of consultant;world health organization;acquisition of land;flood warning;cultural property;mathematical model;river bed;construction management;foreign costs;direct contracting;return period;foreign consultant;Rural Industry;Irrigated Agriculture;human life;financing plan;private property;flood event;flood season;Financing plans;maintenance equipment;environmental degradation;irrigation system;local costs;depressed area;prior review;bank finance;river flow;basic infrastructure;fragile environment;natural disaster;project costing;consulting engineer;economic recovery;minority group;special account;oil price;livestock breeding;foreign expenditure;food product;dry season;high flood;contract packages;health hazard;flood year;Cultural Heritage;surface area;early flood;preparation mission;institutional strengthening;local economy;river system;price quotation;average cost;physical achievement;counterpart fund;drainage area;financial analyst;environmental area;procurement aspects;environmental experts;Disbursement Guidelines;domestic manufacturer;irrigation infrastructure;personnel administration;physical characteristic;reporting requirement;asphalt road;import duty;contract cost;range land;soil resource;performance bond;construction period;cost escalation;small industry;procurement method;government fund;construction quality;control laboratory;irrigation scheme;infrastructure constraints;land acquisition;flood emergency;fragile land;bid price;physical condition;unit price;living standard;public property;flood discharge;flood loss;trade sector;flood-prone area;hot summer;peak flood;peak discharge;archaeological remains;study including;sector work;protection measure;supply water;river channel;effective capacity;water elevation;flood peak;hydrological information;local factors;river erosion;project execution;unallocated total;Environmental Planning;commercial bank;initial deposit;international border;development policy;direct payment;disbursement profile;construction method;Environmental Assessment;flow rate;social concern;environmental analysis;consulting service;Consulting services;organization charts;monitoring indicator;social impact;financial situation;runoff flow;testing material;financial aspect;runoff pattern;flood hazard;work design;long-term strategy;economic distortion;delta region;environmental criterion;farming area;main canals;bank regulation;export facility;government deficit;net credit;broad money;land drainage;free market;commercial center;flood plain;irrigable land;construction industry;carpet weaving;irrigation water;appraisal mission;river mouth;grace period;bank's standard;agricultural college;shallow wells;susceptible species;migratory bird;inadequate capacity;sensitive habitat;poverty threshold;iranian rial;vulnerable species;maximum temperature;real cost;local market;good procurement;international shopping

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