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China - Huai River Basin Flood Management and Drainage Improvement Project (Inglês)

The objective of the Huai River Basin Flood Management and Drainage Improvement Project for China is to provide better and more secure protection against floods and water logging, increase farmland productivity, and reduce property losses in predominantly poor rural areas in the Huai river basin in the provinces of Jiangsu, Shandong, Anhui and Henan. There are five components to the project, the first component being flood protection and drainage improvement. Carrying out of flood protection and drainage improvement works in the project area including: strengthening of dikes; improving waterways through, inter alia, river dredging, drainage channel excavation, and river bank reinforcement and stabilization; and construction, rehabilitation, replacement and expansion of flood control works, including pumping stations, cross-dike structures, sluice gates and bridges. The second component is the disaster assessment and support system. The third component is the institutional strengthening. Strengthening the capacity of the project implementing entities in critical areas related to the project including: dike maintenance; design and construction; modern construction technologies; and data collection and decision support systems for flood forecasting systems, emergency preparedness plans and river modeling. The fourth component is the resettlement action plan implementation. Finally, the fifth component is the project management.


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    China - Huai River Basin Flood Management and Drainage Improvement Project

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    Provincial Development and Reform Commission;financial management information system;impact of climate change;Flood Control and Drainage;economic and financial analysis;maintenance of flood control;monitoring and evaluation system;project design and implementation;legal and regulatory framework;flood damage to infrastructure;adverse environmental impact;irrigation and drainage;flood control work;critical natural habitats;decision support system;flood disaster;water logging;Water Resource Management;participatory decision making;river basin area;protection against flood;emergency preparedness plan;resettlement and rehabilitation;costs of flood;flood protection level;interruption of education;institutional capacity building;integrate water resource;flood control structure;river basin commission;provincial water resource;early warning system;threat of flood;social safeguard policy;dam safety review;ethnic minority community;flood mitigation measure;establishment of institutions;flood protection infrastructure;water pollution control;economic impact assessment;transfer of ownership;rural income poverty;river basin level;individual water users;impact of flood;financial management requirement;environmental carrying capacity;river basin management;sections of society;local water management;losses from flood;readiness for implementation;participation and empowerment;local government institution;rural area;positive impact;geographic position;Safeguard Policies;institutional strengthening;flood plain;drainage improvement;irrigation improvement;drainage channel;pilot program;on-farm drainage;efficient operation;damage assessment;physical sustainability;construction supervision;Indigenous Peoples;flood warning;financing arrangement;drainage system;adaptive measure;involuntary resettlement;small Works;counterpart funding;pumping station;horizontal integration;drainage service;public library;community participation;financial resource;front-end fee;construction technology;dike maintenance;assessment center;disaster information;community involvement;sluice gate;river dredging;property loss;flood forecast;credit condition;disbursement condition;external monitoring;flood season;irrigation works;procurement process;grace period;living standard;civil works;active participation;assessment system;land acquisition;infrastructure facility;construction method;pollution load;participatory approach;sector managers;procurement documents;engineering design;physical capacity;Cash flow;drainage infrastructure;summer season;remedial work;Global Warming;resettlement planning;Urban Institute;main river;vertical integration;displaced person;safeguard specialist;legal regulation;local ngo;average precipitation;labor input;flood event;shipping cost;farm land;drainage work;agricultural production;river flow;impact survey;air temperature;public consultation;resettlement requirements;village communities;Environmental Assessment;resettlement component;construction phase;coastal plain;small pond;flood water;mountain area;socio-economic development;drainage ditch;institutional improvement;environmental mitigation;farm model;irrigation area;family labor;local group;wetland development;flood frequency;general practice;national policy;social environment;pollution source;physical environment;environmental benefit;rural population;income gap;agricultural area;Drainage Operation;population size;drainage canal;exchange rate;Exchange Rates;extraordinary flood;rainy season;inadequate drainage;human settlement;Financing plans;agricultural productivity;irrigation sector;river system;agricultural income;price escalation;good performance;flood management;government commitment;beneficiary participation;financial autonomy;disbursement arrangement;transportation routes;fertile land;negative effect;productive area;provincial finance;base case;river course;government undertaking;sensitivity analysis;pump station;discount rate;affected villages;construction work;drainage management



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