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China - Sichuan Wudu Irrigated Agriculture Development Project : environmental assessment - executive summary (Inglês)

The objectives of the Sichuan Wudu Irrigated Agricultural Development Project for China are: (a) to increase the total area covered by irrigation in order to increase agricultural production in Mianyang prefecture; (b) to provide a water supply to small rural communities and industries in Mianyang prefecture; and (c) to introduce a participatory approach for water management in the project areas to ensure the sustainable development of irrigated agriculture. The project will provide a more reliable irrigation, drinking and industrial water supply through the construction of irrigation infrastructure systems and the construction or rehabilitation of on-farm irrigation works. The key beneficiaries of the project are about 1.35 million poor farmers (397,000 households) who will be able to receive a reliable irrigation water supply and change from mainly dry farming to irrigated agriculture and thus boost their agricultural production. The other key beneficiaries are the about 1.7 million poor people in the rural and small urban communities in Mianyang prefecture, who, along with the industries in the prefecture, will be provided with a water supply for drinking and industrial purposes.

Detalhes

  • Data do documento

    2010/11/01

  • TIpo de documento

    Relatório da Diretoria Executiva

  • No. do relatório

    58886

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    China,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2011/01/14

  • Disclosure Status

    Disclosed

  • Nome do documento

    China - Sichuan Wudu Irrigated Agriculture Development Project : environmental assessment - executive summary

  • Palavras-chave

    field road;drinking water source protection;international financial institution;natural gas transmission pipeline;disclosure of information policy;annual average wind speed;quality of drinking water;Environmental and Social Impact;irrigation district;disposal site;aquatic ecology;institutional capacity building;social environment;physical cultural resources;Full Environmental Assessment;emergency preparedness plan;local water resource;water system;reservoir catchment area;dam safety management;adverse environmental impact;ambient air quality;annual mean temperature;dam safety panel;rural water supply;natural gas pipeline;resettlement action plan;environmentally sensitive site;sanitation and hygiene;rare plant species;species of bird;pest management plan;Solid Waste Management;social and environmental;industrial water supply;number of road;environmental safeguard policy;local water supply;high population density;number of water;irrigation water supply;species of mammal;transfer of ownership;Urban Water Supply;total water;dam safety risk;species of amphibians;impacts on crops;volume of water;water resource development;municipal landfill site;flow of air;local meteorological station;water quality impact;Operation of Irrigation;species of reptiles;maximum wind speed;average annual precipitation;water quality protection;Integrated Pest Management;total suspended particulates;negative environmental impact;drinking water supply;environmental protection measures;control of pollution;irrigation area;construction camp;construction site;soil erosion;fish species;storage capacity;irrigation return;paddy rice;construction impact;land acquisition;dry season;stream water;insect pest;conservation measure;plant disease;water surface;Water Demand;land occupation;field survey;fish resource;rural village;acoustic environment;ground water;stone work;organic matter;river water;on-farm irrigation;water regime;water balance;access road;Water Management;water temperature;domestic waste;wet season;annual runoff;irrigation canal;arable land;geographic location;construction road;small reservoir;construction area;environmental monitoring;involuntary resettlement;irrigated area;animal species;flood control;irrigation works;project construction;Public Facilities;local resident;residual effect;endangered species;flood season;Irrigated Agriculture;water table;pollutant discharge;quantitative analysis;natural habitat;water storage;dam site;secondary forest;project operation;local traffic;agricultural production;environment management;local expert;safety status;dust removal;concrete mixer;construction equipment;vehicle movement;village communities;impact area;garbage bins;rural area;pollution source;monitoring stations;total nitrogen;relative humidity;pollutant loads;food waste;annual sunshine;minimum temperature;hydrological condition;biological productivity;natural environment;ecological environment;main road;small branch;soil salinization;cultivated area;residential land;investment cost;environmental concern;aquatic biology;monsoon region;engineering geology;health condition;risk assessment;ornamental plant;dam operation;rare species;evaluation activity;vertebrate species;natural reserve;farming area;respective responsibility;pesticide management;pest control;chemical fertilizer;chemical pesticide;base flow;maximum temperature;inorganic matter;cash crop;domestic sewage;hydropower station;irrigation system;water flow;heavy rainfall;flood peak;construction waste;cumulative impact;protected species;endemic species;water bodies;traditional farming;construction wastewater;water environment;intensive training;Consulting services;urban community;river system;dry farming;poor farming;dry area;main river;river section;dry year;opinion survey;agricultural yield;agricultural input;irrigation infrastructure;public consultation;Safeguard Policies;internal review;counterpart fund;ecological survey;social issue;rural community;participatory approach;water canals

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