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Dominican Republic - Irrigated Land and Watershed Management Project (Inglês)

The Irrigated Land and Watershed Management Project will improve small-farmer income in the selected areas and will test and develop methodologies that can be replicated nationwide both for efficient production support services, water management, and operation and maintenance of irrigation systems and for sustainable and environmentally sound watershed management. The criteria for selection of the three irrigation areas were based on agronomic and economic potential as well as the strength of local water users' associations, which are key project beneficiaries and implementing agencies. The project will also rehabilitate and improve existing irrigation systems and strengthen user associations for the development and management of the selected irrigated areas and the Nizao watershed. The Nizao watershed was chosen because of the existence of a strong, local nongovernmental organization that will play a key role in mobilizing community participation in the project. Last, the project should help reduce the fiscal cost of irrigation schemes to the government through appropriate cost-recovery policies.

Detalhes

  • Data do documento

    1995/01/19

  • TIpo de documento

    Relatório sobre Avaliação do Pessoal

  • No. do relatório

    12233

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    República Dominicana,

  • Região

    América Latina e Caribe,

  • Data de divulgação

    2010/07/01

  • Nome do documento

    Dominican Republic - Irrigated Land and Watershed Management Project

  • Palavras-chave

    Internal rate of return;irrigation system;Crop;water charge;water user association;Soil and Water Conservation;irrigated area;reliability of water supply;data collection and analysis;development of water;dams for power generation;access to formal credit;operation and maintenance expenditure;large volumes of water;farmer;cost of irrigation;cropping intensity;land reform beneficiary;rain-fed crop production;water irrigation;amount of water;water for irrigation;financial analysis;private sector involvement;availability of water;water resource development;abundance of water;soil conservation practice;land holding size;forest land management;Waterlogging and Salinity;management of forest;land use capability;fee for water;variable interest rate;daily wage rate;on-farm water management;watershed management plan;high water table;national water resource;country economic memorandum;benefits from improvement;lack of investment;investments in dams;rural poverty threshold;land reform program;Accounts and Audit;hydroelectric power plant;per capita consumption;consumption per capita;domestic price stability;investments in agriculture;lack of credit;human capital development;Water Resource Management;transfer of responsibility;exchange rate system;irrigation or drainage;increase in labor;concentration of land;small irrigation system;agriculture and livestock;efficient land use;ground water recharge;quality of water;annual water charge;irrigation infrastructure;farm model;small farmer;land levelling;dry season;water right;irrigation efficiencies;urban agricultural policy;participatory approach;crop area;crop model;distribution network;amount due;storage dam;Exchange Rates;land distribution;irrigation district;watershed areas;family labor;aerial photo;fee collection;soil erosion;Agrarian Reform;average precipitation;private landowner;irrigation development;mountain range;project intervention;irrigated farming;agricultural production;financial viability;yield increase;appraisal mission;irrigation canal;river flow;rainy season;agricultural sector;large farm;agricultural land;study estimate;arid climate;irrigation potential;small holding;irrigation requirement;marginal areas;financing plan;resource availability;census data;import substitution;institutional analysis;farming system;preparation mission;dominican peso;tax law;crop growth;modern production;existing resources;Agricultural Technology;farm income;technological development;rainfall pattern;Livestock Production;explanatory factors;off-farm employment;statutory authority;farm labor;agricultural potential;benefit stream;state agency;border price;soil type;maintenance expenses;agricultural input;adequate water;high humidity;field operations;trade winds;private owner;secondary canal;individual irrigation;administrative region;mountain area;market force;Commitment Fee;severely limits;loan balance;import tax;commercial banking;bank location;computer literate;government institution;land right;tree planting;agricultural science;clear rules;research program;agroforestry management;sediment discharge;community land;managerial capability;output data;increased demand;coastal towns;community representative;technical bid;estimation procedure;soil loss;soil classification;technical proposal;state land;vegetative cover;water retention;catchment area;water flow;soil sampling;small rivers;mountain slope;surface drainage;baseline data;socioeconomic indicator;project impact;agricultural economics;operational procedure;database system;sloping land;financial feasibility;irrigable land;system design;export crop;government strategy;large farmer;crop productivity;industrial production;domestic consumption;preventive measure;environmental monitoring;hill area;field experience;productive capacity;river mouth;job description;coastal aquifers;potential threat;financial parameter;drainage problem;irrigation water;heavy equipment;test result;pilot program;sensitivity analysis;irrigation investment

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