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Sri Lanka - Improving Climate Resilience Project : environmental assessment : Environmental assessment and management framework (Inglês)

The Improving Climate Resilience Project for Sri Lanka seeks to reduce the vulnerability of exposed people and assets to climate risk and to improve the government's capacity to respond effectively to disasters. An environmental assessment and management framework has been created to address the potential environmental impacts of the project. Negative impacts identified include: loss of productive top soil due to site preparation work, soil erosion, contamination of soil, siltation of waterways, flooding of local areas due to re-channelization of waterways, reduction in groundwater recharge due to drainage and excavation, improper storage of chemicals that could emit fumes of stored chemicals, noise pollution, clearing of vegetation leading to disturbance to natural habitats, disturbance to animal migration routes and patterns, changes to aquatic ecosystems due to siltation of waterways, changes to speed and volume of water flow, flooding due to blocking of irrigation channels, and safety issues related to poor operations. Detailed and appropriate mitigation measures have been suggested to counter these adversities.

Detalhes

  • Data do documento

    2014/01/01

  • TIpo de documento

    Avaliação Ambiental

  • No. do relatório

    E4419

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    Sri Lanka,

  • Região

    Sul da Ásia,

  • Data de divulgação

    2014/01/29

  • Disclosure Status

    Disclosed

  • Nome do documento

    Environmental assessment and management framework

  • Palavras-chave

    Irrigation and Water Resources Management;Strategic Environmental and Social Assessment;Environmental Assessment and Management Framework;flood and drought risk;Environmental and Social Safeguard;strategic environmental impact assessment;public awareness and communication;physical cultural resources;surface water quality;national environmental legislation;machinery and equipment;disbursement of fund;critical natural habitats;legislation and regulation;contamination of soil;areas of work;project engineer;negative environmental impact;environmental management framework;water resource infrastructure;assessment of risk;flora and fauna;Water and Land;resettlement of people;impact of flood;long term investment;loss of land;irrigation and drainage;local nongovernmental organization;multiple funding sources;environmental resource management;allocation of water;land use change;water resource development;codes of practice;management of forest;minister in charge;environmental safeguard policy;ground water source;pollution of soil;category of services;Environmental Management Plan;human resource capacity;reduction in groundwater;site engineering;natural habitat loss;initial environmental examination;ambient air quality;international environmental treaties;impacts on ecosystems;degradation of habitat;implementation of mitigation;removal of trees;adverse environmental impact;maintenance of infrastructure;climate risk reduction;indirect economic loss;waste disposal site;disaster risk management;procurement of work;Type of Investment;emissions to air;volume of water;mitigation measure;climate resilience;preventive measure;Flood Mitigation;slope protection;burrow pit;cultural property;top soil;conveyance capacity;natural disaster;environmental aspect;environmental analysis;risk model;mining license;infrastructure rehabilitation;improved accessibility;construction work;soil erosion;hydraulic infrastructure;lateral drain;drainage development;retaining wall;fiscal loss;construction area;investment planning;reconstruction activities;overland flow;flood damage;pristine areas;flood event;construction site;drought events;construction material;petroleum product;environmental risk;rain water;surface vegetation;project execution;state land;environmental issue;significant loss;transport network;bridge improvement;water bodies;road link;investment program;high precipitation;downstream impact;Natural Event;diversion structure;pump station;emergency response;rainfall trend;mitigation investment;feasibility assessment;communications equipment;home gardens;paddy field;irrigation channel;embankment slopes;drainage structure;heavy rain;inadequate maintenance;infrastructure work;water flow;drainage pattern;affected population;industrial machinery;local area;waste water;worker camp;soil pollution;construction equipment;legal requirement;dry area;environmental approval;cultural issues;pollution control;aquatic ecosystem;road map;genetic resource;reserve forest;public expectation;mountainous area;land area;project intervention;recovery activity;animal migration;soil surface;recovery effort;hill slopes;fruit tree;heavy rainfall;water cost;flood plain;rainy season;transport investment;local flood;future demand;drainage facilities;soil material;environmental requirement;excavation work;vegetation cover;air transport;institutional responsibilities;drainage management;drainage improvement;bridge design;project costing;water catchment;health hazard;management structure;buffer strips;procurement practice;safety engineering;Temporary Work;building code;waste oil;vehicle servicing;vehicle cost;mining operation;improper storage;noise nuisance;fuel product;threatened species;forestry activities;operational activity;medical supply;school supply;land owner;fill material;agricultural area;productive area;safety issue;barren land;international consultant;vulnerable area;flood model;holistic manner;beneficial impact;significant threat;high rainfall;flood loss;risk assessment

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