Indian Ocean Tsunami Disaster of December 2004 UNDAC Rapid Environmental Assessment in the Democratic Socialist Republic of Sri Lanka

Similar documents
Indian Ocean Tsunami Disaster of December UNDAC Rapid Environmental Assessment of Aceh, Indonesia

Key things to Know About Environment as a. Cross Cutting Issue In Early Recovery

INTEGRATING CRITICAL ENVIRONMENTAL ISSUES INTO WASH CLUSTER ACTIVITIES

How To Manage A Disaster In India

Prepared by C. Kelly 2 Rapid Environmental Impact Assessment Project, A Benfield Hazard Research Centre/CARE Collaboration

IMPROVING WATER SECURITY IN TSUNAMI EFFECTED AREAS IN SRI LANKA THROUGH DOMESTIC RAIN WATER HARVESTING

When an earthquake erupts A crisis is called a disaster A number of small and large donors have adopted

Coastal Resilience through Integrated Coastal Management. Alan T. White Indian Ocean Tsunami Warning System Program

REQUEST FOR PROPOSAL (RFP) For Consultancy Services

CITIES IN CRISIS CONSULTATIONS - Gaziantep, Turkey

Ensuring Accountability in Disaster Risk Management and Reconstruction

Table of Contents ESF

PAKISTAN - FLOODS AND COMPLEX EMERGENCY

LIST OF RELIEF ORGANIZATIONS

Creating Green Jobs within the Environment and Culture sector.

FACT SHEET #20, FISCAL YEAR (FY) 2015 JUNE 12, 2015

5-2. Dissemination of Earthquake Risk Reduction and Recovery Preparedness Model Programme

Project Management Capacity Building for Planning and Implementing for Tsunami Development Projects in Sri Lanka

GENERIC TERMS OF REFERENCE Environmental Field Advisor (EFA) OCHA Environmental Emergency Section (EES)

Agencies Website. 1. ADB - Environment 3. APEC Oceans Governance

Emergency Plan Of Action update

Flooding Fast Facts. flooding), seismic events (tsunami) or large landslides (sometime also called tsunami).

Policy measures for the prevention and minimization of hazardous wastes

Arctic for the Future. Sergei Tambiev. Action for the Protection of the Arctic Marine Environment

SECTOR ASSESSMENT (SUMMARY): CLIMATE CHANGE. 1. Sector Performance, Problems, and Opportunities

Tohoku University and the Great East Japan Earthquake Our Role, Responsibility and Mission. Susumu SATOMI President, Tohoku University

AFRICAN DEVELOPMENT BANK

Disaster risk reduction & emergency response for WASH

Centre International de Droit Comparé de l Environnement CIDCE. Comments on the Zero draft of the Post 2015 framework for disaster risk reduction

Ex-Ante Evaluation (for Japanese ODA Loan)

WHAT IS CCCM? CAMP COORDINATION AND CAMP MANAGEMENT

Tsunami Recovery and Restoration in the Maldives Lessons Learned. Marie Saleem and Shahaama A. Sattar

NEPAL. Bhutan 56,710 56,710 43,920 43,920 29,290 29,290 Tibetans 15,000-15,000-15,000 - Various Bhutan 2,290-1,790-1,790 -

UNHCR Georgia 2010 Operation

International emergency response

Gambia Project - Role of the World Food Programme (WFP)

Global water resources under increasing pressure from rapidly growing demands and climate change, according to new UN World Water Development Report

Chapter 7: Japan s humanitarian assistance

Indonesian National Network on Disaster Resource Partnership (DRP)

valuing wetlands as infrastructure: examples from Asia Lucy Emerton Environment Management Group

ETHIOPIA EL NINO EMERGENCY

Long Term Recovery and Rehabilitation. Issues for discussion. Recovery

TRANSITION FROM RELIEF TO DEVELOPMENT: Key Issues Related to Humanitarian and Recovery/Transition Programmes

Karlstad, Sweden. Local progress report on the implementation of the Hyogo Framework for Action ( )

SITUATION IN LEBANON

Medical Waste Management Pilot Project in the Southern West Bank Governorates

UNCSD Thematic Seminar on Waste Management. January 12, 2010

Results of the Conference

Plan for the Establishment of ASEM Water Resources Research and Development Center

Learning from Disaster Recovery Ian Davis Visiting Professor, Cranfield, Coventry and Kyoto Universities

Towards sustainable and strategic management of water resources

APPENDIX III: EMERGENCY SUPPORT FUNCTION 3 - PUBLIC WORKS AND ENGINEERING

Briefing Note. Crisis Overview. Afghanistan. Floods. Date: 24 April - 2 May 2014

UNDP Recovery Activities: Examples from Indonesia and Haiti

ANNEX 3 ESF-3 - PUBLIC WORKS AND ENGINEERING. SC Budget and Control Board, Division of Procurement Services, Materials Management Office

Tourism and Biodiversity. Achieving Common Goals Towards Sustainability

London Borough of Waltham Forest LOCAL FLOOD RISK MANAGEMENT STRATEGY. Summary Document

Lebanon Hotspot Report: the Garbage Mountain

Living & Working Managing Natural Resources and Waste

The Role of Government in a Disaster

NATIONAL POLICY ON THE INCIDENT MANAGEMENT SYSTEM

Islamic Republic of Afghanistan, Post Disaster Need Assessment (PDNA) Training Manual

Guidelines (Master Plan) for Disaster Waste Management after the Great East Japan Earthquake

IASC Inter-Agency Standing Committee

Coastal Erosion Risk Mitigation Strategies applied in a Small Island Developing State: The Barbados Model

In the Caribbean, August and September are peak months during the hurricane season that lasts from June 1 through November 30.

MONTGOMERY COUNTY, KANSAS EMERGENCY OPERATIONS PLAN. ESF14-Long Term Community Recovery

EUROPEAN WATER RESOURCES AND POLICY

Enhancing the Capacity of Sri Lankan higher education institutions to meet post disaster recovery challenges

Asia Earthquake and Tsunami Operation - Review of the Evaluation Process

DEPARTMENT OF FORESTRY DRAFT REVISED NATIONAL FOREST POLICY OF MALAWI

Program Details Notes Flood Mitigation Assistance Program (FMA)

DANISH REFUGEE COUNCIL LEBANON. Accountability Framework

Unique Roles and Skills for Professional Social Works in Indonesia: Disaster Management

NATURAL RESOURCE RESTORATION LESSON PLAN Fix It!

ASSESSMENT AND MANAGEMENT OF CONTAMINATED SITES IN FLOOD DISASTER IN SERBIA 2014

NATIONAL RAPID ENVIRONMENTAL DESK ASSESSMENT - SOMALIA SOMALIA

The United Nations Environment Programme and the 2030 Agenda. Global Action for People and the Planet

ngo partnerships JOB skills training and TemporarY income

Mudflow in Gorno-Badakhshan Autonomous Oblast (GBAO) Tajikistan Situation Report # 4 August 14, 2015

FACT SHEET #9, FISCAL YEAR (FY) 2015 MAY 6, 2015

International humanitarian aid. Policy document

Human mobility and displacement tracking

UNDP Turkey Environment and Sustainable Development Programme

EN 31IC/11/R7 Original: English Adopted

Assessment of Impact of the December 26, 2004 Tsunami In Aceh Province Indonesia

edms 5. THAILAND 5.1 Water Resources Management Policies and Actions

A Three Year Investigation into the Triple Bottom Line Performance of Small and Micro Social and Environmental Enterprises in Developing Countries

EPA s Typhoon Morakot Disaster Emergency Response

ZAMBIA EMERGENCY HUMANITARIAN FOOD ASSISTANCE TO FLOOD VICTIMS

16. Human resources 16.1 Professional staff Monitoring and surveillance Prevention and mitigation Relief work Recovery

NORWEGIAN DIRECTORATE FOR CIVIL PROTECTION (DSB)

Iraq at a crossroads of development and crises

Business Analysis of Sarvodaya Situational Reporting Procedures

Indonesian orphans on the increase as Tsunami pushes parents into poverty and children into institutions

Resolution adopted by the General Assembly. [without reference to a Main Committee (A/64/L.43 and Add.1)]

Reducing Risk through Environment in Recovery Operations

Public-Private Sector Partnerships in Disaster Reduction Private sector companies are major contributors in response to disasters worldwide

Maryland Emergency Operations Plan

Developing Early Warning Systems: A Checklist

Transcription:

Indian Ocean Tsunami Disaster of December 2004 UNDAC Rapid Environmental Assessment in the Democratic Socialist Republic of Sri Lanka Joint UNEP/OCHA Environment Unit February 2005 United Nations Office for the Coordination of Humanitarian Affairs (OCHA) United Nations Environment Programme (UNEP)

Published in Switzerland, 2005 by the Joint UNEP/OCHA Environment Unit Copyright 2005 Joint UNEP/OCHA Environment Unit This publication may be reproduced in whole or in part and in any form for educational or not-for-profit purposes without special permission from the copyright holder, provided acknowledgement is made of the source. Joint UNEP/OCHA Environment Unit Palais des Nations CH-1211 Geneva 10 Switzerland Tel. +41 (0) 22 917 3484 - Fax +41 (0) 22 917 0257 http://ochaonline.un.org/ochaunep Report Coordinator: Roy Brooke Contributing authors: Charles Kelly, Raquel Negrelle, Alain Pasche Writer/editor: Eamonn Casey All photos: UNDAC team 2

Table of Contents 1. Introduction 4 Overview 4 Methodology 4 2. Key Findings 6 Key Environmental Issues 6 Management of Waste and Debris 6 Sewage and Sanitation Management 8 Medium-longer term environmental issues 8 Other Key Issues 9 Coordination 9 Re-Mapping Affected Areas 9 3. Recommendations 10 Management of Waste and Debris 10 Sewage and Sanitation Management 10 Monitoring and screening activities 11 Re-mapping Affected Areas 11 Other issues 11 End Notes 12 3

Section 1: Introduction Overview On 26 December 2004, an earthquake measuring 9.0 on the Richter scale struck the west coast of Northern Sumatra. This was followed by aftershocks ranging from 6.3 to 7.0. The earthquakes triggered powerful tsunamis up to 10 meters in height that caused immense damage and loss of life in coastal areas of the Indian Ocean. Tsunamis and urgent environmental issues Acute environmental impacts with immediate effects on human lives and direct relevance to humanitarian response efforts can be expected in the face of such a disaster. The Joint UNEP/OCHA Environment Unit (Joint Unit), integrated in the Emergency Services Branch of the United Nations Office for the Coordination of Humanitarian Affairs (OCHA), is the principal United Nations mechanism mandated to assist countries facing environmental emergencies. The Joint Unit is supporting Rapid Environmental Assessments (REA) in the region, in collaboration with the United Nations Disaster Assessment and Coordination (UNDAC) teams mobilized to assist national and international response to the tsunami crisis. The objective of the REA is to identify acute environmental issues with immediate implications for human lives and response efforts, and based on this, to provide humanitarian and other partners with effective support and analysis. In Sri Lanka, the REA identified: No major life-threatening environmental emergencies resulting from the tsunami; Urgent environmental concerns related to the management of tsunami debris, and sewage and sanitation issues in locations where displaced people are being offered emergency shelter; Coordination issues and re-mapping needs; and, Longer-term environmental issues that, while not the focus of this report, do require further attention. Methodology In response to the tsunami disaster in Sri Lanka, the Joint Unit supported the deployment of two full members of the UNDAC team, one funded by the Swiss Agency for Development and Cooperation, and another from the Federal University of Parana, as well as a third expert from CARE International who worked in collaboration with the UNDAC team. These experts conducted the REA using a combination of approaches. Immediately following the UNDAC team deployment, a quick assessment was undertaken to identify, in particular, whether the tsunami had resulted in any hazardous chemical spills or similar contamination. Following this evaluation, the environmental experts undertook a collaborative and more detailed REA. This included an assessment of issues from the perspective of relief organisations working in Colombo, as well as visits to affected communities in Ampara, Batticaloa, Galle and Trincomalee Districts. The REA was based on a methodology developed by the Benfield Hazard Research Center and CARE 4

International with support from the Joint Unit, USAID and the Norwegian Ministry of Foreign Affairs i. A draft REA report was issued on 24 January 2005 ii, and followed up with sitespecific assessments and assistance to act on the issues identified. The assessment process also took note of results from other evaluations conducted in Sri Lanka, including work by the World Conservation Union (IUCN) and Coral Reef Degradation in the Indian Ocean iii. This report describes REA findings and makes recommendations to ensure that support and assistance can be mobilized and coordinated effectively to reduce environmental risks. A before-and-after disaster map in the Galle area of Sri Lanka. The area of detail is shown on the right (Map: UNOSAT). 5

Section 2: Key Findings Overview The key environmental findings from the REA are as follows: While there is damage to the natural and built environment in affected coastal areas, there are no major life-threatening environmental emergencies in Sri Lanka as a result of the tsunami. Areas of acute environmental concern requiring immediate attention include management of tsunami waste and debris, and sanitation and sewage issues in settlements. While not the focus of this report, there are a number of longer-term issues that require further assessment. Other key findings include: Specific coordination needs to enhance environmental risk mitigation efforts. Remapping needs to ensure effective reconstruction efforts. Key Environmental Findings Management of waste and debris The tsunami created significant amounts of waste and debris including metal structures, vehicles, plaster, concrete blocks, bricks, wooden planks, organic waste and dead fish. This waste needs to be managed in an environmentally sustainable manner. The REA found that current disposal methods, which generally involve dumping debris on wetlands, beaches or unoccupied land, can create environmental risks. Initial clearing efforts are underway. These need to be followed by further processing of waste and debris. Much of the debris can be recycled for reconstruction or commercial uses, and both commercial and community recycling systems exist in Sri Lanka. Landfill disposal can be used for any remaining waste. Local expertise and capacities in recycling, composting and environmental management can play a key part in clearing efforts. The government s Central Environmental Authority (CEA) is attempting to promote Box 1. An emerging success: waste removal in Galle District Removal of tsunami debris is essential to safety, health and sanitation. It also contributes to restoration of normalcy and community rebuilding. A promising model has emerged in Galle, on the southern coast of Sri Lanka. Thousands of displaced people are being mobilised there through a pay-for-work scheme to clear public and private land safely and systematically, and reduce the amount of debris through recycling. For the Galle model to be successfully used elsewhere, professional management and logistics coordination is needed, as well as additional financial support. Preliminary indications are that initial debris clearing and recycling in a 1km stretch of urban area requires 2-3 days, with up to 400 workers per day. The heavy equipment requirement for a district-level clearing operation are estimated to be: two front-end loaders, four dump trucks, four tractors and tipping trailers, six back-hoes, 10 shredders, two bulldozers and two long-bed trucks. environmentally sustainable debris disposal, but faces operational limitations. Organizations including the Italian Civil Defence, United Nations Environment Programme (UNEP), United Nations Development Program (UNDP) and Asian Development Bank (ADB), are considering or have proposed debris removal efforts. 6

At a district level, NGOs are implementing livelihood support activities such as cashfor-work initiatives that often involve debris removal. However, the REA found that these do not consistently meet current best practices. This is due to a lack of readily available guidance, practical procedures and resources. The REA also identified that NGO and local government operations do not have adequate access to funding to cover the cost of locally available heavy equipment to support debris collection, recycling and disposal. Procedures have been piloted in Galle District in the south of the country to reduce waste and debris through recycling, ensuring systematic land clearance, and identifying requirements for disposal of debris that cannot be recycled iv. The model is based on a labour-intensive public works approach that also improves local livelihoods (see Box 1). Sorting waste in Galle District: the waste management project could be effectively scaled up. 7

Sewage and Sanitation Management Thousands of Sri Lankans were displaced from their homes by the tsunami. Sanitation and sewage management in sites being used to offer them shelter is an enormous challenge, particularly given the general unsuitability of some locations. These internally displaced people (IDPs) are being sheltered in local centres such as schools, religious facilities and larger IDP camps. The REA identified a number of environmental and human health risks at some of these centers, including: The concentration of populations in locations with limited options for human waste disposal; Inadequate supplies of equipment to clear sewage; An absence of ways to safely dispose of sewage and other waste; and, A lack of experience on the part of some organisations in managing IDP sites. Moreover, while it is planned to move IDPs from local centres to temporary settlements until more permanent solutions are available, land is in short supply. According to information gathered during the REA, this may create a risk that IDPs are situated in environmentally sensitive locations, including those subject to flooding. This could create or exacerbate environmental and humanitarian problems. UNICEF has conducted site-specific assessments and is, in cooperation with the Sri Lankan Ministry of Urban Development and Water, seeking to improve the availability of equipment to clear sewage. The capacity of NGOs working on sanitation and sewage issues at IDP sites varies considerably, as does the level of available from local authorities for clearing and handling of sewage and waste. This report makes a number of recommendations in relation to these findings. Medium and longer term environmental issues Identifying risks in IDP camps: the REA found sanitation and sewage concerns. Tsunami survivors lost most, if not all assets during the disaster. Given the reported over-exploitation of marine resources before the tsunami, there is a risk that efforts to rebuild assets through fishing will result in additional damage to the environment. Some other possible activities such as sand mining, also have the potential for negative environmental impacts. In many coastal areas, the tsunami increased the salinity of groundwater used for consumption and irrigation. Soil salinity was also increased, although these effects are likely to have been mitigated by rainfall. Some limited oil pollution, believed to be from damaged or sunken fishing vessels, also was noted in a number of locations. It is anticipated that this contamination will dissipate through natural degradation. Tsunami damage to the marine environment, including lagoons, estuaries and wetlands, does not appear to have been significant, although this could be confirmed 8

through the more detailed assessments currently underway. Near-shore areas contain litter and debris, affecting the local environment as well as future use of these areas for fishing. Fish populations appear to have been affected to varying degrees, generally in proportion to the level of reef damage in the vicinity. Damage to terrestrial ecosystems was limited to the near-shore areas. Assessments are under way to identify specific damage. Severe beach erosion was observed on the east and southwest coasts, particularly in areas where illegal coral mining reportedly occurs. Other key findings Coordination Immediately following the tsunami, the inclusion of environmental issues into disaster management efforts at the national level was limited. The situation improved following the assignment of an environmental adviser to the Centre for National Operations (CNO), the mechanism responsible for overseeing immediate response efforts in Sri Lanka. The UNDAC team environmental experts had advocated for this particular assignment. At the national level, relief and recovery efforts moved to a new phase on February 4 2005 following the closure of the CNO. The governmental Task Force for Rebuilding the Nation (TAFRN), Task Force for Rescue and Relief (TAFRER) and Task Force for Logistics and Law and Order (TAFLOL) are responsible for major elements of relief and recovery efforts. Information collected during the REA suggests that CNO closure may leave a gap in policy development and coordination on environmental issues. The REA also found that some NGOs do not have sufficient capacity to identify, monitor or address negative environmental effects and that relevant government structures may need additional support for ongoing or planned response and reconstruction efforts. Re-mapping Affected Areas Re-mapping affected areas before redevelopment begins can ensure the identification of hazardous areas created by tsunami-induced changes, such as mass graves and locations vulnerable to flooding. Remapping is therefore an important tool to help to ensure that tsunami victims do not face new dangers when they resettle, and can also reassure affected populations of the safety of the locations where they rebuild. Within the government, the Ministry of Urban Development and Water and the Survey Department have been tasked with mapping affected areas. The governments of Germany, the Netherlands, Sweden, Japan and the US, along with the EU, UNEP and UNOSAT, reportedly have been or will be involved in remote sensing data collection of affected coastal areas. The government has established a safe construction set-back ranging from 100-200 meters from the coastline. Affected populations need to be made aware of this so they know were they can start rebuilding homes. 9

Management of Waste and Debris Section 3: Recommendations 1. Practical efforts such as the Galle District waste management project (see Box 1) should be scaled-up across affected areas. Expanded efforts should address all project aspects, including organisation, logistics, recycling, disposal, and landfill site selection and management. Donors should consider additional support for expanded efforts, under the overall coordination of UNDP. 2. UNDP may consider expanded efforts to identify NGO and local authority needs for resources, equipment and environmental expertise, and match these with donor offers. Donors and the international community should consider making available additional resources where there are gaps between identified needs, and the resources to meet them. 3. A common best practice approach to debris removal should be developed to minimise negative environmental impacts. Related guidance material should be translated into local languages and effectively disseminated. Coordination between a range of organizations is required to achieve this, under the overall direction of UNDP. Options exist to address urgent waste and debris management concerns. Sewage and Sanitation Management In general terms, current and expected sanitation and sewage issues in settlements can be addressed through: The appropriate construction and management of latrines and waste collection systems in IDP settlements; An increase in equipment to clean and dispose of sewage and other waste; 10

Training for organisations managing IDP centres to ensure that best practices in sanitation and waste disposal are followed. Specific recommendations are as follows: 1. Office for the United Nations High Commissioner for Refugees (UNHCR) tools and experience in addressing refugee camp environmental issues (e.g. site screening and advocacy tools) could be adapted for Sri Lanka and disseminated. Related environmental training programs should be made available to NGOs and other personnel addressing IDP camp management issues. 2. Agencies that sponsor UN Volunteer should consider increasing environmental field support in IDP settlements through assigning environmental tasks to current volunteers, or short-term redeployment. The Joint Unit and CARE International should consider additional training of UN Volunteers where required. 3. An equipment and expertise needs assessment could be undertaken in IDP camps, and the results shared with the donor and international community. Donor and the international community should consider making available additional environmental experts and other resources where there are gaps between identified needs, and the resources to meet them. 4. Efforts should be supported to ensure affected populations are aware of new government set-backs from the shoreline. Monitoring and screening activities 1. UNDP may consider expanded monitoring activities to ensure that assistance to tsunami survivors does not have unanticipated and unnecessary impacts on the environment. 2. A rapid screening of donor and international organisation projects both planned and ongoing - could be undertaken by UNDP with donor support to ensure that negative environmental impacts are avoided or mitigated. Re-mapping Affected Areas 1. Tsunami-affected coastal areas in Sri Lanka need to be re-mapped. Donors may wish to consider technical support and the provision of remote sensing data to appropriate government units, NGOs and affected communities. Other issues 1. It may be possible to identify environmental 'lessons learned' from the tsunami and subsequent response efforts, based on this REA and other evaluations. Over the longer term, these could be consolidated, disseminated, and used to support future risk reduction activities such as training programs. 11

End Notes i http://www.benfieldhrc.org/siteroot/disaster_studies/rea/rea_index.htm ii Draft report is available at: http://www.benfieldhrc.org/siteroot/disaster_studies/rea/rea_index.htm iii For more detail on Coral Reef Degradation in the Indian Ocean, go to: http://www.iucn.org/info_and_news/press/cordio-iucn-report-tsunami.pdf iv Alain Pasche and Charles Kelly, UNDAC, Sri Lanka. Concept Summary: Improving the disposal of tsunami-generated waste. 27 January 2005. 12