SAARC. Regional Cooperation on Landslide Risk Management in South Asia. Road Map. SAARC Workshop on Landslide Risk Management in South Asia

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

Probabilistic Risk Assessment Studies in Yemen

How can we defend ourselves from the hazard of Nature in the modern society?

PRESENTERS: BACHELOR OF ARTS- PSYCHOLOGY

Institute for Risk and Disaster Reduction University College London

Promote Business Continuity Planning for Disaster Resiliency in Vietnamese economy

DISASTER RISK DETECTION AND MANAGEMENT COURSES SETUP SCENARIO AT MAKERERE UNIVERSITY. Makerere University

HAZARD MAPPING, RISK ASSESSMENT, AND INSURANCE COVERAGE OF NATURAL CATASTROPHE RISK

Natural Disasters & Assessing Hazards and Risk. Natural Hazards and Natural Disasters

Preliminary Database Good Practices on Recovery (IRP) AND Total Disaster Risk Management (TDRM) Good Practices

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

DISASTER MANAGEMENT SYSTEM IN NEPAL POLICY ISSUES AND SOLUTIONS

Long Term Recovery and Rehabilitation. Issues for discussion. Recovery

Disaster Risk Assessment:

CHAPTER 8 Natural Disasters

Utilizing space and GIS for effective disaster risk management -ESCAP's practices in Asia and the Pacific

Multi-Hazard Disaster Risk Assessment (v2)

Disaster Risk Reduction UNESCO s contribution to a global challenge

HEALTH INFORMATION MANAGEMENT

Plan Plus Volume 1 No ( )

How To Manage A Disaster In India

A disaster occurs at the point of contact between social activities and a natural phenomenon of unusual scale.

CSCAP MEMORANDUM No. 15 The Security Implications of Climate Change

EMERGENCY MANAGEMENT AGAINST THE NATURAL DISASTERS OF TURKEY: MITIGATION, RESPONSE AND RECOVERY ISSUES

Ensuring Accountability in Disaster Risk Management and Reconstruction

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

Natural Disaster Impact on Business and Communities in Taiwan. Dr. Chung-Sheng Lee. NCDR Chinese Taipei

A Guide to Hazard Identification and Risk Assessment for Public Health Units. Public Health Emergency Preparedness Protocol

OECD RECOMMENDATION CONCERNING GUIDELINES ON EARTHQUAKE SAFETY IN SCHOOLS

Discussion about the practicability of implementing flood risk. management and urban flood insurance in China. Longhua Gao, Xiaoqing Zhou

Anchorage All-Hazard Mitigation Plan October 2004

Structural Retrofitting For Earthquake Resistance

TERRITORIAL PLANNING FOR THE MANAGEMENT OF RISK IN EUROPE

Security Risk Assessment Tool

Keynote 2: What is Landslide Hazard? Inventory Maps, Uncertainty, and an Approach to Meeting Insurance Industry Needs

CRITICAL INCIDENT CRITICAL INCIDENT

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

Mobilising Adaptation Finance: The status of public finance related to national funding for developing countries

Landslide Briefing to City Council April 28, 2014

UNISDR Science and Technology Roadmap

Guideline for Stress Testing the Climate Resilience of Urban Areas

ISTANBUL SEISMIC RISK MITIGATION AND EMERGENCY PREPAREDNESS PROJECT (ISMEP)

Graduate School of Disaster Prevention Kangwon National University.

18-22 January 2005, Kobe, Hyogo, Japan. Building the Resilience of Nations and Communities to Disasters.

5 day Training on Climate Change and Adaptation

CDIA Strategy and Action Plan for Pro-poor Urban Infrastructure Development July 2011 Final Version CDIA

Landslides & Mudflows

Disaster Preparedness and Response World Health Organization Regional Office for Europe. Introduction to the VRAM

Armenia. Alvaro Antonyan Armenian National Survey for Seismic Protection. HFA in Armenia Recent Developments

CLIMATE RISK MANAGEMENT IN ADB PROJECTS

Emergency Management Audit For Businesses

TERMS OF REFERENCE. Assessing and Strengthening Legal Awareness Raising Initiatives with Youth Bhutan National Legal Institute (BNLI)

TOPIC 4 Disaster Risks, Mitigation, Warning Systems & Socio-Economic Impacts. Jim Davidson

Conference Statement:

Earthquake Hazards Reduction Act of 1977, As Amended

Preparing Istanbul for Future Disasters: İstanbul Seismic Risk Mitigation and Preparedness Project (ISMEP) Istanbul Project Coordination Unit

Situation Evaluation of National Risk Assessment. -Tool and Guideline- (Version 1.0)

Develop hazard mitigation policies and programs designed to reduce the impact of natural and human-caused hazards on people and property.

PACIFIC CATASTROPHE RISK ASSESSMENT AND FINANCING INITIATIVE

Risks in School Safety Assessment

Disaster Risk Assessment:

Disaster Risk Assessment:

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

Public Health Disaster Consequences of Disasters

DISASTERS & EMERGENCIES

SYLLABUS OF DIPLOMA IN DISASTER MANAGEMENT (DDM) Semester-I. Semester-II

UGANDA. Climate Change Case Studies

Southwest Indian Ocean. Risk Assessment and Financing Initiative (SWIO RAFI) GFDRR GFDRR. Global Facility for Disaster Reduction and Recovery

How To Help The Most Vulnerable

Regional Cooperation on Application of Science and Technology for Disaster Risk Reduction and Management in South Asia

A preliminary analysis of flood and storm disaster data in Viet Nam

Economic and Social Council

Building a Spatial Database for Earthquake Risk Assessment and Management in the Caribbean

Geospatial Software Solutions for the Environment and Natural Resources

Remote Sensing and GIS based Approach for Multi-Source Landslide Mapping in Southern Kyrgyzstan

INFORMATION TECHNOLOGY FOR DISASTER MANAGEMENT Tulsi Vyas Aneri Desai

Disaster Risk Management: prevention and urgent repair procedures for infrastructure and facilities

Terms of Reference For First Joint Mission for the Pilot Programme on Climate Resilience (PPCR) In St. Vincent and the Grenadines

School Disaster Management Planning Template

KNOWLEDGE MANAGEMENT IN DISASTER RISK REDUCTION

DISASTER PREPAREDNESS IN MEDICAL EMERGENCIES

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

With the large number of. How to Avoid Disaster: RIM s Crucial Role in Business Continuity Planning. Virginia A. Jones, CRM, FAI RIM FUNDAMENTALS

District Disaster Risk Management Planning

DISASTER MANAGEMENT. Goals To instill an understanding of the disaster management process

Emergency Preparedness Guidelines

COMPREHENSIVE SCHOOL SAFETY

Disaster Risk Reduction through people centered National Multi-hazard Early Warning System in the context of Maldives

Geohazards: Minimizing Risk, Maximizing Awareness The Role of the Insurance Industry

Comprehensive School Safety

RISK MANAGEMENT CASE STUDY OIL AND GAS INDUSTRY

DISASTER RISK MANAGEMENT AND PLANNING FOR HOSPITALS & HEALTHCARE FACILITIES

Climate Change and Sri Lanka. Ajith Silva Director/ Policy and Planning Ministry of Environment and Natural Resources Sri Lanka

DIRECTIONS IN DEVELOPMENT Environment and Sustainable Development. Building Urban Resilience. Principles, Tools, and Practice

Implementation of the FDES 2013 and the Environment Statistics Self-Assessment Tool (ESSAT)

Analysis of Alert Messages formats for Environmental Disaster Management

Statement of Guidance

Comprehensive School Safety

CNDS Centrum för naturkatastrofslära Natural disaster science Emergence of a new, interdisciplinary. Sven Halldin. Centre for Natural Disaster Science

Resilience Strategy Update from 100 Resilient Cities

Transcription:

SAARC Regional Cooperation on Landslide Risk Management in South Asia Road Map SAARC Workshop on Landslide Risk Management in South Asia Thimphu, Bhutan 11-12 May 2010 1

Regional Cooperation on Landslide Risk Management in South Asia 1. Introduction 1.1 Almost every country of South Asia is affected by the hazards of landslides of varying types and intensities. Landslides occurred due to chain of causative factors both natural and man-made. Many coastal and island areas of South Asia have been facing the risks of underwater landslide and coastal instability. Climate change and associated risks of glacial melts, glacial lake outburst floods and sea level rise have added new dimensions to the risks of landslides. Much of the dynamics of these risks are yet to be assessed and mapped scientifically in most parts of South Asia. 1.2 Landslides have been causing substantial number of deaths, injuries and damages to human settlements and infrastructure, besides disrupting road and rail communications and rupturing oil, gas, water and sewage pipelines in almost every country of South Asia, but none of the countries of the region maintain a comprehensive database on landslide events, historical as well as real time, and the associated damages and losses due to such events. The global database on landslides also does not capture the variety and intensity of landslides of South Asia. As the landslides are mostly sporadic, localized and dispersed in nature these do not always create the big news that other natural disasters like earthquake, flood or cyclone and most of the events are not even reported. 1.3 The current science and practice of landslides risk management in South Asia is far removed from the state-of-art tools and techniques of landslide mitigation and management. Although such tools have been applied in few areas to protect vital slope and infrastructure, application of such tools in engineering practices are not generally contemplated due to capacity and cost constraints. No much success has been achieved in developing region and location specific cost effective solutions. While technical and operational guidelines have been developed for landslide risk mitigation in a few countries and some innovative and solutions have been implemented in some places, sharing and exchange of learning and good practices among the countries of the region are almost non-existent. Scientists, engineers and environmentalists from South Asia have been making significant contributions on landslide research in many institutions in the region and outside, but a South Asian forum of landslide experts is not in place to learn from each other s experience and collaborate with regional and global institutions. 2

In short, there are many shared interests and large gaps in landslide risk management in South Asia which offer huge scope for regional cooperation among the countries of South Asia. 1.4 In order to review the current strength and capacity of the South Asian countries for landslide risk management, assess the critical gaps, identify the possible areas of regional cooperation and develop a Road Map for such cooperation in short, medium and long time frame, the SAARC Disaster Management Centre organized a Workshop on Landslide Risk Management in South Asia on 11-12 in Thimphu, Bhutan in collaboration with the Ministry of Home and Cultural Affairs of the Royal Government of Bhutan. 1.5 The Workshop recommended the following Roadmap for Regional Cooperation for Landslide Risk Management in the region. A. Landslide Risk Assessment 2.1 Most of the countries of the region have not been able to assess the hazards, vulnerabilities and risks of landslides in a holistic and comprehensive manner. It was noted that the countries of South Asia, and sometimes different agencies within the same country, have been following different classification system, terminologies, methodologies and scales for landslide hazard zonation mapping. The workshop recommended that an Expert Group may be constituted under the auspices of the SAARC Disaster Management Centre to critically review the current practices of landslide hazard zonation mapping in the countries of South Asia and develop commonly acceptable guidelines on landslide hazard zonation mapping, landslide terminology and classification system in the light of the global state-of-the-art practices. The draft guidelines so prepared shall be circulated to the Member States and peers in South Asia for comments and validation. Based on the comments received the Expert Group shall finalize the guidelines for adoption by the Member States. B. Landslide Inventories 3.1 None of the countries of South Asia has been able to develop a comprehensive database and inventory of landslides. The global database on landslides does not adequately capture the frequency and intensity of landslides of South Asia. The workshop recommended that a comprehensive database of landslide disasters in each country of the region since 1990, to the extent it is 3

feasible, shall be developed and the same shall be updated on an annual basis under the auspices of the SAARC Disaster Management Centre. The Centre shall develop a template for documentation of historical and current landslides through consultation among experts of the region and further prepare guidance notes for documentation. The information thus collected shall be compiled, analyzed and further validated through consultation among experts before its dissemination. 3.2 The workshop further recommended that the SAARC Disaster Management Centre should bring out a publication on the Major Landslides in South Asia. Every Member State may be requested to document case studies on catastrophic landslides in their own country, to be compiled, and published by the SAARC Disaster Management Centre. C. Early Warning of Landslides 4.1 The workshop recognized that unlike earthquakes, most recurrent landslides could be predicted through a timely systematic programme of detailed engineering geological, geotechnical and hydro-geological and hydro-metereological investigation, instrumentation, modeling and real time monitoring. It was noted that some of the countries of South Asia have developed early warning system of landslides in specific local areas through a combination of instrumentation and community based interventions. It was recommended that the SAARC Disaster Management Centre shall take the initiative to document such initiatives, and examine the strength and constraints of such of such initiatives. 4.2 Based on this study the SAARC Disaster Management Centre shall develop a few pilot projects on landslide early warning system on cost sharing basis in selected countries, as may be willing, in collaboration with reputed scientific and technical organizations within or outside the region. The Centre shall develop guidelines to encourage Member States in the formulation of such projects. D. Landslide Risk Mitigation 5.1 The risks of landslides can be reduced significantly through a combination of structural and non-structural measures. The package of measures to be adopted for landslide risk mitigation would depend on the unique site conditions of specific landslides. The workshop recommended that the SAARC Disaster Management Centre may take the initiative of preparing a Compendium on the Best Practices of Landslide Risk Mitigation in South Asia region for the benefit of researchers and 4

practitioners in the field. The compendium would include engineering and nonengineering solutions and community based interventions for landslide mitigation. 5.2 The workshop felt that the current retrofitting programmes for seismic safety in the region stops at retrofitting of the superstructure of buildings. This practice is grossly unsafe inasmuch as even the retrofitted buildings will fail, if the slopes on which they are supported fail by sliding. The workshop recommended that the SAARC Disaster Management Centre may develop guidelines on evaluation of slope stability and strengthening of slopes based on the global best practices. E. Training and Capacity Building 6.1 For national landslide hazard and risk assessment programmes to be successful it is imperative that highly trained professionals man the mapping teams. The workshop recommended that the following steps may be taken in this regard: a) SAARC Disaster Management Centre should design highly focused thematic training programmes and implement them in association with leading landslide experts and well established institutions. Some of the topics which need to be covered in such programmes are (a) Field oriented engineering geological, geomorphological, hydro-geological, hydrometereological and seismo-tectonic mapping at large scale (b) GIS based integration and analysis of thematic maps (c) Geotechnical Characterization of Slopes and Stability Analysis in terms of total and effective stress (d) Strengthening of problematic slopes, (e) safety of human settlements in landslide prone areas b) The experts and institutions to be engaged to deliver the training programmes should be charged with the responsibility to develop high quality training manuals in each area selected for training F. Landslide Response, Recovery and Reconstruction 7.1 Every year many lives are lost and many persons get severe injuries due to landslide disasters. Search, rescue and evacuation of landslide victims require specialized skills and practices. While many countries of South Asia are developing specialized response forces, in most of the countries search and rescue operations are still carried on in not a very professional manner. The workshop noted that the SAARC Disaster Management Centre is on the process of setting up 5

a Natural Disaster Rapid Response Mechanism and recommended that the SAARC Disaster Management Centre may develop guidelines for landslide response and organize special programmes for response agencies to expose them to the best practices, including the technological options available for search and rescue operations. G. South Asian Landslide Forum 8.1 The workshop recommended that the SAARC Disaster Management Centre should take the initiative of setting up a South Asia Landslide Forum which will comprise of landslide experts and practitioners and scientific, technical and research, and professional organizations working for landslide risk management in the region. The Forum will work for the networking and integration of knowledge and practice on landslide risk management within the framework on South Asia Disaster Knowledge Network. The Forum shall organize a Regional Conference on Landslide Risk Management once in two to three years. 6