These draft guidelines are designed to encourage humanitarian and development non-governmental organisation (NGO) practitioners to think about the types of scientific information and expertise they may need, how to access and use them, and how to ensure that they are applied in an ethical and accoun...table manner. The publication addresses the need to defines the problem and the purpose of integrating science with the users of science, issues around access to science and understanding scientific information, how to apply the science and the important of monitoring and evaluation of impact. Case studies include a project from Christian Aid and the Evangelical Association of Malawi which brought together community members from Village Civil Protection Committees with scientists from the Department of Climate Change and Meteorology and District Council staff responsible for water management and disaster risk reduction in order to tackle a problem of flooding
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Profile of Crisis Response of District Health / Disaster Risk: Regency of Pulang Pisau, Indonesia
Profile of Crisis Response of District Health / Disaster Risk: District of South Central Timor, Indonesia
Profile of Crisis Response of District Health or Disaster Risk at East Halmahera District, Indonesia
Profile of Health Crisis Response within District with High Risk of Disaster : District of Muna, Indonesia
The objective of this study is to analyze the strengths, weaknesses, sustainability, and impact of the tsunami response in Sri Lanka and Indonesia 10 years later. A cross cutting theme of this study is the assessment of whether communities are now better prepared to respond to and cope with disaster....
Three key lessons for the future of humanitarian response are highlighted:
Lesson 1: Participation is the cornerstone of humanitarian response and recovery;
Lesson 2: Partnership as a prerequisite for long-term change;
Lesson 3: Creating momentum for risk reduction.
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While much of Myanmar’s population continues to benefit from the ongoing process of political and economic reforms, there are close to one million people who remain in need of emergency assistance and protection as a result of ongoing crises in Rakhine, Kachin and Shan. In addition, despite signif...icant progress and investments in disaster risk reduction, millions of people in different parts of Myanmar face the ever-present risk of natural disasters in one of Asia’s most disaster-prone countries.
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Accessing disaster information can be a time consuming and laborious task. Not only is data scattered but frequently identification of the disaster can be confusing in countries with many disaster events. To address both of these issues, Asian Disaster Reduction Center (ADRC) proposed a globally com...mon Unique ID code for disasters. This idea was shared and promoted by the Centre for Research on the Epidemiology of Disasters (CRED) of the University of Louvain in Brussels (Belgium), OCHA/ReliefWeb, OCHA/FSCC, ISDR, UNDP, WMO, IFRC, OFDA-USAID, FAO, La Red and the World Bank and was jointly launched as a new initiative "GLIDE".
The GLIDE database is easily searchable by many criteria. Information in the GLIDE database may be presented in many forms, including tabular and graphic forms.
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Profile of Crisis Response of District Health / Disaster Risk: Bontang City, Indonesia
Profile of Crisis Response of District Health / Disaster Risk: Regency of East Flores, Indonesia
Profile of Crisis Response of District Health or Disaster Risk in District of North Central Timor, Indonesia
Profile of Health Crisis Response within District with High Risk of Disaster : West Halmahera-District, Indonesia
This module carries pre-training entry level assessment as well as hands on exercise manual on Geographic Information Systems, Remote Sensing, Geographic Positioning System (GPS) and some applications of these technologies on Disaster Risk Management (DRM) especially for hazard mapping, monitoring a...nd risk assessment module as well as the damage assessment module. Practical manual developed using open source products like Quantum GIS , RStudio, Google Earth Pro and Google Earth Engine.
This module can also can be used by other training facilitators, non-technical professionals and selflearners as well. However, it is strongly recommended that training participants and self-learners already have some basic knowledge of Computer Basic, Geoinformatics and disaster management.
No publication year indicated.
Original file: 29,5 MB
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The purpose of this study was to document a technical assessment of a sample of these existing shelters on their functionality, accessibility, operation and management, community perspectives in Myanmar; identify gaps, needs and further the linkages with community-based disaster risk reduction (CDBR...R) activities. The study also aims at a wider assessment: looking at broader recovery in terms of shelter and livelihood aspects with clear linkages and strategic direction for future cyclone shelter support activities.
No publication year indicated.
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This module carries pre-training entry level assessment as well as hands on exercise manual on Geographic Information Systems, Remote Sensing, Geographic Positioning System (GPS) and some applications of these technologies on Disaster Risk Management (DRM) especially for hazard mapping, monitoring a...nd risk assessment module as well as the damage assessment module. Practical manual developed using open source products like Quantum GIS , RStudio, Google Earth Pro and Google Earth Engine.
This module can also can be used by other training facilitators, non-technical professionals and selflearners as well. However, it is strongly recommended that training participants and self-learners already have some basic knowledge of Computer Basic, Geoinformatics and disaster management.
No publication year indicated.
Original file: 30,5 MB
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This study aims to analyze national and international stakeholders and their initiatives in Early Warning Systems in Myanmar, to identify priority gaps that need to be addressed by all stakeholders. It is presented as a first step towards supporting GoUM in information-gathering under the Myanmar Ac...tion Plan for Disaster Risk Reduction (MAPDRR), in particular under Components (2) Risk Assessment, (3) Multi-hazard Early Warning System and (4) Preparedness at all levels, and especially in implementing Sub-Component (3.4) Enhanced Flood Monitoring and Forecasting Capacities at Township Levels.
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This guidance has been developed in line with the WHO corporate risk management framework, the WHO business continuity and contingency plans, as well as the Inter-Agency Emergency Response Preparedness Framework. It is based on a common organiza-tional approach and procedures for managing including ...emergency response across all hazards and at each level of the Organization. It relates WHO’s responsibilities (1) under the International Health Regulations (2005) and the Sendai Framework for Disaster Risk Reduction 2015-2030, and other international treaties; (2) as the United Nations’ lead agency for health and the health cluster; and (3) as a member of the United Nations or Humanitarian Country Teams
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No publication year indicated
In the context of the floods in August 2015 in Myanmar, the Disaster Risk Reduction Working Group (DRR WG) was requested to provide clear recommendations to the DMH (Department of Hydrology and Meteorology)to strengthen preparedness activities, in particular for t...he next Monsoon season. UNDP as the lead of the DRR WG’s Policy Technical Task force carried out a desk review on EW (Early Warning) from all the DRR WG’s members at national and community levels. The document synthesizes the received information related to baseline surveys, lessons learned from the 2015’s floods, studies, project documents and initial recommendations on EW. Those serve as a base to this analysis and its overall recommendations.
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Planning and Implementation Training. Myanmar
This training module on resilient development planning in Myanmar consists of a 2.5 hours session, at the end of which, the participants will:
a) Have a common understanding on development and disaster linkages.
b) Be able to identify the ...various factors which contribute towards disaster risk including climate change in Myanmar.
c) Be able to identify measures for risk resilient development process in Myanmar.
The three main learning units include:
1. Disaster and development linkages.
2. Components and drivers of disaster risk including climate change.
3. Mainstreaming disaster and climate risk reduction into development.
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The domestic regulation of public health emergencies (PHEs) is inextricably linked to the regulation of other types of disaster. PHEs are usually governed at least partly by general disaster and emergency laws. Moreover, there is significant overlap in the legal mechanisms used to respond to PHEs an...d other types of disaster, including the declaration of a state of disaster or emergency and the use of emergency powers. Even where PHEs are regulated by separate instruments, those instruments must surmount many of the same policy and practical challenges as general disaster laws, such as finely balancing competing considerations (e.g. speedy response versus due process), facilitating the coordination of a multitude of actors, and protecting the most vulnerable within society. Finally, many contemporary developments in disaster risk management (DRM), such as a greater emphasis on risk reduction and preparedness, are just as pertinent to PHEs as to other types of disaster.
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