Resources search

This is the third Technical Report in a three part series for the two year DFAT Australian Aid funded project (2013-2015), Promoting the Inclusion of People with Disabilities in Disaster Management in Indonesia. This report details the development, refinement and field–testing of the Disability Inclusive Disaster Resilience (DiDR) tool. The purpose of the DiDR tool is to identify the resilience and capabilities of people with disabilities to natural disasters in their family and community setting. The tool is designed to be used by people with disabilities, their families or carers and thereby to promote the inclusion of people with disabilities in Disaster Risk Reduction (DRR) policy making and strategy implementation. The tool assesses the resilience of people with disabilities by bringing together four components known to be fundamental to disaster risk reduction: the individual’s functioning status, their level of participation in their communities, the physical vulnerability of their place of residence, and individual risk predictors known to influence the behaviour of the general population before, during and after a natural hazard emergency. In February and March 2015, the survey teams administered the DiDR Tool by interviewing 289 people with disabilities or their carers in four Indonesian Districts affected by diverse natural hazards 

Disability and Vulnerability Focal Points (DVFPs) are one of the ways in which Handicap International addresses the need to take effective, concrete action on behalf of those made vulnerable – including people with disabilities – in emergencies. DVFPs are organised as a network including DVFP structures and almost always mobile teams, whose role is making sure that aid reaches vulnerable people, rather than waiting for vulnerable people to reach the aid. This guide is intended as a practical tool for setting up a complete DVFP mechanism

The guide provides information for the application of an integrated, rights-based approach to disaster risk reduction and climate change adaptation. It features introductory information, principles of effective practice, guidelines for action in a range of sectors and settings, case studies and links to useful tools and resources. It is a resource for staff of development and humanitarian organisations working with people whose lives and rights are threatened by disasters and climate change

"The Community early warning systems: guiding principles" is one of a set of guides prepared by the International Red Cross and Red Crescent societies that present guiding principles that will assist in building a strong foundation for the design or strengthening of early warning systems (EWS) at any level.   Written as a strategic, rather than  operational, guide it aims to provide an overview of successful practice from the field in developing early warning systems.  It provides a practical toolkit for the disaster risk reduction or risk management practitioner

This set of guidelines is designed to help Community Based Disaster Risk Management (CBDRM) practitioners in building community resilience to disaster risk by coping with hazards and working around the issues of capacity and vulnerability. It is focused on building capacity in mobilising community collective resources in managing disaster risk instead of building their dependence on external support and assistance. The first half of the document details the importance of CBDRM, whilst the second explores the various tools at practitioners disposal (e.g. participatory research tools, facilitation methodologies and community organising strategies).

This manual gives practical guidance on how to select, design, construct and maintain appropriate excreta disposal systems to reduce faecal transmission risks and protect public health in emergency situations. It outlines the key issues to be considered when assessing excreta disposal needs and priorities, and provides guidance on how to plan, design and construct appropriate systems, and on how to maintain and promote appropriate use of those systems. It is designed for use by field-based technicians, engineers and non-technical staff responsible for sanitation planning, management and intervention in emergencies