This paper has been commissioned by RedR to identify gaps in skills, technology, and knowledge in urban humanitarian response in order to inform RedR’s project Ready to Respond which is looking to address these gaps in two specific areas:
Water supply, sanitation, and hygiene; Shelter res...ponse to earthquakes
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10–11 May 2016, Catania, Italy
Regional situation analysis, practices, experiences, lessons learned and ways forward.
The 2018 Humanitarian Response Plan (HRP) aimed to assist 10.5 million people with direct assistance and 11.2 million people with improved access to basic services. In an effort to meet humanitarian needs, humanitarian partners provided various types of humanitarian life-saving and life-sustaining... assistance and services to a monthly average of 5.5 million people during 2018. Of the 5.5 million people reached on average on a monthly basis, 2.1 million were people living in areas of high severity of need, as measured through the inter-sector severity scale.
In 2018, these efforts were funded by international support to Syria with $2.19 billion raised (65 per cent of HRP requirements) by the end of the year – more than any previous year. Thanks to this generous support, humanitarian organisations in Syria continued to deliver a massive humanitarian response to people in need with multiple humanitarian crises unfolding across the country.
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This document is designed to provide UNICEF staff and UNICEF partner staff with principles and concepts that can assist them to respond to the psychosocial needs of children in natural disasters and social emergencies such as armed conflict and other forms of violence. It aims to introduce humanitar...ian workers to psychosocial principles and UNICEF’s position on these principles. It also provides a number of examples from field work of how these principles have been turned into concrete actions. These psychosocial principles and concepts inform both emergency responses and subsequent programmatic responses post-emergency.
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This publication, the third module of a resource manual to support the training of planners and practitioners in managing flash flood risk, deals with structural measures. It presents bioengineering techniques, physical measures for slope stabilisation and erosion control, and physical measures for ...river training. It also presents the concept of integrated flood management as a component of integrated water resource management. It emphasizes that structural measures are most effective and sustainable when implemented together with appropriate non-structural measures. The manual is aimed at junior to mid-level professionals with a civil engineering background working on flash flood risk management at the district level.
Flash floods are among the most destructive natural disasters in the Hindu Kush Himalayan region. Flash flood mitigation is generally addressed by community-based organisations, local non-governmental organisations, or district and local-level staff in government organisations. But these groups often lack adequate understanding of the processes causing flash floods and knowledge of flash flood risk management measures.
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