The document summarizes the activities of USAID's OMEP regional office and its programs. The office provides technical support to USAID missions in the region and manages 10 regional programs related to youth, media, universities, civil society, trade, research, and water resources management. These programs include initiatives on anti-corruption, freedom of association, business exchanges, culture and development, water management, and establishing a network of water centers.
Kano GIS Day 2014 - Direct vaccine delivery at your doorstepeHealth Africa
We are excited to be holding our own GIS Day event on November 19th, 2014!
GIS Day is a global grassroots educational event that enables Geographic Information Systems (GIS) users and vendors to showcase real-world applications of GIS to schools, businesses, and the general public. Organizations that utilize GIS around the world participate by holding or sponsoring an event of their own.
The first formal GIS Day took place in 1999. In 2005, more than 700 GIS Day events were held in 74 countries around the globe. Esri president and co-founder Jack Dangermond credits Ralph Nader with inspiring the creation of GIS Day. He saw GIS Day as providing an opportunity for the world to learn about the uses of GIS in mapping geography, and what that mapping technology could provide. He wanted GIS Day to be a grassroots effort and open to everyone to participate.
Recognizing the power that GIS technology could provide for healthcare, eHealth Africa as an NGO organization stepped to the forefront of using GIS applications to track polio in Nigeria. Using GIS technology, eHealth is able to map out areas previously unreached during immunization campaigns. Once the area is mapped, much-needed polio vaccinations are able to be distributed and the polio epidemic is brought another step closer to being controlled and eliminated.
The theme of GIS Day is “Discovering the world through GIS.” GIS Day provides an international forum for users of GIS technology to demonstrate real-world applications that are making a difference in our society and around the world.
We are excited to take part in GIS Day 2014 on November 19th. We look forward to joining with our community partners in discussing GIS usage, and to take a close look at the exciting contributions GIS provides around our world.
This document discusses the role of public health in complex humanitarian emergencies. It begins with definitions of public health and emergencies. It then outlines the mission of public health and describes the functions of public health during emergency response and ongoing emergency response. These include assessing health needs, disease surveillance, health services provision, and ensuring safety. The conclusion emphasizes that public health requires collaboration across sectors to evaluate community needs and support population recovery during and after emergencies.
This OECD report, launched on January 10, 2017, systematically reviews strategies put in place by countries to limit ineffective spending and waste. Further information: http://www.oecd.org/health/health-systems/tackling-wasteful-spending-on-health-9789264266414-en.htm.
SERVIR provides satellite data, models, and geospatial technical support to countries for monitoring weather events like fires, storms, and flooding, tracking diseases, and mapping land cover through training programs. It facilitates collaboration between regional centers in Africa and the Americas and maintains repositories of mapping projects. SERVIR works with governments, NGOs, universities, and businesses to build capacity through applied research and development.
Geospatial Information Mdg’S And MalawiPaulDavidShaw
This document discusses how geospatial information (GI) can help countries meet their Millennium Development Goals (MDGs). It provides examples of how GI is used in the UK to generate economic benefits but notes that GI in Malawi is outdated and limited. Modern GI technologies, if established in Malawi, could help with planning to achieve goals in agriculture, education, health, and other areas. The document concludes that investing in GI collection and management systems in Malawi could significantly help the country's development and generate economic returns.
ICT for Disaster Risk Management-Managing Disaster Information-Global Risk Id...Global Risk Forum GRFDavos
The document discusses managing disaster information to support disaster risk reduction efforts. It outlines how establishing national disaster observatories can systematically collect, analyze, and disseminate disaster data to various stakeholders. This information can then be used to inform national disaster risk reduction strategies, risk assessments, and development decisions by providing evidence of hazards, vulnerabilities, and impacts. The document advocates for integrating disaster data into policy and planning to promote more effective disaster risk management.
This document provides information about the Gi4DM 2018 conference in Istanbul, Turkey. It includes the final programme which focuses on reducing vulnerability through mitigation and adaptation efforts, coordinating globally, and supporting advances in geoinformation. Key takeaways encourage participation in GEO initiatives, highlight open Earth observation data resources, working with national GEO organizations, and attending upcoming GEO events. The document also provides an overview of GEO's work in areas like disasters, climate change, and the Sustainable Development Goals.
The document summarizes the activities of USAID's OMEP regional office and its programs. The office provides technical support to USAID missions in the region and manages 10 regional programs related to youth, media, universities, civil society, trade, research, and water resources management. These programs include initiatives on anti-corruption, freedom of association, business exchanges, culture and development, water management, and establishing a network of water centers.
Kano GIS Day 2014 - Direct vaccine delivery at your doorstepeHealth Africa
We are excited to be holding our own GIS Day event on November 19th, 2014!
GIS Day is a global grassroots educational event that enables Geographic Information Systems (GIS) users and vendors to showcase real-world applications of GIS to schools, businesses, and the general public. Organizations that utilize GIS around the world participate by holding or sponsoring an event of their own.
The first formal GIS Day took place in 1999. In 2005, more than 700 GIS Day events were held in 74 countries around the globe. Esri president and co-founder Jack Dangermond credits Ralph Nader with inspiring the creation of GIS Day. He saw GIS Day as providing an opportunity for the world to learn about the uses of GIS in mapping geography, and what that mapping technology could provide. He wanted GIS Day to be a grassroots effort and open to everyone to participate.
Recognizing the power that GIS technology could provide for healthcare, eHealth Africa as an NGO organization stepped to the forefront of using GIS applications to track polio in Nigeria. Using GIS technology, eHealth is able to map out areas previously unreached during immunization campaigns. Once the area is mapped, much-needed polio vaccinations are able to be distributed and the polio epidemic is brought another step closer to being controlled and eliminated.
The theme of GIS Day is “Discovering the world through GIS.” GIS Day provides an international forum for users of GIS technology to demonstrate real-world applications that are making a difference in our society and around the world.
We are excited to take part in GIS Day 2014 on November 19th. We look forward to joining with our community partners in discussing GIS usage, and to take a close look at the exciting contributions GIS provides around our world.
This document discusses the role of public health in complex humanitarian emergencies. It begins with definitions of public health and emergencies. It then outlines the mission of public health and describes the functions of public health during emergency response and ongoing emergency response. These include assessing health needs, disease surveillance, health services provision, and ensuring safety. The conclusion emphasizes that public health requires collaboration across sectors to evaluate community needs and support population recovery during and after emergencies.
This OECD report, launched on January 10, 2017, systematically reviews strategies put in place by countries to limit ineffective spending and waste. Further information: http://www.oecd.org/health/health-systems/tackling-wasteful-spending-on-health-9789264266414-en.htm.
SERVIR provides satellite data, models, and geospatial technical support to countries for monitoring weather events like fires, storms, and flooding, tracking diseases, and mapping land cover through training programs. It facilitates collaboration between regional centers in Africa and the Americas and maintains repositories of mapping projects. SERVIR works with governments, NGOs, universities, and businesses to build capacity through applied research and development.
Geospatial Information Mdg’S And MalawiPaulDavidShaw
This document discusses how geospatial information (GI) can help countries meet their Millennium Development Goals (MDGs). It provides examples of how GI is used in the UK to generate economic benefits but notes that GI in Malawi is outdated and limited. Modern GI technologies, if established in Malawi, could help with planning to achieve goals in agriculture, education, health, and other areas. The document concludes that investing in GI collection and management systems in Malawi could significantly help the country's development and generate economic returns.
ICT for Disaster Risk Management-Managing Disaster Information-Global Risk Id...Global Risk Forum GRFDavos
The document discusses managing disaster information to support disaster risk reduction efforts. It outlines how establishing national disaster observatories can systematically collect, analyze, and disseminate disaster data to various stakeholders. This information can then be used to inform national disaster risk reduction strategies, risk assessments, and development decisions by providing evidence of hazards, vulnerabilities, and impacts. The document advocates for integrating disaster data into policy and planning to promote more effective disaster risk management.
This document provides information about the Gi4DM 2018 conference in Istanbul, Turkey. It includes the final programme which focuses on reducing vulnerability through mitigation and adaptation efforts, coordinating globally, and supporting advances in geoinformation. Key takeaways encourage participation in GEO initiatives, highlight open Earth observation data resources, working with national GEO organizations, and attending upcoming GEO events. The document also provides an overview of GEO's work in areas like disasters, climate change, and the Sustainable Development Goals.
This document summarizes the Standard Operating Protocol (SOP) developed for Benin's Climate Information/Early Warning System project. The SOP establishes a communication chain for hydroclimate disaster alerts. It defines which agencies are responsible for monitoring risks, issuing alerts at different warning levels, and how alerts are transmitted from national agencies down to local officials and communities within set timeframes. While the SOP has streamlined Benin's crisis communication, challenges remain around sustainably funding media partnerships and exploring new technologies like SMS and social media to disseminate alerts more widely.
The created slides comprise mainly of pictures to facilitate discussion and further elaboration. This was used in our reporting on DrPH 306 class: Advanced Disaster and Management. I hope it may be helpful.
The document discusses the establishment and operations of the Drought Management Centre for Southeastern Europe (DMCSEE). It began as an initiative in 1998 and became operational in 2009 through a transnational cooperation project involving 15 partners from 9 countries. The DMCSEE monitors meteorological and agricultural drought in the region using tools like the Standardized Precipitation Index and the WinISAREG water balance model. The document also discusses assessing drought vulnerability and sensitivity using GIS and weighted parameters. It provides recommendations for legal frameworks, drought monitoring and early warning systems, and agricultural drought preparedness and mitigation measures.
AUTOMATED MODEL FOR IMPLEMENTATION OF UNIFIED CRITERIA FOR FLOOD RISK CLASSIF...Lyubomir Filipov
Floods are one of the most common hazards worldwide. Each year they cause considerable damage to people’s lives and properties and can have severe environmental consequences.
Floods are natural phenomena but through the right measures we can reduce their likelihood and limit their impacts. As to achieve that the European Commission proposed the Directive 2007/60/EC in year 2006. It requires Member States to assess if all water courses and coast lines are at risk from flooding, to map the flood extent and assets and humans at risk in these areas and to take measures to reduce this flood risk.
As a Member-state the Republic of Bulgaria is following the statements and procedures of the Directive. Criteria and methods for determination and classification of areas with potential significant flood risk are developed to be implemented for each basin management region in the country.
This presentation is result of a project and scientific paper, published for international seminar, held in Sofia, Bulgaria, November, 2013. In this presentation we present an automated model for implementation of the developed unified criteria for flood risk assessment in Bulgaria. We provide an overview of the geographic information systems (GIS) functionality for gathering data form a variety of sources, its integration into a single information environment and the possibilities for modeling and dissemination of this data. Furthermore, this paper demonstrates the advantages of collaborative GIS platforms for providing valuable information in case of a disaster.
This document summarizes the status of geo-referenced information in disaster risk management in Bangladesh. It provides background on Bangladesh's geography, population, hazards, and government capacity. Key points:
- Bangladesh is vulnerable to floods, cyclones, earthquakes due to its location and high population density.
- The government has established specialized disaster management organizations and programs like CPP.
- Agencies like CEGIS use satellite data for tasks like hazard mapping, but this information could be better utilized during emergencies.
- Projects are working to develop multi-hazard risk assessment and mapping to inform development policies.
- Networks like SADKN and BDKN aim to share disaster knowledge, but need more support and
DEM-based Methods for Flood Risk Mapping at Large ScaleSalvatore Manfreda
Oral presentation given during the meeting "Valutazione e Gestione del Rischio Alluvioni – Governance del territorio e contributo del mondo scientifico" of the project "Mettiamoci in Riga"
This is a Key NOTE Presentation to COP21- EAC Side Event: 4th December 2015.The presentation looks at the changing climate in East Africa and the climate-smart tools available.
This document discusses how various Indian agencies leverage technology to support disaster management. It outlines platforms and services provided by the National Disaster Management Authority (NDMA), National Institute of Disaster Management (NIDM), Indian Space Research Organization (ISRO), National Remote Sensing Centre (NRSC), Indian National Centre for Ocean Information Services (INCOIS), and other organizations for preparedness, response, and recovery efforts. Technologies like satellite imagery, geospatial databases, early warning systems, and communication networks help provide situational awareness and decision support across disaster phases. However, overdependence on technology could be problematic if outages last for prolonged periods.
This document discusses MeteoAlarm, a pan-European platform providing weather alerts. It was created by the EMMA consortium at the request of EUMETNET to (1) provide alerts for a variety of weather parameters that cause damage, (2) be understandable to all public and private actors, and (3) be harmonized where possible. National meteorological services provide the alert information. MeteoAlarm communicates alerts using a standardized color-coded system. It has been highly successful, receiving about 6 billion hits since launching in 2007. Key to its success has been establishing effective communication between meteorological services and civil protection organizations.
The document describes the SATIDA project which aims to (1) develop a platform to analyze satellite data and link it to socioeconomic assessments to monitor drought risk, (2) test this with Doctors Without Borders in Central African Republic and Ethiopia, and (3) create a mobile app for field data collection. It outlines SATIDA's objectives, method of combining precipitation, soil moisture, temperature and vegetation indices to calculate an enhanced drought index, and demonstrates the platform and app for analyzing current and forecasted drought conditions and impacts.
The document discusses the International Environmental Data Rescue Organization (IEDRO), a non-profit that locates, rescues, and supports the digitization of environmental data worldwide. IEDRO works to prevent starvation, disease, and natural disasters by using historical weather data to help farmers, forecast floods and diseases, and model climate change. The organization has already rescued over 500,000 records in Africa and South America, but needs more volunteers and donations to continue rescuing deteriorating data that can save lives.