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Earth Observation and Space
Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO)

Cooperation EU-Pacific on digital data - Earth Observation (EO)

The Pacific, comprised of 13 Pacific Island Countries (PICs), as well as Papua New Guinea and Timor-Leste is home to around 12 million people, including over 500,000 European citizens.  Despite differences in geography, size, history, culture, economic and political systems, the Pacific Island Countries face similar challenges when it comes to natural resources management and biodiversity and is particularly vulnerable to climate change and natural disasters, which impacts their abilities to grow their economies, services and infrastructure sustainably. In the quest for climate resilience and socio-economic growth, accurate and reliable data is needed to enable sound decision-making, policies and action at a local and regional level. 

 

The European Union’s Copernicus Programme offers free and open access to vast amounts of global data from Earth Observation satellites, alongside ground-based, airborne, and seaborne measurement systems to help service providers, public authorities, international organisations, NGOs, and citizens fight against climate change, improve emergency response, protect our oceans and manage our planet’s resources sustainably. 

 

This series of presentations aim to promote awareness of the many potential uses of Copernicus data and information in the Pacific region and to discuss the current local and regional initiatives, best practices and future opportunities and data needs.

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Introduction to Copernicus Programme, Services & Support Network

Introduction to Copernicus Programme, Services & Support Network

Copernicus is the European Union's Earth observation programme coordinated and managed for the European Commission by the European Union Agency for the Space Programme in partnership with the European Space Agency (ESA), the EU Member States. It aims at achieving a global, continuous, autonomous, high quality, wide range Earth observation capacity. Providing accurate, timely and easily accessible information to, among other things, improve the management of the environment, understand and mitigate the effects of climate change, and ensure civil security.

Copernicus Support Office, SpaceTec Partners - Ms Annekatrien Debien

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Focus on Copernicus Marine Services

Focus on Copernicus Marine Services

Copernicus Marine Service provide free and open marine data and services to enable marine policy implementation, support Blue growth and scientific innovation.

Mercator Ocean - Ms Romane Zufic

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Focus on Copernicus Emergency Management Service

Focus on Copernicus Emergency Management Service

Copernicus Emergency Management Service provides  on-demand detailed information for selected emergency situations that arise from natural or man-made disasters anywhere in the world (On Demand Mapping Service). CEMS offers critical geospatial information at European and global level through continuous observations and forecasts for floods, droughts and forest fires (Early Warning and Monitoring Service).

Evenflow - Mr Peter Zeil

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Marine Services / Digital Earth Pacific

Marine Services / Digital Earth Pacific

The Digital Earth Pacific project will support the development of an operational earth observation system that takes decades of freely available data and brings it together in a sensible way within the Pacific context. It will allow Member States to make more informed decisions based on good information to overcome the challenges we face such as climate change, food security and disasters.

Secretariat of the Pacific Community (SPC) - Mr Jens Kruger

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Climate Change/ Environmental Monitoring

Climate Change/ Environmental Monitoring

SPREP promotes cooperation in the South Pacific Region and provides assistance in order to protect and improve the environment and to ensure sustainable development for present and future generations.

Secretariat of the Pacific Regional Environment Programme (SPREP) - Ms Vani Koroisamanunu

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Forest Monitoring
Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Earth Observation and Open Street Maps

Earth Observation and Open Street Maps

OpenStreetMap (OSM) Fiji is a local volunteer based group that works toward promoting community mapping in Fiji using open geospatial tools, particularly OpenStreetMap.

Fiji Open Street Map Community - Ms Carrol Chan

 

Earth Observation and Space > Cooperation EU-Pacific on digital data - Earth Observation (EO) > Lands and Mineral Resources Monitoring

Lands and Mineral Resources Monitoring

Lands and Mineral Resources Division administers state land and mineral resources, and facilitates practice for accessing and exchanging spatial information and making it available, being an enabler for the creation and management of spatial information.

Government of Fiji - Ms Meizyanne Hicks, Mr Joseva Racaca

 

Earth Observation and Space > Why ICT for Development (ICT4D)?

Why ICT for Development (ICT4D)?

The term Information and Communication Technologies (ICTs) is used to describe a range of technologies for gathering, storing, retrieving, processing, analysing, and transmitting information but also for communicating in real-time. They provide access to information through communication mediums such as the fax, fixed-telephony networks, computer networks, mobile phones, wireless networks, the Internet, satellite technology, video-conferencing facilities, online video telephony and other communication mediums.

ICT applications have a profound direct and indirect impact on the political, economic, social, cultural and everyday life of a huge number of citizens in the developing world, including education, governance, job creation and e-commerce and thus on economic growth and social systems.

ICT development addresses important challenges that the developing world is facing, such as the 'brain drain' problem, and offers solutions to problems encountered in important sectors such as health, education, civil protection, protection of the environment, etc.

Access and connectivity to ICT are critical not to the technologies themselves but to the integration of developing and transition economy countries into the global knowledge society, supporting the social, economic and cultural integration of their societies and setting roots for enhancing efficiency and growth in key sectors of their economies. As one of several targets contributing to the development of a global partnership, Millennium Development Goal 8 defines the following objective for the international community: 'In cooperation with the private sector, make available benefits of new technologies, especially information and communications'. ICT applications are also powerful enablers for other areas of socio economic development with an indirect effect in other Goals (e.g. e-Learning for Goal n. 2: Universal Education, e-Health for Goals 4, 5 and 6: Child Mortality, Maternal Health and Combat HIV/AIDS, Malaria and other diseases).

Access to ICT applications will encourage borderless international cooperation and global engagement in order to address more efficiently major problems and challenges and enable enterprises, particularly SMEs, to be more competitive and effectively integrated and responsive in rapidly evolving world markets.  Efforts also should be made to facilitate and encourage the flow of information and the sharing of experience and best practices among developing countries, particularly in the context of South-South cooperation, with a view to rebalance today's situation which is largely North-South based.

Access: Presentation on Space Applications and Development Cooperation - The EU response in Africa

Earth Observation and Space > Main EC programmes on ICT4D

Main EC programmes on ICT4D

As of February 2014, the main projects that EuropeAid has implemented in the field of ICT4D are:

Harmonisation of ICT policies and regulatory frameworks:

Establishment of National Research and Education Networks in developing regions:

Infrastructure Trust Fund broadband connectivity and others:

As part of the EU-Africa Infrastructure Trust Fund, which combines grant resources from the European Commission and EU Member States and lending capacities provided by the European Investment Bank and EU development financiers, as well as the African Development Bank, the following ICT infrastructures have been developed:

Space:

Space technologies offer powerful Earth monitoring capacities and positioning tools which can find many different uses in the developing world, such as improving navigation systems and therefore reducing accidents, monitoring ecosystems, managing water basins, preventing natural disasters, etc. For this reason the European Commission is working to extend to Africa two of its major satellite programmes:

    • EGNOS, a satellite navigation system
    • Copernicus, previously known as Global Monitoring for Environment and Security (GMES), establishing a European capacity for Earth observation