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About GEOSS

A central part of GEO’s Mission is to build the Global Earth Observation System of Systems (GEOSS). GEOSS is a set of coordinated, independent Earth observation, information and processing systems that interact and provide access to diverse information for a broad range of users in both public and private sectors. GEOSS links these systems to strengthen the monitoring of the state of the Earth. It facilitates the sharing of environmental data and information collected from the large array of observing systems contributed by countries and organizations within GEO. Further, GEOSS ensures that these data are accessible, of identified quality and provenance, and interoperable to support the development of tools and the delivery of information services. Thus, GEOSS increases our understanding of Earth processes and enhances predictive capabilities that underpin sound decision-making: it provides access to data, information and knowledge to a wide variety of users.

city center
city center

This ‘system of systems’, through its Common Infrastructure (GCI), proactively links together existing and planned observing systems around the world and support the need for the development of new systems where gaps currently exist. It will promote common technical standards so that data from the thousands of different instruments can be combined into coherent data sets.

The ‘GEOSS Portal’ offers a single Internet access point for users seeking data, imagery and analytical software packages relevant to all parts of the globe. It connects users to existing data bases and portals and provides reliable, up-to-date and user friendly information – vital for the work of decision makers, planners and emergency managers.

For users with limited or no access to the Internet, similar information is available via the ‘GEONETCast’ network of telecommunication satellites.

GEOSS Evolution

GEO has devoted considerable efforts to building the GEOSS infrastructure and capabilities that have made Earth observations discoverable. This infrastructure comprises both observing and information systems:

  • observation systems: which include ground-, air-, water- and space-based sensors, field surveys and citizen observatories. GEO works to coordinate the planning, sustainability and operation of these systems, aiming to maximize their added-value and use; and
  • information and processing systems: which include hardware and software tools needed for handling, processing and delivering data from the observation systems to provide information, knowledge, services and products.

To continue leveraging these successes through 2025, GEO will evolve GEOSS and its infrastructures to meet current and emerging needs by:

  • extending the user audience to decision-makers and the general public;
  • placing additional focus on the accessibility and usability of Earth observation resources to improve our scientific understanding of the Earth processes, and enhance our predictive capabilities that underpin sound decision-making;
  • providing a service framework to engage partners and user communities in evolving the current infrastructure to enable collaborative tools for co-creation of products and services suitable for effective exploitation by user communities; and
  • evolving the current system of systems component based architecture with an open systems platform that is flexible, sustainable and reliable for data access, integration and use, and the delivery of knowledge-based products and services.

GEOSS Common Infrastructure (GCI)

What is the GCI?

The Global Earth Observation System of Systems’ Common Infrastructure (GEOSS Common Infrastructure, or GCI) proactively links existing and planned observing systems around the world and supports the development of new systems where there are gaps. The GCI promotes the use of common technical standards so that data from thousands of different instruments can be combined into coherent data sets.

GCI Schematic
GCI Schematic

The  GEOSS  Portal offers a single Internet access point to Earth observation data,  information  and  knowledge  from  all  over  the world for users with different  backgrounds  and  from  different  disciplines.  The Portal has an  intuitive, easy-to-use interface to discover, access and use the ever-growing quantities of  GEO resources. Through the Portal, the GCI connects the  users  to the wealth of heterogeneous collections of databases and other portals and provides  reliable,  up-to-date  and  user  friendly (current and  historical) information  –  vital  for  the  work of decision/policy makers, planners and emergency  managers.  Both the public and private sector but as well citizens are served.

Users  can discover data considering temporal, thematic and geographic search criteria,   and   apply   progressive  filtering  to  retrieve,  quickly and accurately,  the  resources  they need. Information regarding the data can be inspected   either  via  an  information  window  or  visually  on different background maps if enabled before download.

For users with limited or no access to the Internet, there are regions making similar  information available via the satellite service, GEONETCast. The GCI  is a brokering infrastructure.

The GEO Discovery and Access Broker (GEO DAB) is the primary mechanism by which all data and information is discovered and accessed. The GEO DAB implements the necessary mediation and harmonization services through Application Program Interfaces (APIs). These APIs allow data providers to share resources without having to make major changes to their technology or standards.

Presently GCI brokers more than 150 autonomous data catalogs and information systems, useful for the different GEO Societal Benefit Areas including data from: CAFF, Data.gov, Data.uk, EEA, GBIF, Iris, JRC Open Data catalog, NASA, NCAR, NOAA, OCHA HDX, RCMRD, UNEP, UNOSAT, USGS, Web Energy Services, WMO WIS and many more.

Data providers are constantly being added and brokered, according to user needs, thematic and geographic balance of the data and relevance of resources shared.

GCI Data Providers as of March 2017

Data Providers logos
Data Providers logos

Work programme:

Foundational Task: GEOSS Development and GCI Operations

GCI Architecture

GEOSS Portal (ESA)
Introduction

The GEOSS Portal provides a map-based graphical user interface for users to discover and access Earth Observation data and resources from different providers from all over the world.

The portal is implemented and operated by the European Space Agency and provides a single Internet access point to the ever-growing quantities of heterogeneous collections of Earth observations from satellites, airplanes, possibly drones and in-situ sensors at global, regional and local scale.

The GEOSS Portal - as part of the Global Earth Observation System of Systems (GEOSS) - serves a wide variety of users from data scientists to decision and policy makers, within the public and private sector, and considers as well citizens as part of their target community. The portal provides generic as well as more community-specific search capabilities supporting users from different domains, or thematic areas, interested in particular societal benefits of application of Earth observations.

Base Functionality
Portal Landing Screen
Portal Landing Screen

The GEOSS portal - available at www.geoportal.org - has undergone relevant updates during 2016 and early 2017.

It was completely restyled with the objective to provide a more intuitive interface and align it with the new GEO brand.

At opening of the portal, you will see: a map of the world with in the middle a simple key-word based search panel; in the upper right corner, a series of icons for basic GIS (Geographical Information System) functionality including zooming, recentering, layers handling, and area of interest and basemap selection; in the lower right corner, links for providing feedback and accessing information regarding terms and conditions and, in the upper left corner, a button for accessing the menu with options to sign-in, obtain information regarding the portal, data providers, how to contact the Help-Desk, go to a personalised workspace and retrieve information regarding popular (most used) searches. Panning can be done by simply moving the map with your mouse (pad).

Multi-Criteria Searches
Portal Multi Criteria Search Screen
Portal Multi Criteria Search Screen

The multi-criteria search panel can be unfolded selecting the most-left icon in the simple key-word based search panel.

As part of a multi-criteria search, a user can:

  • restrict search results to the freely and openly accessible ones only, so-called GEOSS Data CORE resources;
  • restrict the search to a limited set of Earth observation catalogues of interest to the user;
  • define the area of interest, by specifying:
    • the bounding box as lat/lon coordinates;
    • a continent or country from a drop-down menu;
    • coordinates;
  • or a point of interest via API;
  • define a timeframe of interest;
  • direct the search towards a specific Societal Benefit Area applying predefined views on the data - interested users are invited to contact the Geo Secretariat.
Results Inspection
Portal Results Panel
Portal Results Panel

Results of a query are displayed in a results panel.

A default number of ten results is displayed; users can easily access the next (or previous) ten results by clicking the next (or prev) arrow at the bottom of the panel. Each result item shows a title, a brief description, a browse image (if available), the GEOSS Data CORE flag (which means that the data is freely and openly accessible, according to the GEOSS Data CORE principles), and a series of icons corresponding to applicable functions.

More precisely, the following functions may be available (depending on the provider):

  • information (complementing the brief summary) in an information window that can be opened clicking the icon;
  • localization of the data on the map either as bounding box or as a placeholder via the icon;
  • in case the user has signed in, the possibility to bookmark the result via the icon;
  • in case the result is a collection, the possibility to open the collection via the icon;
  • in case the user has signed in, the possibility to Like the result via the icon;
  • in case links are identified, the possibility to follow links via the icon
  • the possibility to add a layer to the map via the icon;
  • the possibility to download the data in formats made available by the  provider via the icon

For collections, the collection start date is also displayed.

Filtering

The GEOSS portal provides the possibility to narrow down the search results to a smaller set by applying filters. The type of filters depends on the actual search and results.

Default Filtering
Portal Basic Filterl
Portal Basic Filterl

Default filters are available for most search results and include filtering on keywords, format, source, protocol and organisation. Filtering is progressive, implementing an 'AND' operation and not an 'OR'. For each filter only one value can be selected.

Smart Filters
Portal Basic Filterl
Portal Basic Filterl

Smart filters are implemented for some of the result types. For example, a smart filter considering a combination of cloud coverage, product type, sensor mode and relative orbit has been implemented for data from the Sentinel 2 and the Landsat imagery, and a smart filter considering product type, sensor polarisation, sensor mode, sensor swath and relative orbit has been implemented for Sentinel 1 data.

Other smart filters are available for earthquake events.

Some numbers and technicalities

The GEOSS Portal is the front-end component of the GEOSS Common Infrastructure (GCI) providing access, through the GCI Middleware, i.e. the GEO Discovery and Access Broker, to hundreds of millions of data records from more than 150 GEO Resource Providers. Numbers are growing every day.

The Portal Development framework is based on LifeRay 6.2, Openlayer 3.

The application programming interface used to interface with the GEO DAB is based on OpenSearch; CSW is used for metadata.

Evolutions

The GEOSS Portal is continuously subject to evolutions in response to the evolving user requirements.

Upcoming evolutions consider layer handling, processing services, new smart filters, feedback data model, views.

One of the evolutions currently under implementation regards the reuse GEOSS Portal Look & Feel and functionalities. Mirrored and customisable GEOSS Portal sites will be available for SBAs, Flagships, Initiatives, and GEO Communities at large, to better serve the specific community interests. In addition to this, a freely available instantiation of selected GEOSS Portal widgets will be made available for possible customization. This will be accomplished by publishing portal code parts (widgets) wrapped up in API.

Obtaining credentials to log-in

Follow this link:

http://www.geoportal.org/home?p_p_id=58&p_p_lifecycle=0&p_p_state=maximized&p_p_mode=view&saveLastPath=false&_58_struts_action=%2Flogin%2Flogin

Movies

https://www.youtube.com/channel/UCZwhJZI76s7K9eAcBXAPyrw

Contacts

 

GEO DAB (CNR)
GEODAB logo
GEODAB logo
GEO Discovery and Access Broker

GEO DAB is one of the two main European Contributions to GEOSS Common Infrastructure (GCI), transparently connecting GEOSS Portal to the resources shared by the GEOSS Providers.

GEO DAB scope is to simplify cross and multi-disciplinary discovery and access of disparate data and information.

GEO DAB is a brokering framework that interconnects hundreds of heterogeneous and autonomous supply systems (the enterprise systems constituting the GEO System of Systems) by providing mediation, harmonization, and transformation capabilities.

GEODAB Schema
GEODAB Schema
GEO DAB APIs

The GEO DAB APIs can be used to discover and access GEOSS resources via the GEOSS Common Infrastructure (GCI). GEO DAB publishes three types of APIs:

  1. Standard Web Services: standard interfaces which comply with de-iure and de-facto geospatial standards such as OGC CSW, WCS, WMS, WFS, OAI-PMH, etc.
  2. Client-side APIs: high level client-side library, designed and developed to facilitate the development of web and mobile applications, presently available as a Javascript library.
  3. Server-side APIs: a set of server-side APIs, including OpenSearch and RESTful APIs.

These APIs are used by the GEOSS Portal to discover, visualize and access GEOSS resources. Besides, the APIs are used to define and utilize SBA-specific views of the GEOSS resources, i.e. a customized subset of GEOSS resources targeting the needs of the SBA communities.

 

GEOSS Resources Providers Yellow Pages

Contribute data

For new data providers, see below the GCI Registration and Brokering Process

Events

Upcoming events


 
 
GEOSS Portal Virtual workshop
WWW
 
 


 
 
GCI for "SDGs"
 
 


 
 
GCI for "Climate" (tbc)
 
 


 
 
GCI for "Energy " (tbc)
 
 


 
 
GEOSS Portal Virtual workshop
 
 


 
 
GCI for "Infrastructure & Transport Management " (tbc)
 
 


GEO-XIV Plenary Washington DC
Washington DC, USA
 
 


 
 
GEOSS Portal Virtual workshop
 
 


 

Past events


 
 
GEOSS Portal Virtual workshop
WWW
 
 


 
 
GCI for "Disasters"
 
 


 
 
GEOSS Portal Virtual workshop
WWW
 
 


 
 
GCI for "Water"
 
 


GEOSS Data Providers workshop (hosted by CNR)
Florence, Italy
 
 


Contacts

GEO Secretariat

Paola De Salvo - pdesalvo@geosec.org

Osamu Ochiai - oochiai@geosec.org

GEONETCast

About GEONETCast

GEONETCast Users Worldwide April 2016
GEONETCast Users Worldwide April 2016
GEONETCast Users Worldwide April 2016
GEONETCast Users Worldwide April 2016

GEONETCast is a global network of sustained and cost-effective satellite-based dissemination systems.  It delivers Earth observation (EO) data and products to and from GEO community activities, initiatives and flagships on a routine basis.

GEONETCast is a GEO foundational task and an integral part of the GEOSS Common Infrastructure (GCI). It facilitates access to data to support the GEO Societal Benefit Areas. It contributes to the implementation of GEOSS, as defined in the GEO 2016–2025 Strategic Plan.

A global and sustained network

GEONETCast is based on collaboration between China (CMA), EUMETSAT and the US (NOAA). Its architecture is open and can accommodate other partners.

Its operation is based on various regional broadcasting systems, with established routine data exchange between them. It relies on infrastructure put in place, and sustained, by meteorological agencies. This creates synergies and complementarities between GEO-related data and routine data delivered for operational meteorology.

GEONETCast currently serves approximately 6,000 users in 169 countries.

GEONETCast is made available to support GEO objectives. It focuses on providing support, in term of data access, to and from GEO Flagships, Initiatives and Community Activities, considering priorities for each region.

GEONETCast is also used for ad-hoc data transmission where high speed landlines and/or internet are not available, or in regions where terrestrial communication lines have been disrupted by disasters.

GEONETCast products and services

GEONETCast is able to disseminate high volume data worldwide, even to areas with limited access to the internet.

GEONETCast delivers a wide range of EO satellite data and products, generated by CMA, EUMETSAT, NOAA, and many third-party providers. The range of products covers applications relating to weather forecasting, atmospheric composition, marine meteorology, oceanography, and land management.

Building capacity is one of GEONETCast’s achievements. In addition to providing data access, GEONETCast, through its Training Channel, provides opportunities for users to further exploit the data they receive.

The Training Channel:

  • improves access to training material — especially where internet connectivity is limited;
  • places training material with the data;
  • is open to all GEONETCast data providers.

GEONETCast, through its Disaster Channel, is available to deliver products in support of the International Charter on Space and Major Disasters.

Discovering Data

Users wishing to explore the range of environmental data available through GEONETCast will find the full list of products in the Product Navigator and the GEO Web Portal.

GEONETCast: a cost effective set-up and delivery method

Several regional centres are responsible for establishing the satellite-based regional dissemination system — based on Digital Video Broadcast (DVB) technology — and providing complementary services to a common user community.

GEONETCast is currently available in Europe, Africa, the Americas and Asia-Pacific region.

EUMETCast
EUMETCast User Community April 2016
EUMETCast User Community April 2016
EUMETCast User Community April 2016
EUMETCast User Community April 2016

EUMETCast is the EUMETSAT contribution to GEONETCast, with coverage over Europe and Africa and the Americas. Established in 2004, EUMETCast has more than 4,000 registered reception stations with more than 3,400 users benefiting from the environmental data it provides.

The EUMETCast user community is diverse ranging from operational meteorological forecasting centres to enthusiastic amateurs interested in remote sensing data. The large number of private individuals receiving EUMETCast is testimony to the ease with which a station can be set-up.

CMACast

CMACast is the China Meteorological Administration’s contribution to GEONETCast, with coverage over the Asia-Pacific region. CMACast utilises the AsiaSat 4 satellite beam to broadcast data and products to more than 2,500 users. As well as serving the People’s Republic of China, CMACast is used in 20 countries in the Asia-Pacific region.

GEONETCast-Americas

GEONETCast Americas is the Western Hemisphere component of GEONETCast, operated by NOAA. It provides data and products to more than 60 users in Central and South America and the Caribbean region.

GEONETCast Reception Station

For the users, GEONETCast is a user-friendly, and low-cost information dissemination service.

A typical GEONETCast reception station comprises a standard PC, a DVB reception device (internal or external), and a satellite off-set antenna fitted with a digital universal V/H LNB for Ku-band, or fitted with a circular polarisation feedhorn, bandpass filter and special LNB for C-band.

To decode and decrypt the EUMETCast data stream, EUMETCast Client Software and a EUMETCast Key Unit (EKU) are also required.

The cost of reception stations is kept to a minimum by using industry open standards as much as possible, resulting in an adaptable front-end solution to users' applications.

In addition to the front-end equipment, proprietary client software used to decode the DVB signal and data processing software will be required. These software applications are commercially available.

Related links

GEONETCast Users

Registration

User registration steps are unique to each network provider. Users interested in receiving products and services delivered via GEONETCast should register with GEONETCast network provider covering their geographical location:

Feedback

Feedback is welcomed, from:

  • data providers interested in using the GEONETCast framework to disseminate products and services to users;
  • users, about the types of services they would like to receive.

Please use the GEONETCast Feedback Form (PDF, 47 KB).

 

Contact

Contact Us

e-mail: secretariat@geosec.org

phone: +41 22 730 8505

fax: +41 22 730 8520

Address

7 bis, avenue de la Paix
Case postale 2300
CH-1211 Geneva 2
Switzerland

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GEO Secretariat
7 bis, avenue de la Paix
Case postale 2300
CH-1211 Geneva 2
Switzerland

e-mail: secretariat@geosec.org
phone: +41 22 730 8505
fax: +41 22 730 8520