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Entries with Topic Geohazards .

TEPs @EO Open Science

 


There was a good amount of interest towards TEPs in the EO Open Science 2017 conference last week, and many demos and interesting discussions were held with the visitors. 

You can revisit TEPs session at the following link: 

https://livestream.com/ESA/OpenScience2017/videos/163370875

With the majority of TEPS now in the pre-operations phase we look forward for other opportunities to meet all interested users.

Geohazard TEP (GEP) expanding users' base

The GEP (Geohazard Thematic Exploitation Platform) Early Adopters programme is now welcoming new institutions with their users to take advantage of the platform capabilities.

Started in 2015 with 29 users, the GEP Early Adopters programme now includes 61 users and 54 different organisations from 19 countries, read more about this on the the GEP blog.

Users interested in geohazard analysis, GEP tools and the related products are invited to visit the Geohazard Portal.

Landslide Monitoring with Geohazards TEP

Geohazards Exploitation Platform has been used to produce a velocity map of the unstable area around the Aletsch Glacier, the largest in the Alps, which is experiencing an average retreat of about 50 m a year. The adjacent rocks that were previously constrained by the ice mass are progressively being released, generating slope instabilities. For this reason, the Aletsch region is a unique place where scientists can investigate how changes in glaciers affect the long- and short-term evolution of rock slope stability. Read the full story here

http://www.esa.int/Our_Activities/Observing_the_Earth/Satellites_monitor_landslide_in_the_Alps

Keep an automatic eye on seismic zones

The Copernicus Sentinel-1 twin radar satellites combined with cloud computing are monitoring Europe’s earthquake zones by searching for ground shifts as small as a millimetre. 

Radar was developed in the last century to pick up aircraft moving at hundreds of kilometres per hour. Today’s satellite radar can reveal otherwise invisible shifts in the ground taking place as slowly as the growth of your fingernails.

The new, automatic radar service covers Europe’s seismic regions, monitoring an area of three million square kilometres in 200 m blocks.

Once any motion of interest has been identified, more detailed checks can be made through ESA’s Geohazards Exploitation Platform.

“The quick-browse service has been under way across European tectonic regions since January, harnessing automated processing developed by the DLR German Aerospace Center,” explains Fabrizio Pacini of Terradue, overseeing the Platform. 

[...] Read full article here.

 

The GEP is one of six ‘Thematic Exploitation Platforms’ (TEPs)' being developed by ESA in the frame of the Earth Observation ground segment evolution strategy. The TEPs aim at fostering the exploitation of EO data by providing an online environment for users to access information, ICT resources, and tools.

The TEPs are contributing to the creation of an European EO data ecosystem for research and business, one of the overarching objectives of ESA Earth Observation Envelope Programme.

 

Earth's most active volcanoes on satellite watch

 As hundreds flee lava and ash spewed from Mexico’s Colima volcano, its continuing eruption is being tracked not only by ground instruments but also from space. Starting last month, Colima is one of 22 active volcanoes worldwide being monitored by satellites.

The latest observations by Europe’s Sentinels and the US Terra and Landsat satellites are being processed automatically for the rapid delivery of key parameters to geohazards researchers.

“Within the geohazards arena, this kind of systematic service is really something new,” explains Fabrizio Pacini of Terradue, which operates the new service through ESA’s online, cloud-based Geohazards Exploitation Platform, or GEP.

“Researchers already use Earth observation data, of course, but usually on an on-demand basis from a single sensor. We make use of a range of sensors to cover multiple sites on a continuing basis.”

The service is based on automated processing chains developed by GEP research partners, running on the GEP itself, then made available through it.

 

[...] Read full article here.

 

The GEP is one of six ‘Thematic Exploitation Platforms’ (TEPs)' being developed by ESA in the frame of the Earth Observation ground segment evolution strategy. The TEPs aim at fostering the exploitation of EO data by providing an online environment for users to access information, ICT resources, and tools.

The TEPs are contributing to the creation of an European EO data ecosystem for research and business, one of the overarching objectives of ESA Earth Observation Envelope Programme.

Geohazards TEP @ EGU 2016

Are you interested in geohazards science and applications and going to EGU 2016? Checkout the following presentations to learn more about the impact that the Geohazards Thematic Exploitation Platform will have on the life of geoscientists starting this year!

 Monday, 18 April

  • 08:45–09:00 EGU2016-16545 The contribution of the Geohazards Exploitation Platform for the GEO Supersites community by Michele Manunta, Hervé Caumont, Oscar Mora, Francesco Casu, Ivana Zinno, Claudio De Luca, Susi Pepe, Antonio Pepe, Fabrice Brito, Laia Romero, Andre Stumpf, Jean-Philippe Malet, Ramon Brcic, Fernando Rodriguez Gonzalez, Massimo Musacchio, Fabrizia Buongiorno, and Pierre Briole

Tuesday, 19 April

  • 14:00–14:15 EGU2016-15136 Sentinel-1 DInSAR processing chain within Geohazard Exploitation Platform by Ivana Zinno, Manuela Bonano, Sabatino Buonanno, Francesco Casu, Claudio De Luca, Adele Fusco, Riccardo Lanari, Michele Manunta, Mariarosaria Manzo, Chandrakanta Ojha, and Antonio Pepe
  • 14:30–14:45 EGU2016-14756 Sentinel-1 automatic processing chain for volcanic and seismic areas monitoring within the Geohazards Exploitation Platform (GEP) by Claudio De Luca, Ivana Zinno, Michele Manunta, Riccardo Lanari, and Francesco Casu

Wednesday, 20 April

  • 12:15 – 15:00 SC57, Training on the SBAS-DInSAR web tool for Earth surface deformation analysis through the ESA Geohazard Exploitation Platform, Francesco Casu, Michele Manunta, Claudio De Luca, Ivana Zinno, Riccardo Lanari
  • 14:45 – 15:00 EGU2016-14672, The Geohazards Exploitation Platform, Francesco Casu, Philippe Bally, Hervé Caumont, Salvatore Pinto and Henri Laur
  • 16:30–16:45 EGU2016-12279 The Pilot Project 'Optical Image Correlation' of the ESA Geohazards Thematic Exploitation Platform (GTEP) by André Stumpf and Jean-Philippe Malet

Geohazards Community Online Questionnaire

This link brings you directly to the Community Survey online questionnaire

Today we are opening an online survey to involve more parties from research, industry, administration and government authorities in the evolution of the Geohazards Thematic Exploitation Platform (GEP) services.

GEP is an R&D activity developing a new ground segment operations approach, complementary to the traditional operations concept, and demonstrating the benefit of new technologies for large scale processing of EO data. 

The platform is intended to support initially the global geohazards community’s objectives, as defined in the context of the International Forum on Satellite EO and Geohazards, organised by ESA and GEO in Santorini in 2012. In particular, GEP is a follow-on to the SuperSites Exploitation Platform (SSEP), an ESA initiative to support the Geohazards Supersites & Natural Laboratories initiative (GSNL) of the Group on Earth Observations (GEO).

GEP allows both on-demand processing for specific user needs and systematic processing to address common information needs of the geohazards community as a whole, as well as massive processing on multi-tenant computing resources on the Cloud. Such capacities will address the challenges of monitoring tectonic areas on a global basis, and of studying a range of geohazards. To exploit the geo-information generated using the Platform, GEP leverages open APIs for the integration of interactive processing and post-processing services.

The Platform follows a model for partnership and community building that is user driven. Fundamentally the current solution has been designed from working on user requirements from the GEO initiative on Geohazards Supersites and the CEOS Working Group on Disasters, with its Seismic Pilot involving a range of expert users such as for example the University of Leeds for UK’s COMET, ISTerre for the french Formater network, the italian Istituto Nazionale Geofisica & Vulcanologia, UNVACO, or NASA/JPL and University of Miami in the USA.

The evolution of the current platform into an operational service is following a capacity building process driving the requirements, design and implementation activities. This process includes a mechanism to gather user needs in liaison with the following types of organisation: 

  • Geo-science community incl. Universities (PIs) worldwide;
  • Organisations with a national mandate concerning risk assessment (incl. seismological centres);
  • Specialists of geohazard risks in other sectors (pre-commercial research affecting insurance/reinsurance sector, civil engineering companies, energy, etc.);
  • National & regional civil protection agencies and national & local authorities with a risk management mandate (potentially for both prevention/preparedness and response).

This process allows the GEP consortium to design functionalities able to meet prioritized user needs in view of efficient and cost effective operations. 

The programme of work covering the period 2016­-2017 will pursue activities with the Platform’s early adopters and will evolve the 16 processing applications currently available to exploit conventional and advanced InSAR processing for precise motion monitoring. The activity will develop six Pilot projects to demonstrate the potential of federated processing of EO data on the Cloud: a new pilot on photogrammetric processing using optical EO data with Univ. Strasbourg (France), the integration of optical based processing method for volcanic hazard monitoring with INGV (Italy), a pilot on terrain motion surveillance with CNR-­IREA (Italy), the systematic processing of Sentinel­-1 interferometric quick looks with DLR (Germany), the integration of a PSinSAR chain for precise terrain motion mapping with Altamira Information (Spain) and an exercise with the Corinth Rift Laboratory to test and exploit the platform processors and services to support geohazards science in this seismic part of Greece. In this course, the GEP will expand its overall user base to gradually reach a total of 60+ registered user applications in 2017.

This growing user community is a key aspect for the GEP consortium so we have created an online questionnaire to involve more parties from research, industry, administration and government authorities in the evolution of the platform’s services.

You have now the opportunity to contribute your needs and expectations in terms of functionality enhancements, use scenarios, services portfolio, data provisioning and concrete benefits for the GEP users.

The online survey is structured in 5 parts, and on average, it will take only 10 minutes to complete:

  1. About you
  2. Your thematic interests and current practices
  3. You as a geohazards platform user
  4. Your objectives with EO data [ incl. a branch for SAR experts ]
  5. Finally, your vision of a research community platform

You can access the survey by following this link:

GEP Community Survey online questionnaire

It will be open from the 1st to 21st of March, 2016.

For any queries about GEP or this questionnaire, please contact us at
geohazards-tep@esa.int

Report of the User Consultation on Disaster Risk Reduction (DRR) & new satellite EO methods

On 27th November 2015 ESA hosted a User Consultation on Disaster Risk Reduction using new satellite EO methods jointly organised by e-GEOS and ALTAMIRA INFORMATION in the framework of the General Studies Programme (GSP) led by the European Space Agency. These studies are looking at new Earth Observation (EO) methods & new ICT technologies to improve the understanding and management of natural hazards.

The primary objectives of the event were to better understand geo-information requirements about Disaster Risk Reduction, share ideas about new methods and new underlying technologies to exploit satellite EO for hazard and risk mapping and identify issues for which innovative techniques could be tried in the themes: landslides, earthquakes, flooding & volcanoes.

A total number of more than 40 participants belonging to more than 20 different public or private organizations from 10 different countries and staff from international organisations such as the United Nations joined the event and actively contributed to the working sessions.

READ MORE >

New hazard mapping to demonstrate the contribution of satellite data to DRM in Bhutan and Nepal.

ESA has originated a pilot project in the framework of eoworld2, a collaboration between the European Space Agency and the World Bank, to demonstrate the benefit of satellite EO to support Disaster Risk Reduction (DRR) in Nepal and Bhutan.

The Hindu Kush Himalayan Mountains are the source of 10 major river systems and provide vital ecosystem goods and services to more than 1.4 billion people spanning a range of countries from Afghanistan, Bangladesh, Bhutan, China, India, Myanmar, Nepal to Pakistan.

The World Bank has numerous on-going projects in the Himalayan mountain region, ranging from agriculture, rural roads, climate change, watershed management. In Nepal and Bhutan it is actively involved since several years in projects related to hydroelectricity and infrastructure planning (roads, dams, agriculture) and makes use of existing national data provided by the involved agencies from both countries.

The pilot is conducted by a Swiss team comprising of MFB-GeoConsulting GmbH, Gamma Remote Sensing AG and SUPSI-IST. Project users include World Bank staff and local users involved with risk management and sustainable development.

READ MORE >

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VIDEO
Polar TEP provides polar researchers with access to computing resources, data and software tools for polar research.