1. AGU Fall Meeting, December 17, 2014
COOPEUS
AGU Fall Meeting, December 17, 2014

2. Involved environmental research infrastructures from EU and US:
COOPEUS Partners
Involved environmental research infrastructures from EU and US:
Discipline EU US
Space Weather Eiscat AMISR, SRI
Ocean observations EMSO OOI
Biodiversity Lifewatch DataOne, NEON
Solid Earth dynamics EPOS IRIS/UNAVCO
Carbon observations ICOS NEON

3. www.coopeus.eu COOPEUS Background
European Commission - FP7-INFRASTRUCTURES
NSF SAVI
SCOPE: Expand the transatlantic cooperation in regards to common data policies and data standards relevant to global research infrastructures in the environment field
COOPEUS TEAM
COOPEUS TEAM
COOPEUS TEAM
COOPEUS TEAM

4. Timeline First phase Second phase
FP7 start NSF SAVI AGU Fall Meeting End first phase
SEP Dec Aug 2015
Second phase
Implementation of the Vision Statement, COOP+?
SEP 2015

5. Achieving synergies through CROSS-DOMAINS THEMES & CASE STUDIES
COOPEUS Goals:
Achieving synergies through
CROSS-DOMAINS THEMES & CASE STUDIES
Ease data discovery and accessibility challenges through harmonizing of data policies, data and instrument standards between research infrastructures across the Atlantic
Enable Cross Domain interaction by employing user-scenarios for validation and best practices (Tsunami detection)
It’s a bottom-up effort

6. Integration into the global landscape
Global initiatives
Research Data Alliance (RDA)
Belmont Forum
GEOSS
EC funded projects
ENVRI
EUDAT
CReATIVE-B
ODIP
US funded projects
Earthcube
DataOne

7. COOPEUS – First Achievements
The making of a COOPEUS data-sharing policy
Establishment of a forum for knowledge exchange spanning science domains and cultures emphasizing i.a. the following topics; a) Instrumentation and b) Best practices c) Protocol alignments d) Data product alignments.
A management and governance structure for COOPEUS was designed and installed
COOPEUS have worked on improving the use of various tools and their capabilities including: a) Brokering technology (COOPEUS workshops at EGU2014 and COOPEUS GEOSS workshop in Bremen), b) a Research infrastructure interoperability test available online via the COOPEUS webpage. c) Use of the GEOSS common infrastructure (COOPEUS GEOSS GCI – workshop).

8. COOPEUS – First Achievements
First implementation steps for the use cases
Tsunami use case
Biochemistry
observations

9. Tsunami User Scenario
The mid-term objective of the use case on tsunamis is:
to align OOI-RSN (Pacific) and EMSO equipment's, software (Tsunami Early Detection Algorithm)  and best practices about Tsunami early detection
to share already available data
and real-time data
to provide a performance
analysis on the algorithm(s).

10. Next Steps
COOPEUS is set up as a continuing effort to link research infrastructures across the Atlantic
COOPEUS is following a federated approach in regard to data managing which necessitates interoperability
COOPEUS is meant to produce a global impact by building a community around the involved thematic networks
Roadmapping Workshop

11. Acknowledgements Thank you Funding sources:
EC - FP7 project Grant no:
NSF SAVI grant no