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GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen UR

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Page 1: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

GNSS for Global Environmental Earth Observation and GEOSS

STARLABUNOTTGFZCHALMERSULEICMET.NOALTERRA

©photos: esa

Gfg2

Rob H.G. Jongman

Wageningen UR

Page 2: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

What is Gfg2?

• The EU acknowledged the need to better assess the scientific value of GNSS beyond their classical positioning services

• Gfg2 - GNSS for Global Environmental Earth Observation (GEEO) and GEOSS

• Gfg2 is a three year coordination action funded by the 7th Framework Program of the European Commission under the Environment theme (2010)

• Mission: to better asses the value of GNSS for Global Environmental Earth Observation (GEEO) and GEOSS

Page 3: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

The team

UNOTT -

GRACE

(UK)GNSS Research and Applications Centre of Excellence

GFZ

(DE)

German Research Centre for Geoscience

CHALMERS

(SE)

Space Geodesy and Geodyna-mics Research Group

ULEIC

(UK)

The GSTEP group

MET.NO

(NO)

Norway Meteorological Institute

ALTERRA

(NL)

Wageningen University and Research Centre

STARLAB

(ES)

Consulting Division – Space Engineering

coordinator

Page 4: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Experts Board

• Carmen Aguilera, European GNSS Supervisory Authority (GSA)

• Christopher Buck, European Space Agency (ESA) • Jacob Christensen, RUAG Space AB • James Garrison, Purdue University USA• Manuel Hernandez, Universitat Politecnica de Catalunya

(UPC), Spain• Norbert Jakowski, German Aerospace Center (DLR)

Germany• Frank Kelly, King’s College London, UK• Paul Poli, European Centre for Medium-Range Weather

Forecast (ECMWF)• Chuang Shi, Wuhan University, China

Page 5: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Gfg2 Goals

To consolidate a community of experts interested in the scientific exploitation of GNSS for GEEO and GEOSS

To explore novel applications derived from GNSS for GEEO and GEOSS while enhancing research-industry collaboration to implement these applications

To identify the research and technological challenges and define the strategic vision, roadmap and policy for GNSS for GEEO and GEOSS available or under development

To assess the value of a European GNSS independent constellation (EGNOS-GALILEO) in the support to GEEO and GEOSS

To promote the public understanding of GNSS for GEEO and GEOSS research and use within the GEO

Page 6: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Use of GNSS signals• Most current applications receive and process

GNSS (GPS) signals directly– timing and position

• GNSS – Radio Occultation (GNSS-RO), based on delays of the signals when traveling through the atmosphere– e.g. temperature, humidity

• GNSS – Reflectometry (GNSS-R), based on the reflection of the signals from different surfaces– e.g. soil moisture, surface roughness, …

Page 7: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

GNSS use in positioning• Use in field tools for bird/mammal counting

and tracking (GPS)• Digital elevation modelling (wetlands)• Designing and coordinating European

biodiversity field monitoring

Page 8: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

GNSS Radio Occultation (GNSS-RO) measurements of phase path delay

key atmospheric/climate parameters

e.g., refractivity N,

geopotential height Z,

temperature T, humidity q

Page 9: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Receiver

Transmitter

Radio Signals ( 20 cm)

Satellites in LEO:eg. GPS/MET, CHAMP, GRACE, MetOp, Oceansat-2

GPSGALILEO

adapted from Andrea Steiner, 13 Oct 2011

Page 10: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Ongoing Activities

• Determining existing and future GNSS-GEEO activities and needs on positioning, for mass-market or scientific work;

• Explore novel applications of GNSS for GEEO and GEOSS with specific attention to the needs of Earth and Ocean observation systems;

• Consolidate a GNSS community of experts for GEEO;• Organisation of Summer schools, worshops and

industry events (TEDx Barcelona 2013);• Develop a road map for further R&D.

Page 11: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

• Essential Climate Variables (ECVs)– What can be measured using GNSS?

Page 12: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Needs inventory by E-track (http://project-e-track.eu)

Page 13: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

Become a Community Member!

gfg2Project

GNSS for Global Environmental Earth Observation (GEEO) and GEOSShttp://www.linkedin.com/groups/GNSS-Global-Environmental-Earth-Observation-3787047

www.gfg2.eu

Page 14: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

2013 Events

• Roadmap second workshop (Leicester, UK), 10-13 April

• Second Summer school, Potsdam, July 1-4 • TEDx Barcelona, October (exact date to be

determined)• Those interested in this initiative please

contact: [email protected]

Page 15: GNSS for Global Environmental Earth Observation and GEOSS STARLAB UNOTT GFZ CHALMERS ULEIC MET.NO ALTERRA ©photos: esa Gfg 2 Rob H.G. Jongman Wageningen

© Gfg2 / February 2011www.Gfg2.eu

©photos: esa

For further questions:

Anna Puig

Gfg2 project coordinator

[email protected]