WP 2013 and 6th Call FP7 Theme Space

Peter Breger,Space Research and Development UnitDG Enterprise and Industry

FP7 – INFO DAY – presentation 10 Sept 2012

WP 2013 generaloverview remarks

Activity Area 9.1

Content

• WP 2013 general overview remarks• Activity Area 9.1• Activity Area 9.2• Activity Area 9.3• 6th Call timing

Draft FP7 Budget 2007-2013

0

50

100

150

200

250

300

350

2007 2008 2009 2010 2011 2012 2013

M€

Space Foundations

GMES

GMES Space Component

data access (space & in-situ)

Breakdown of FP7 Space funding

SpaceInfrastructure

Services

Space data

SSF R&D

126M € of 330M€

FP7 Space Main topics

I. GMES• Land, Marine, Atmosphere, & Emergency,

Security, Climate Change• Major investment in the space component

and operational servicesII. Strengthening Space Foundations• Space Technologies, Exploration, Space

Transportation, Space Science• Fundamental up-stream research, Data

exploitationIII. Cross-Cutting topics (GMES & SSF)• SME topics, International Cooperation

International cooperation : Opportunities for third countries to participate in FP-7

• Participation in ALL areas is encouraged to researchers and research organisations from all third countries

• The active participation of third country partners, e.g. from Russia represents an added value

• Financing is possible, if the contribution is essential for reaching the objective of the project

• Strong focus on cooperation with Russia, South Africa, Ukraine, Latin America (see ICPC♣ list)

• also US*, Japan as other important space faring nations

♣International Cooperation Partner Country

* see Guidance note on DG ENTR Space website

FP7-SpaceFP7-Space

Space-based applications at the

service of the European Society(principally GMES)

SpaceSpace--based applications at the based applications at the

service of the European Societyservice of the European Society(principally (principally GMESGMES))

R&D strengthening

Space foundations

R&D strengthening

Space foundations

Cross-cutting issuesCross-cutting issues

9.1

• Service component• Forecasting and mapping services: marine, atmosphere,

land, emergency• Capabilities to develop: contribution of GMES to security and

climate change monitoring

• Space Component relies on:• Existing or planned European space infrastructure • Development of space infrastructure co-financed by the EU

and ESA (Sentinels)

• In-Situ Component relies on:• facilities, instruments, networks and services at national,

regional and intergovernmental levels inside and outside the EU

GMES Architecture

Horizontal applications

Monitoring of Earth systems

Land

Marine

Atmosphere

Security Emergency Climate Change

GMES Services

20112011

20122012

Operational GIOOperational GIO

20132013

ClimateChange

• Based on aspects highlighted atHelsinki conference, June 2011:

A global 20-th century re-analysis, coupling components of the earthsystem

An ensemble system of regional re-analyses, to understand uncertaintiesof historical regional records

Traceability of ECVs based on GCOS quality criteria

Access to simulated and observed data sets, and a climate indicator toolbox

Attribution products for services

GMES Services Climate Change

7M€

5M€

5M€

6M€

3M€

Global 20th century re-analysis and coupling methods

• Global re-analysis covering 1900 to 2012• To provide consistent historical climate data

records • Requires data recovery and rescue• Re-analysis is to include coupling between earth

system components• Realise efficient access means to data• Liaison with ongoing projects/initiatives

• One Collaborative Project with 7 Mio€ EU contribution

SPA.2013.1.1-01

Ensemble system of regional re-analyses

• Use ensemble technique to quantify uncertaintiesin atmospheric modelling, inherent in historicdata

• Exploit results of different regional re-analyses, taking also interactions between components of earth system into account

• Note sparse data during pre-sat era• Realise efficient access means to data• Liaison with ongoing projects/initiatives

• One Collaborative Project with 5 Mio€ EU contribution

SPA.2013.1.1-02

Traceable quality assurance system for multi-decadal ECVs

• Develop rigorous quality assurance methodologies for sat-derived ECVs

• Generated consistently across 30 years• Apply GCOS quality criteria• Combine two aspects in project: traceability

methods and multi-decadal coverage• Note: focus on ECVs not covered by CCI, those

not directly measured… etc.

• One Collaborative Project with 5 Mio€ EU contribution

SPA.2013.1.1-03

Provision of access to climate datasetsand climate indicator toolbox

• R&D towards a climate indicator service combining two interlinked tasks

• Providing access to simulated and observed data with a set of necessary tools, including ‘fit for purpose’ metadata

• Providing a software toolbox to derive climateindicators, able to characterise extreme events, suited for assessing adaptation strategies• One Collaborative Project with 6 Mio€ EU

contribution

SPA.2013.1.1-04

Attribution products

• Develops a series of attribution products• Performing model projections for different climate

forcings• Studying historical extreme events and potential

anthropogenic causes• Studying the evidence of changes in risk of their

occurence

• One Collaborative Project with 3 Mio€ EU contribution

SPA.2013.1.1-05

• GMES application developments – enabling EO services through new methodologies, service chain development and innovative service products

• Downstream services and evolution

• Integration of space infrastructureusages for GMES

• Remote sensing methods

GMES Services

8 x 2.5M€

2 x 2.5M€

4 x 2M€

(Downstream) Service development• Develop next generation products and service

lines, exploiting space data in conjunction within-situ data

• Turn methodologies into operational prototypes• Demonstrating integration into user

practices/working environments• A range of interesting (example) application

domains are mentioned, and essential elementsto be covered• Collaborative Projects with 2.5 Mio€ EU

contribution (~ 8 projects)

SPA.2013.1.1-06

Remote sensing methods• Improving object based analyses/automatic

interpretation methods• Combining different imagery types (e.g. radar

+optical…), or• New uses of hyperspectral data, or• EO exploitation of GNSS signal data • Different interesting (example) application domains

are mentioned• Collaborative Projects with 2 Mio€ EU

contribution (~ 4 projects)

SPA.2013.1.1-07

Integrated d-s. Service activities and applications

• Develop services and applications which integratesatcom and/or satnav solutions with space basedobserving systems in innovative products

• Demonstrate delivery of sustainable services in a structured service environment

• Strong focus on operationalisation• Validating concepts with users

• Collaborative Projects with 2.5 Mio€ EU contribution (~ 2 projects)

SPA.2013.1.2-01

Available today or

planned at European,

national and international

levels

Optical M

R and LR

missions

GMES Contributing

Missions

Optical V

HR

and

HR

missions

SAR missions

Alt

imet

ry m

issi

ons

Atmospheric missions

PROBA-V

SPOT (VGT)

METOP

MSG

Cryosat

Jason

DMC

SeoSat

Pléiades

RapidEye

COSMO-Skymed

Radarsat

TerraSAR–XTandem-X

and many more …

Developed for other

purposes but making

important data available

for GMES

SPOT (HRS)

GMES Space Component: Contributing Missions access 150M€

Available today or

planned at European,

national and international

levels

Optical M

R and LR

missions

GMES Contributing

Missions

Optical V

HR

and

HR

missions

SAR missions

Alt

imet

ry m

issi

ons

Atmospheric missions

PROBA-V

SPOT (VGT)

METOP

MSG

Cryosat

Jason

DMC

SeoSat

Pléiades

RapidEye

COSMO-Skymed

Radarsat

TerraSAR–XTandem-X

and many more …

Developed for other

purposes but making

important data available

for GMES

SPOT (HRS)

GMES Space Component: Contributing Mission examples

Access to Space data for

GMES and FP7 projects:

contributing some 150M€

from FP7