

[
] 124
European monitoring service: achievements,
operational perspectives and new challenges
Marc Tondriaux, CEO and Gil Denis, Head of Business Development
GMES Applications and Services, Infoterra Group
C
limate change and the impacts of human activities on the
Earth and the environment are some of the most signifi-
cant challenges of the 21st century. As a result, the key
focus must be on developing mitigation plans to handle the poten-
tial impacts on environment and life; on water, food security and
natural resources; on the frequency of natural disasters and
humanitarian crisis, and on health and welfare. As these impacts
could potentially shape our future for the next 50 years it is impor-
tant to consider uncertainty management and the value of
information for decision-making and long-term policies.
Global Monitoring for Environment and Security (GMES) is a large
European initiative – a joint initiative of the European Space Agency
(ESA) and the European Commission (EC) – aimed at monitoring
our environment globally, for the welfare, health and security of all
the people. GMES is vital to help understand and deal with what is
happening as a result of climate change. It serves as a kind of global
thermometer. Because GMES provides valuable information on the
Earth, our environment and the evolution trends, it is a good measure-
ment tool; reducing uncertainty and supporting better
decision-making. Since 1998, continuous research and development
activities have helped to set up the first operational European services.
Astrium and Infoterra Group have been actively involved from the
beginning, particularly in two of the three GMES core services – land
monitoring and emergency response.
Involvement of Infoterra in GMES and GEOSS
Infoterra is working towards developing Earth observation services
both within and beyond Europe; establishing capability in all aspects
of value-added geo-information services; building a profitable, sustain-
able and expanding business in Earth observation services, and
developing demand in future Earth observation systems.
Infoterra is a European group with three current entities established
in France, Germany and in the United Kingdom. Infoterra also has an
office in Hungary and is planning to open Infoterra Spain. In 2006, the
group’s turnover was EUR50 million, with a current staff of over 300.
Infoterra’s GMES strategy is built on the following principles:
• Involvement of end-users and a tight link with the regional
authorities
• Strategic importance of the continuity of the Earth observations
space infrastructure
• Organisation of a European network of services providers
• Definition of suitable organizational and economic models for the
provision of GMES services at the European level.
In order to achieve these objectives Infoterra is strength-
ening its leading position in two of the GMES fast-track
services. With its partners involved in the ongoing
European GMES projects, Infoterra is setting up and coor-
dinating a network of European service providers
committed to delivering operational GMES services.
The contribution of Earth observation satellites
Satellites play a critical role in monitoring climate change
and evaluating the impact of humans on the environment
at global, regional and local scales. Satellite data already
provides information vital to understanding potential
impacts, including floods and forest fires, biomass, sea
surface rise, land use and land use changes.
Global satellite observing systems are ideally suited for
collecting data in a cost effective way. Satellites are often
the only way to highlight gradual change on a global scale.
They also provide very high-resolution images on a local
scale.
Satellites contribute hugely to:
• Providing routine and continuous monitoring to high-
light gradual environmental change
• Models and computer simulations to help improve
predictions and forecasts
• Emergency responses to natural disasters or humani-
tarian crisis
• Decision-making based on independent and
autonomous information.
Information from Earth observation sources is global and
continuously updated. In addition, these sources provide
coverage for all timeframes: long term to real-time data
in case of emergencies. A key success factor for GMES is
the continuity of Earth observation missions and efficient
coordination between European and national missions.
Foundations of GMES and current status
Important efforts have been made on the development of
prototype services for GMES in Europe. The two main
initiatives, FP6 and FP7, have been launched by the
European Commission (integrated projects) and
European Space Agency (ESA) GMES Services Element
(GSE) programme, with an important investment in the
space and services industry.
GEOSS C
OMPONENTS
– D
ISSEMINATION
/I
NFORMATION
S
YSTEMS