European Earth Observation Programme under scrutiny

Published: 28 January 2010 y., Thursday

Gaublys
A European monitoring system that can detect floods and help target help in natural disasters like in Haiti is being discussed by MEPs. The Global Monitoring for Environment and Security system (GMES) can provide data on a range of issues from climate change and environmental pollution to security. But, with rising costs in a time of economic crisis, is this the right time to bring European support (and finance) to this project?
We spoke to German Socialist Norbert Glante who is drafting Parliament's report on the European Earth Observation Programme.

Why do we need a European Earth Observation Programme?

The GMES is an earth monitoring initiative, managed by the EU, in collaboration with member states. Currently, data is collected by nations, research institutes, private companies and military observation. But there is a lack of compatibility. GMES is about collecting and preparing reliable data using satellites and terrestrial facilities.

The EU is building satellites in partnership with the European Space Agency, while member states will use air, ground and sea-based facilities to record and process data and make it available to users. The project will soon move into the operational phase.

How will it help citizens?

The aim is to guarantee better management of the environment through information about the earth’s surface, biodiversity, condition of oceans and composition of the atmosphere. This should provide greater security for the population, for example in connection with natural disasters.

In concrete terms, if an earthquake occurs accurate maps can be produced using satellites allowing improved management of rescue teams. Sea levels can also be accurately measured in order to observe the consequences of climate change and GMES can track the spread of an oil slick if there is a tanker disaster and warn people on the coast.

Had GMES been fully operational could disasters like the one in Haiti have been prevented?

Of course natural catastrophes cannot be prevented by systems like GMES. But they can limit the negative effects.

Once a disaster has happened, GMES can help organise the rescue teams faster. Images can help identify the problem regions. You can see broken infrastructure -streets, trains, you can see if the airport is damaged or not. The population can be evacuated or helped more efficiently.

Unemployment is at its highest in 10 years. How can you justify the heavy costs of the project for the European taxpayers?

The total costs are not clearly defined yet. In any case, we are talking about a few hundred millions - that is really not much for an infrastructure project. Nobody would argue against building a motorway during a period of high unemployment because it is too costly.

What's under discussion in the EP at the moment?

Three problems: first budget, the price rose over 70%, so we must find new money to launch the satellites; second, what we do with the data - will it be free or will users have to pay? Third is the question of how to coexist with private companies providing similar services and data.

 

Šaltinis: europa.eu
Copying, publishing, announcing any information from the News.lt portal without written permission of News.lt editorial office is prohibited.

Facebook Comments

New comment


Captcha

Associated articles

Surgeons amputate arms to fit bionic prosthetics

In a world first, doctors in Austria have amputated the arms of two young men and replaced them with bionic prosthetics. The decision to amputate was made after the men had irreversibly lost all movement in their hands. more »

Ultra-realistic robots test our relationship with machines

An ultra-realistic robot, known as a geminoid, is helping psychologists test how we relate to machines... more »

Rainbows without pigments offer new defense against fraud

Scientists from the University of Sheffield have developed pigment-free, intensely coloured polymer materials, which could provide new, anti-counterfeit devices on passports or banknotes due to their difficulty to copy. more »

iRobot Ava mobile robotics platform hands–on at Google Android

iRobot Corp announced plans to create Android applications for the iRobot Ava mobile robotics platform. more »

Lingodroid Robots Invent Their Own Spoken Language

When robots talk to each other, they're not generally using language as we think of it, with words to communicate both concrete and abstract concepts. more »

Science and art combine to reproduce paintings from the past

Using laser and nanotechnology, scientists in Chicago have been able go back in time and uncover how masterpieces from artists like Homer and Van Gogh might have looked like when they were first painted. more »

Exotic behavior when mechanical devices reach the nanoscale

Most mechanical resonators damp (slow down) in a well-understood linear manner, but ground-breaking work by Prof. A. Bachtold and his research group at the Catalan Institute of Nanotechnology has shown that resonators formed from nanoscale graphene and carbon nanotubes exhibit nonlinear damping, opening up exciting possibilities for super-sensitive detectors of force or mass. more »

Clever cars - the next generation

Automated driving systems, such as adaptive cruise control, may be the latest "must have" gizmos but the auto industry is already looking to their successor - cooperative driving - where cars communicate with each other as they go. more »

Quantum dots with built-in charge boost solar cell efficiency by 50%

For the past few years, researchers have been using quantum dots to increase the light absorption and overall efficiency of solar cells. more »

Walking robot sets record

'Ranger' the robot has set a world record for its developers at Cornell University, by walking 40.5 miles non-stop on one charge. more »