Europa tool systems

Scenario Exploration System that engages participants in a systemic, collective reflection around the future of mobility. Scenario Exploration System that pictures four future scenarios using societal values and fiscal framework, from traditional to highly supporting sustainability. Knowledge for Policy Help. Knowledge Service.

Competence Centre on Foresight We foster a strategic, future-oriented and anticipatory culture in the EU policymaking process. Brief me. A future simulation tool to explore possible paths towards the future, in relation to a certain topic A solution-oriented approach that applies to any policy topic. A serious game to stimulate engagement with stakeholders where you can play the role of business, policymaker, civil society, the public or the media.

SES is available to any interested party under a Creative Commons licence. You are free to use and modify it, but you have to share the results of your adaptations under the same conditions and must attribute the work to its originators. Join Us on Social Media. Twitter Tweets by europaplc. Cookie Preferences. More Options. Accept and Continue. Select the options you would like to use Essential Cookies Essential cookies are required to help make a website usable by enabling basic functions like page navigation and access to secure areas of the website.

Save and Continue. It is crisscrossed by fractures. Europa has an extremely thin oxygen atmosphere — far too thin for humans to breathe. Europa has no rings, but some moons in the solar system may have had rings in the past. Europa has been visited by several spacecraft and more missions are planned.

Europa's subsurface ocean might contain more than twice as much water as Earth. Europa Rising. Full Moon Guide: January - February This page showcases our resources for those interested in learning more about Jupiter.

Jupiter Resources. As the ice shell distorts and flexes from tidal forces, warmer and less-dense ice would rise, carrying the ocean samples to the surface where a spacecraft could analyze it remotely, using infrared and ultraviolet instruments, among others.

Europa is named for a woman who, in Greek mythology, was abducted by the god Zeus — Jupiter in Roman mythology. Life as we know it seems to have three main requirements: liquid water, the appropriate chemical elements, and an energy source. Astrobiologists — scientists who study the origin, evolution, and future of life in the universe — believe Europa has abundant water and the right chemical elements, but an energy source on Europa has been difficult to confirm.

On Earth, life forms have been found thriving near subterranean volcanoes, deep-sea vents, and other extreme environments. If we eventually find some form of life at Europa or Mars or Enceladus for that matter , it may look like microbes, or maybe something more complex.

If it can be demonstrated that life formed independently in two places around the same star, it would then be reasonable to suspect that life springs up in the universe fairly easily once the necessary ingredients are present, and that life might be found throughout our galaxy and the universe. If life were found at Europa, how might it change your view of the cosmos and our place in it? So if we replaced our Moon with Europa, it would appear roughly the same size in the sky as our Moon does, but brighter — much, much brighter.

Europa orbits Jupiter at about , miles , kilometers from the planet, which itself orbits the Sun at a distance of roughly million miles million kilometers , or 5. One AU is the distance from Earth to the Sun. Light from the Sun takes about 45 minutes to reach Europa.

Because of the distance, sunlight is about 25 times fainter at Jupiter and Europa than at Earth. Europa orbits Jupiter every 3. Jupiter takes about 4, Earth days or about 12 Earth years to orbit the Sun a Jovian year. Over time, the orbits of most large satellites or planets tend to become circular, but in the case of these three satellites, the resonance produces a forced eccentricity since the satellites line up with each other at the same points in their orbits over and over, giving each other a small gravitational tug that keeps their orbits from becoming circular.