JOB DESCRIPTION

Activities in outer space have grown exponentially in recent years, led by an increasing variety of actors from technologically advanced states to billionaire companies and small ventures. While space-based infrastructures such as satellites are essential for basic operations on Earth, space technologies are also presented as the frontier of opportunities and solutions for addressing sustainability crises: global accessibility to the Internet with thousands of satellites, giant solar power stations in Earth’s orbit, resources near and on the Moon, and billionaires’ vision of building space settlements such as on Mars to prevent the extinction of human species. These developments impact sustainability on Earth and in space in various ways. Not only are there rising concerns over space congestion and debris in Earth’s orbit, technological and resource competition on other celestial bodies can cause environmental degradation on those objects, intensify political polarization, fragment sustainability narratives, and perpetuate global inequality. The relations between Earth and space sustainability problems have, therefore, become more intertwined than ever. The fundamental values, beliefs, and institutions that guide stewardship for sustainability require a paradigmatic shift towards simultaneously caring for Earth and space.

You will be part of an ambitious ERC-funded project – PLANETSTEWARDS – that aims to address these pressing earth-space sustainability challenges. Together, we will analyse and compare different stewardship approaches – as led by the government, market actors, scientists and engineers, or communities – to understand how they impact earth-space sustainability with implications on a planetary scale. The project offers you freedom to choose a set of case studies based on your interest while in line with the aim and objectives of the project: be it space activities in Earth’s orbit or further out in space such as on the Moon, Mars, and/or other celestial bodies. Using a novel mixed-method framework, the project will formulate integrative strategies for future earth-space sustainability.