Ancient rocks in the Pilbara.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
Pilbara sunset.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
The scientists' camp in the remote Pilbara.
The UNSW, NASA and ESA scientists investigated signs of life’s earliest footholds in a variety of geological environments.
UNSW scientists - led by Professor Martin van Kranendonk - have shown a group of Mars specialists the secrets of the remote Pilbara's ancient rocks - all in preparation for NASA's and ESA's Mars 2020 missions.
Learn more in this newsroom article.